Assessment For Learning -Second Year -Study Material TAMIL NADU TEACHERS EDUCATION UNIVERSITY Chennai-600 097. Course Material For B.Ed. (Second Year) Course 9 ASSESSMENT FOR LEARNING

Assessment for Learning - Second Year - Study Material 1
TAMIL NADU TEACHERS EDUCATION UNIVERSITY
Chennai-600 097.
Course Material for B.Ed. (Second Year)
(2016-2017)
Course: 9 ASSESSMENT FOR LEARNING
Prepared by
Unit I : Basics of Assessment
Dr.V.Sharmila, Assistant Professor
Unit II : Assessment for Learning in Classroom
Dr.V.Sharmila, Assistant Professor
Unit III : Tools and Techniques for Classroom Assessment
Dr. R. Boopathi, Assistant Professor
Unit IV : Issues in Classroom Assessment
Dr. R. Boopathi, Assistant Professor
Unit V : Assessment in Inclusive Practices
Dr. M. Kanmani, Associate Professor
Department of Educational Technology
Tamil Nadu Teachers Education University
Chennai 600 097

COURSE- 9: ASSESSMENT FOR LEARNING
UNIT -1 BASICS OF ASSESSMENT
COURSE OBJECTIVES
• To describe the meaning and role of assessment
• To know the principles of assessment practices
• To understand the assessment practices in various approaches of teaching
• To Differentiate different types of assessment
• To understand how to prepare report for assessment findings
WHAT IS MEASUREMENT?
Suppose there is a basket full of fruits. Let us count the fruits. There are 22 apples, 12 oranges, 16
papayas, 4 pine apples and 8 mangoes. In all there are 62 fruits in the basket. This counting is called
enumeration.
Now, if someone asks “what is the total weight of the basket?” When the basket is weighed,
we find that that is 5.8 kg. This weighting answers the question “How much”. So when we are trying
to answer the question “How much” i.e. how much height, how much time, how much area, how
much volume, how much pressure, how much water, how much electricity etc., we are dealing with
measurement. Measurement answers the question “how much”. In education, student’s progress is
measured in terms of marks or grades, teacher’s effectiveness as improvement and modification of
the behaviour of his students etc.
In every measurement, three things are involved, Firstly a set of objects i.e. the thing, object
or person to be measured, secondly a set of numbers and thirdly a rule or rules for the assignment of
a number to each object.
Measurement may be defined as the assignment of one of a set of numbers to each of a set of
persons or objects according to certain established rules.
DEFINITION
Measurement refers to the process of assigning numerals to events, objects etc. according to
certain rules (Tyler, 1963).
Measurement consists of rules for assigning numbers to objects in such a way as to represent
quantities of attributes (Nunnally, 1970).
Measurement of any kind is matter of determining how much or how little, how great or how
small, how much more than or how much less than (Micheels& Karnes, 1950).
Measurement may be defined as the assignment of one of a set of numbers to each of a set of
persons or objects according to established rules.(Lindeman and Merenda, 1979).
Measurement is the assigning of numbers to things according to rules (Glass and Stanley,
1970).

ASSESSMENT
MEANING
Assessment plays a number of roles in the life of a student, some of which they may be more
aware of than others. It’s widely accepted that students’ learning patterns, educational focus, and
allocation of time will be directly influenced by assessment.
Educational assessment is the process of documenting, usually in measurable terms,
knowledge, skills, attitudes and beliefs. Assessment can focus on the individual learner, the learning
community (class, workshop or other organized group of learners), the institution, or the educational
system as a whole (also known as granularity).
DEFINITION
Assessment does more than allocate a grade or degree classification to students – it plays an
important role in focusing their attention and, as Sainsbury & Walker (2007) observe, actually drives
their learning.
Gibbs (2003) states that assessment has 6 main functions:
1. Capturing student time and attention
2. Generating appropriate student learning activity
3. providing timely feedback which students pay attention to
4. Helping students to internalise the discipline’s standards and notions of equality
5. Generating marks or grades which distinguish between students or enable pass/fail decisions to be
made
6. Providing evidence for other outside the course to enable them to judge the appropriateness of
standards on the course. That may be relied on for making decisions.
According to Evangeline Harris Stefankis (2002), “The word assess comes from the Latin
assidere, which means to set beside. Literally then, To assess means to sit beside the learner”.
According to Fenton (1996), “Assessment is the collection of relevant information
Assessment for Learning focuses on the opportunities to develop students' ability to
evaluate themselves, to make judgements about their own performance and improve upon it. It
makes use of authentic assessment methods and offers lots of opportunities for students to develop
their skills through formative assessment using summative assessment sparingly.
EVALUATION
MEANING
Evaluation = measurement + judgment

It refers to the value or judgement (the quality or worth) we attach to the magnitude or
quantity of the achievement of the student. It answers the question “what value that how much is”. It
is thus qualitative. Measurement tells “how much” and evaluation tells “what value or worth that
how much is”. Measurement tells quantity, and evaluation refers to quality.
In education, we never measure or evaluate people i.e. students or teachers. We
measure or evaluate characteristics or properties of people, their scholastic potential, knowledge of
algebra, honesty, perseverance, ability to teach and so forth.
DEFINITION
To evaluate something is to appraise its quality, a determination of its worth (Popham,1988).
Evaluation is meant appraisal or assessment with respect to some standard (Singh).
Evaluation is a process wherein the parts, processesor outcomes of a programme are
examined to see whether they are satisfactory, particularly with the reference to the programme,
stated objectives, our own expectations, our own standards of excellence (Tuckman, 1975).
Evaluation is the process of delineating, obtaining and providing useful information for
judging decision alternative (Stufflebeam).
Evaluation in education is a process by which we form judgment about the value of the
educational status or achievement of students (Hill and Dressel).
ROLE OF ASSESSMENT IN LEARNING
Assessment plays a major role in how students learn, their motivation to learn, and how
teachers teach.
Assessment is used for various purposes.
Assessment for learning: where assessment helps teachers gain insight into what students
understand in order to plan and guide instruction, and provide helpful feedback to students.
Assessment as learning: where students develop an awareness of how they learn and use that
awareness to adjust and advance their learning, taking an increased responsibility for their learning.
Assessment of learning: where assessment informs students, teachers and parents, as well as the
broader educational community, of achievement at a certain point in time in order to celebrate
success, plan interventions and support continued progress.
Assessment must be planned with its purpose in mind. Assessment for, as and of learning all
have a role to play in supporting and improving student learning, and must be appropriately
balanced. The most important part of assessment is the interpretation and use of the information that
is gleaned for its intended purpose.
Assessment is embedded in the learning process. It is tightly interconnected with curriculum and
instruction. As teachers and students work towards the achievement of curriculum outcomes,

assessment plays a constant role in informing instruction, guiding the student’s next steps, and
checking progress and achievement. Teachers use many different processes and strategies for
classroom assessment, and adapt them to suit the assessment purpose and needs of individual
students.
FORMATIVE AND SUMMATIVE ASSESSMENT
Formative assessments are commonly said to be for learning because educators use the
results to modify and improve teaching techniques during an instructional period, while summative
assessments are said to be of learning because they evaluate academic achievement at the conclusion
of an instructional period. Or as assessment expert Paul Black put it, “When the cook tastes the soup,
that’s formative assessment, when the customer tastes the soup, that’s summative assessment.”
DEFINING FORMATIVE AND SUMMATIVE ASSESSMENTS
The terms "formative" and "summative" do not have to be difficult, yet the definitions have become
confusing in the past few years. This is especially true for formative assessment. In a balanced
assessment system, both summative and formative assessments are an integral part of information
gathering. Depend too much on one or the other and the reality of student achievement in your
classroom becomes unclear.
Summative Assessments are given periodically to determine at a particular point in time what
students know and do not know. Many associate summative assessments only with standardized tests
such as state assessments, but they are also used at and are an important part of district and
classroom programs. Summative assessment at the district/classroom level is an accountability
measure that is generally used as part of the grading process. The list is long, but here are some
examples of summative assessments:
• State assessments
• District benchmark or interim assessments
• End-of-unit or chapter tests
• End-of-term or semester exams
• Scores that are used for accountability for schools and students (report card grades).
The key is to think of summative assessment as a means to gauge, at a particular point in time,
student learning relative to content standards. Although the information that is gleaned from this
type of assessment is important, it can only help in evaluating certain aspects of the learning process.
Because they are spread out and occur after instruction every few weeks, months, or once a year,
summative assessments are tools to help evaluate the effectiveness of programs, school improvement
goals, alignment of curriculum, or student placement in specific programs. Summative assessments
happen too far down the learning path to provide information at the classroom level and to make
instructional adjustments and interventions during the learning process. It takes formative
assessment to accomplish this.

Formative Assessment is part of the instructional process. When incorporated into classroom
practice, it provides the information needed to adjust teaching and learning while they are
happening. In this sense, formative assessment informs both teachers and students about student
understanding at a point when timely adjustments can be made. These adjustments help to ensure
student’s achieve, targeted standards-based learning goals within a set time frame. Although
formative assessment strategies appear in a variety of formats, there are some distinct ways to
distinguish them from summative assessments.
One distinction is to think of formative assessment as "practice." We do not hold students
accountable in "grade book fashion" for skills and concepts they have just been introduced to or are
learning. We must allow for practice. Formative assessment helps teachers determine next steps
during the learning process as the instruction approaches the summative assessment of student
learning. A good analogy for this is the road test that is required to receive a driver's license. What if,
before getting your driver's license, you received a grade every time you sat behind the wheel to
practice driving? What if your final grade for the driving test was the average of all of the grades you
received while practicing? Because of the initial low grades you received during the process of
learning to drive, your final grade would not accurately reflect your ability to drive a car. In the
beginning of learning to drive, how confident or motivated to learn would you feel? Would any of
the grades you received provide you with guidance on what you needed to do next to improve your
driving skills? Your final driving test, or summative assessment, would be the accountability
measure that establishes whether or not you have the driving skills necessary for a driver's license—
not a reflection of all the driving practice that leads to it. The same holds true for classroom
instruction, learning, and assessment.
Another distinction that underpins formative assessment is student involvement. If students
are not involved in the assessment process, formative assessment is not practiced or implemented to
its full effectiveness. Students need to be involved both as assessors of their own learning and as
resources to other students. There are numerous strategies teachers can implement to engage
students. In fact, research shows that the involvement in and ownership of their work increases
students' motivation to learn. This does not mean the absence of teacher involvement. To the
contrary, teachers are critical in identifying learning goals, setting clear criteria for success, and
designing assessment tasks that provide evidence of student learning.
One of the key components of engaging students in the assessment of their own learning is providing
them with descriptive feedback as they learn. In fact, research shows descriptive feedback to be the
most significant instructional strategy to move students forward in their learning. Descriptive
feedback provides students with an understanding of what they are doing well, links to classroom
learning, and gives specific input on how to reach the next step in the learning progression. In other
words, descriptive feedback is not a grade, a sticker, or "good job!" A significant body of research
indicates that such limited feedback does not lead to improved student learning.

PURPOSES OF ASSESSMENT
Assessment drives instruction
A pre-test or needs assessment informs instructors what students know and do not know at the
outset, setting the direction of a course. If done well, the information garnered will highlight the gap
between existing knowledge and a desired outcome. Accomplished instructors find out what
students already know, and use the prior knowledge as a stepping off place to develop new
understanding. The same is true for data obtained through assessment done during instruction. By
checking in with students throughout instruction, outstanding instructors constantly revise and refine
their teaching to meet the diverse needs of students.
Assessment drives learning
What and how students learn depends to a major extent on how they think they will be assessed.
Assessment practices must send the right signals to students about what to study, how to study, and
the relative time to spend on concepts and skills in a course. Accomplished faculty communicate
clearly what students need to know and be able to do, both through a clearly articulated syllabus, and
by choosing assessments carefully in order to direct student energies. High expectations for learning
result in students who rise to the occasion.
Assessment informs students of their progress
Effective assessment provides students with a sense of what they know and don’t know about a
subject. If done well, the feedback provided to students will indicate to them how to improve their
performance. Assessments must clearly match the content, the nature of thinking, and the skills
taught in a class. Through feedback from instructors, students become aware of their strengths and
challenges with respect to course learning outcomes. Assessment done well should not be a surprise
to students.
Assessment informs teaching practice
Reflection on student accomplishments offers instructors insights on the effectiveness of their
teaching strategies. By systematically gathering, analyzing, and interpreting evidence we can
determine how well student learning matches our outcomes / expectations for a lesson, unit or
course. The knowledge from feedback indicates to the instructor how to improve instruction, where
to strengthen teaching, and what areas are well understood and therefore may be cut back in future
courses.

Role of grading in assessment
Grades should be a reflection of what a student has learned as defined in the student learning
outcomes. They should be based on direct evidence of student learning as measured on tests, papers,
projects, and presentations, etc. Grades often fail to tell us clearly about “large learning” such as
critical thinking skills, problem solving abilities, communication skills (oral, written and listening),
social skills, and emotional management skills.
When student learning outcomes are not met
Accomplished faculty focus on the data coming out of the assessments they complete before, during
and at the end of a course, and determine the degree to which student learning outcomes are or are
not met. If students are off course early on, a redirecting, reteaching of a topic, referral to student
learning centers, or review sessions by the instructor may remediate the problem. Through careful
analysis it is possible to determine the challenges and weaknesses of instruction in order to support
student learning better. Some topics or concepts are notoriously difficult, and there may be a better
approach to use. Perhaps a model, simulation, experiment, example or illustration will clarify the
concept for students. Perhaps spending a bit more time, or going over a topic in another way will
make a difference. If the problem is noticed late in the course, an instructor may plan to make any
instructional changes for the next time the course is taught, but it is helpful to make a note of the
changes needed at the time so that the realization is not lost.
Assessments are used for a wide variety of purposes in schools and education systems:
• High-stakes assessments are typically standardized tests used for the purposes of
accountability—i.e., any attempt by federal, state, or local government agencies to ensure that
students are enrolled in effective schools and being taught by effective teachers. In general,
“high stakes” means that important decisions about students, teachers, schools, or districts are
based on the scores students achieve on a high-stakes test, and either punishments (sanctions,
penalties, reduced funding, negative publicity, not being promoted to the next grade, not being
allowed to graduate) or accolades (awards, public celebration, positive publicity, bonuses, grade
promotion, diplomas) result from those scores.
• Pre-assessments are administered before students begin a lesson, unit, course, or academic
program. Students are not necessarily expected to know most, or even any, of the material
evaluated by pre-assessments—they are generally used to (1) establish a baseline against which
educators measure learning progress over the duration of a program, course, or instructional
period, or (2) determine general academic readiness for a course, program, grade level, or new
academic program that student may be transferring into.
• Formative assessments are in-process evaluations of student learning that are typically
administered multiple times during a unit, course, or academic program. The general purpose of

formative assessment is to give educators in-process feedback about what students are learning
or not learning so that instructional approaches, teaching materials, and academic support can be
modified accordingly. Formative assessments are usually not scored or graded, and they may
take a variety of forms, from more formal quizzes and assignments to informal questioning
techniques and in-class discussions with students.
• Summative assessments are used to evaluate student learning at the conclusion of a specific
instructional period—typically at the end of a unit, course, semester, program, or school year.
Summative assessments are typically scored and graded tests, assignments, or projects that are
used to determine whether students have learned what they were expected to learn during the
defined instructional period.
PRINCIPLES OF ASSESSMENT
1. Assessment should be valid Validity ensures that assessment tasks and associated criteria
effectively measure student attainment of the intended learning outcomes at the appropriate level.
2. Assessment should be reliable and consistent There is a need for assessment to be reliable and
this requires clear and consistent processes for the setting, marking, grading and moderation of
assignments.
3. Information about assessment should be explicit, accessible and transparent Clear, accurate,
consistent and timely information on assessment tasks and procedures should be made available to
students, staff and other external assessors or examiners.
4. Assessment should be inclusive and equitable As far as is possible without compromising
academic standards, inclusive and equitable assessment should ensure that tasks and procedures do
not disadvantage any group or individual.
5. Assessment should be an integral part of programme design and should relate directly to the
programme aims and learning outcomes Assessment tasks should primarily reflect the nature of the
discipline or subject but should also ensure that students have the opportunity to develop a range of
generic skills and capabilities.
6. The amount of assessed work should be manageable.The scheduling of assignments and the
amount of assessed work required should provide a reliable and valid profile of achievement without
overloading staff or students.
7. Formative and summative assessment should be included in each programme Formative and
summative assessment should be incorporated into programmes to ensure that the purposes of
assessment are adequately addressed. Many programmes may also wish to include diagnostic
assessment.
8. Timely feedback that promotes learning and facilitates improvement should be an integral part of
the assessment process Students are entitled to feedback on submitted formative assessment tasks,
and on summative tasks, where appropriate. The nature, extent and timing of feedback for each
assessment task should be made clear to students in advance.

9. Staff development policy and strategy should include assessment All those involved in the
assessment of students must be competent to undertake their roles and responsibilities.
PRINCIPLES OF GOOD PRACTICE FOR ASSESSING STUDENT LEARNING
1. The assessment of student learning begins with educational values.
Assessment is not an end in itself but a vehicle for educational improvement. Its effective practice,
then, begins with and enacts a vision of the kinds of learning we most value for students and strive to
help them achieve. Educational values should drive not only what we choose to assess but also how
we do so. Where questions about educational mission and values are skipped over, assessment
threatens to be an exercise in measuring what's easy, rather than a process of improving what we
really care about.
2. Assessment is most effective when it reflects an understanding of learning as
multidimensional, integrated, and revealed in performance over time.
Learning is a complex process. It entails not only what students know but what they can do
with what they know; it involves not only knowledge and abilities but values, attitudes, and habits of
mind that affect both academic success and performance beyond the classroom. Assessment should
reflect these understandings by employing a diverse array of methods including those that call for
actual performance, using them over time so as to reveal change, growth, and increasing degrees of
integration. Such an approach aims for a more complete and accurate picture of learning, and
therefore firmer bases for improving our students' educational experience.
3. Assessment works best when the programs it seeks to improve have clear, explicitly stated
purposes.
Assessment is a goal-oriented process. It entails comparing educational performance with
educational purposes and expectations-these derived from the institution's mission, from faculty
intentions in program and course design, and from knowledge of students' own goals. Where
program purposes lack specificity or agreement, assessment as a process pushes a campus toward
clarity about where to aim and what standards to apply; assessment also prompts attention to where
and how program goals will be taught and learned. Clear, shared, implementable goals are the
cornerstone for assessment that is focused and useful.
4. Assessment requires attention to outcomes but also and equally to the experiences that lead
to those outcomes.
Information about outcomes is of high importance; where students "end up" matters greatly.
But to improve outcomes, we need to know about student experience along the way-about the
curricula, teaching, and kind of student effort that lead to particular outcomes. Assessment can help
understand which students learn best under what conditions; with such knowledge comes the
capacity to improve the whole of their learning.

5. Assessment works best when it is ongoing, not episodic.
Assessment is a process whose power is cumulative. Though isolated, "one-shot" assessment can be
better than none, improvement is best fostered when assessment entails a linked series of activities
undertaken over time. This may mean tracking the progress of individual students, or of cohorts of
students; it may mean collecting the same examples of student performance or using the same
instrument semester after semester. The point is to monitor progress toward intended goals in a spirit
of continuous improvement. Along the way, the assessment process itself should be evaluated and
refined in light of emerging insights.
6. Assessment fosters wider improvement when representatives from across the educational
community are involved.
Student learning is a campus-wide responsibility, and assessment is a way of enacting that
responsibility. Thus, while assessment efforts may start small, the aim over time is to involve people
from across the educational community. Faculty play an especially important role, but assessment's
questions can't be fully addressed without participation by student-affairs educators, librarians,
administrators, and students. Assessment may also involve individuals from beyond the campus
(alumni/ae, trustees, employers) whose experience can enrich the sense of appropriate aims and
standards for learning. Thus, understood, assessment is not a task for small groups of experts but a
collaborative activity; its aim is wider, better-informed attention to student learning by all parties
with a stake in its improvement.
7. Assessment makes a difference when it begins with issues of use and illuminates questions
that people really care about.
Assessment recognizes the value of information in the process of improvement. But to be useful,
information must be connected to issues or questions that people really care about. This implies
assessment approaches that produce evidence that relevant parties will find credible, suggestive, and
applicable to decisions that need to be made. It means thinking in advance about how the
information will be used, and by whom. The point of assessment is not to gather data and return
"results"; it is a process that starts with the questions of decision-makers, that involves them in the
gathering and interpreting of data, and that informs and helps guide continuous improvement.
8. Assessment is most likely to lead to improvement when it is part of a larger set of conditions
that promote change.
Assessment alone changes little. Its greatest contribution comes on campuses where the quality of
teaching and learning is visibly valued and worked at. On such campuses, the push to improve
educational performance is a visible and primary goal of leadership; improving the quality of
undergraduate education is central to the institution's planning, budgeting, and personnel decisions.
On such campuses, information about learning outcomes is seen as an integral part of decision
making, and avidly sought.

9. Through assessment, educators meet responsibilities to students and to the public. There is
compelling public stake in education. As educators, we have a responsibility to the publics that
support or depend on us to provide information about the ways in which our students meet goals and
expectations. But that responsibility goes beyond the reporting of such information; our deeper
obligation-to ourselves, our students, and society-is to improve. Those to whom educators are
accountable have a corresponding obligation to support such attempts at improvement.
PRINCIPLES RELATED TO SELECTION OF METHODS FOR ASSESSMENT
There is a wealth of assessment methods used in higher education to assess students'
achievements, but how to choose?
The primary goal is to choose a method which most effectively assesses the objectives of the
unit of study. In addition, choice of assessment methods should be aligned with the overall aims of
the program, and may include the development of disciplinary skills (such as critical evaluation or
problem solving) and support the development of vocational competencies (such as particular
communication or team skills.)
Hence, when choosing assessment items, it is useful to have one eye on the immediate task of
assessing student learning in a particular unit of study, and another eye on the broader aims of the
program and the qualities of the graduating student. Ideally this is something you do with your
academic colleagues so there is a planned assessment strategy across a program.
When considering assessment methods, it is particularly useful to think first about what
qualities or abilities you are seeking to engender in the learners. Nightingale et al (1996) provide
eight broad categories of learning outcomes which are listed below. Within each category some
suitable methods are suggested.
1. Thinking critically and making judgements
(Developing arguments, reflecting, evaluating, assessing, judging)
Essay
Report
Journal
Letter of Advice to .... (about policy, public health matters .....)
Present a case for an interest group
Prepare a committee briefing paper for a specific meeting
Book review (or article) for a particular journal
Write a newspaper article for a foreign newspaper
Comment on an article's theoretical perspective
2. Solving problems and developing plans

(Identifying problems, posing problems, defining problems, analysing data, reviewing, designing
experiments, planning, applying information)
Problem scenario
Group Work
Work-based problem
Prepare a committee of enquiry report
Draft a research bid to a realistic brief
Analyse a case
Conference paper (or notes for a conference paper plus annotated bibliography)
3. Performing procedures and demonstrating techniques
(Computation, taking readings, using equipment, following laboratory procedures, following
protocols, carrying out instructions)
Demonstration
Role Play
Make a video (write script and produce/make a video)
Produce a poster
Lab report
Prepare an illustrated manual on using the equipment, for a particular audience
Observation of real or simulated professional practice
4. Managing and developing oneself
(Working co-operatively, working independently, learning independently, being self-directed,
managing time, managing tasks, organising)
Journal
Portfolio
Learning Contract
Group work
5. Accessing and managing information
(Researching, investigating, interpreting, organising information, reviewing and paraphrasing
information, collecting data, searching and managing information sources, observing and
interpreting)
Annotated bibliography

Project
Dissertation
Applied task
Applied problem
6. Demonstrating knowledge and understanding
(Recalling, describing, reporting, recounting, recognising, identifying, relating & interrelating)
Written examination
Oral examination
Essay
Report
Comment on the accuracy of a set of records
Devise an encyclopaedia entry
Produce an A - Z of ...
Write an answer to a client's question
Short answer questions: True/False/ Multiple Choice Questions (paper-based or computer-
aided-assessment)
7. Designing, creating, performing
(Imagining, visualising, designing, producing, creating, innovating, performing)
Portfolio
Performance
Presentation
Hypothetical
Projects
8. Communicating
(One and two-way communication; communication within a group, verbal, written and non-
verbal communication, arguing, describing, advocating, interviewing, negotiating, presenting;
using specific written forms)
Written presentation (essay, report, reflective paper etc.)
Oral presentation
Group work

Discussion/debate/role play
Participate in a 'Court of Enquiry'
Presentation to camera
Observation of real or simulated professional practice.
COLLECTION OF ASSESSMENT INFORMATION
The process of collecting, examining and using information about what students know and
can do is the basis of effective teaching and learning.
The relationship between assessment, teaching and learning is dynamic and interactive. The
act of gathering, analysing and using assessment information is integral to the teaching and learning
process – without worthwhile assessment information teachers can only be certain that they have
taught. They cannot be certain that their students have learned what they set out to teach, or that the
teaching is relevant to the students’ learning needs and interests.
When teachers have rich information about what their students know, can do and need to do
next, they are able to involve students as active participants in their learning and assessment of their
own learning. They are also in a position to consult parents and the school’s communities about
students’ progress.
Assessment processes
Assessment information is collected to determine students’ achievement and their learning
needs. It provides a basis for the analysis of progress and achievement of students over time and
assists the diagnosis of individual learning needs.
The collection of assessment information
Assessment includes information gathered from a wide range of sources and at different
points in time. These sources can include:
• knowledge gained from parents about their child;
•teachers knowledge drawn from their day -to-day interactions with students;
•results from teacher-designed classroom and school-wide tests;
•assessment at school entry or transition points;
•results from national standardised assessment tools such as PATs (Progressive Achievement Tests),
as TTLE (assessment tools for teaching and learning) or the national exemplars;
•examination results; and
•national qualification results such as those from NCEA (National Certificates of Educational
Achievement).
JUDGING AND SCORING OF STUDENT PERFORMANCE
A rubric is a multi-purpose scoring guide for assessing student products and performances.
This tool works in a number of different ways to advance student learning, and has great potential in
particular for non-traditional, first generation, and minority students. In addition, rubrics improve

teaching, contribute to sound assessment, and are an important source of information for program
improvement.
Various grading and reporting methods are used to: (1) communicate the achievement status of
students to their parents and other interested parties; (2) provide information to students for self-
evaluation; (3) select, identify, or group students for certain educational paths or programs; (4)
provide incentives for students to learn; and (5) document students' performance to evaluate the
effectiveness of instructional programs. Unfortunately, many schools try to use a single method of
grading and reporting to achieve all of these purposes and end up achieving none of them very well.
Letter grades, for example, offer parents and others a brief description of students' achievement and
the adequacy of their performance. But using letter grades requires the abstraction of a great deal of
information into a single symbol. In addition, the cut-offs between grades are always arbitrary and
difficult to justify. Letter grades also lack the richness of other, more detailed reporting methods
such as narratives or standards-based reports.
Grading is a process of professional judgment–and the more detailed and analytic the grading
process, the more likely it is that subjectivity will influence results. This is why, for example, holistic
scoring procedures tend to have greater reliability than analytic procedures. However, being
subjective does not mean that grades lack credibility or are indefensible. Because teachers know
their students, understand various dimensions of students' work, and have clear notions of the
progress made, their subjective perceptions can yield very accurate descriptions of what students
have learned.
SUMMARIZATION AND INTERPRETATION OF RESULTS
Methods of interpreting the results
1. Norm-referenced Interpretation
It describes student’s performance or progress in relation to others of the same peer group, age
or ability. It may involve ranking or scaling a pupil to help with streaming classes. Itmay look
at cross-school achievements to compare achievement in particular groups, subjects and years
with local and national levels of attainment.
Examples:
1.Diya’s score in the periodical exams is below the mean.
2. Ram ranked 5th in the unit test in Physics.
3. Sheela’s percentile rank in the Math achievement test is 88.
2. Criterion-referenced Interpretation
It describes about the student performance according to a specified domain or clearly defined
learning tasks e.g. divide three-digit whole numbers correctly and accurately, multiply
binomial terms correctly. It is concerned with national examination and other assessment
bodies. It is used in the assessment of vocational and academic qualifications. Results are given

on a pass/fail, competent/not competent basis. Results are conclusive and usually open to
review.
Examples:
1. Helen can construct a pie graph with 75% accuracy
2. Heera scored 7 out of 10 in the spelling test
3. Riya can encode an article with no more than 5 errors in spelling
REPORTING OF ASSESSMENT FINDINGS
Assessment is an ongoing and integral part of the teaching and learning process. Through this
process schools are able to provide easy-to-understand reports to parents about individual student
learning outcomes.
The type of assessment and report varies at different times during a student's school life. Formal
reporting to parents will occur at least once every semester. Parents are encouraged to discuss their
children's progress and needs with teachers at any time.
Purposes of Assessment Reports
Historical Record
Support for planning and decision
Making for improvements
Public relations
Information dissemination
Document your contributions to the learning environment
To see how your efforts mattered
OVERVIEW OF GOOD PRACTICE IN COLLECTING AND USING ASSESSMENT
INFORMATION
‘Assessment in education is the process of gathering, interpreting, recording and using information
about students’ responses to an educational task’. The assessment of student achievement (i.e.
examining and using information about what students know and can do) is
the basis of effective teaching and learning. Unless teachers are knowledgeable about their students’
achievements and interests, they cannot be confident. Their teaching is supporting students to
achieve their potential. ‘Overall the purpose of assessment is to improve standards, not merely to
measure them.’

Effective assessment systems help schools to monitor students’ progress and achievement, and
enable them to design effective programmes. It is not a case of schools assessing more, but of using
assessment information in a more planned and thoughtful manner.
Schools that demonstrated good practice:
• made certain that teachers had a shared understanding about the purpose of assessment;
• expected teachers to be knowledgeable about their students’ achievements and interests;
• made certain that school managers, teachers and students were aware of the rationale for the
decisions being made about assessment;
• gave teachers the opportunity for professional development in assessment;
• encouraged their teachers to use data effectively to improve their teaching;
• expected assessment information to be drawn from a wide range of sources: day-to-day
interactions with students; analysis of students’ work and from more formally designed and
administered assessment tasks;
• made sure teachers were able to analyse both numeric and narrative assessment information
and interpret the results so they were understood by all potential users of the information;
• encouraged teachers to use formative assessment strategies that ensured the purpose of
activities was understood, and that students received effective and useful feedback;
• identified groups of students who needed extra assistance and what specific assistance was
needed; monitored the students’ progress; and gathered comprehensive school-wide data on
their achievements;
• identified trends and patterns in students’ achievements and compared the achievements of
groups of students within the school;
• established clear expectations for achievement and assessment, including making collation
and reporting easier so comparisons could be made to agreed achievement targets;
• promoted the philosophy that student learning drove assessment practices, not credit
acquisition;
• established clear lines of communication and easily accessed support between school and
home; and
• provided students and their parents with booklets and held information evenings to explain
the NQF(National Quality Framework) requirements and assessment procedures, including
appeals and opportunities for reassessment.
QUESTIONS FOR DISCUSSION AND REFLECTION
1. Define evaluation
2. What is the role of assessment in learning?
3. What is summative assessment?
4. What are the principles of assessment practices?
5. How will you prepare a report for assessment findings?

REFERENCES
Amarjit Singh (2007), ‘Classroom Management’Kanishka publishers, Distributors, New Delhi.
John Gardner, ‘On the Relationship between Assessment for Formative and Summative Purposes’
Bhatia,K.K.(1985), ‘Measurement and Evaluation in Education, Prakash Brothers, Ludhiana.
www.assessmentforlearning.edu.au/research_background/bibliography
www.edb.gov.hk/en/curriculum/assessment/assessment-for-learning

UNIT-2 : ASSESSMENT FOR LEARNING IN CLASSROOM
COURSE OBJECTIVES
• To know the principles of assessment practices
• To understand the types of assessment
• To describe about grading
• To understand the constructivist approach in assessment
• To point out the formative use of summative tests
ASSESSMENT IN CONSTRUCTIVIST APPROACH
Three constructs emerge from the literature regarding constructivism and have implications
for the learning environment. They are (1) learning is an active process, (2) the learner has prior
knowledge, and (3) the learner takes responsibility for their own learning (Yager, 1991; Cobb et al
1992, Magoon, 1977; Hewson&Hewson, 1988).
These ideas can be operationalized by the following statements:
1. Assessments are in a meaningful context that is relevant or has emerging relevance to students
(Brooks & Brooks, 1993).
2. The process of learning does not shut down during assessment (Brooks & Brooks, 1993).
3. Assessments are tailored to specific modules and teaching situations (Zahorik, 1995).
4. Assessments include higher order thinking skills, i.e., application, evaluation, analysis, synthesis
(Burry-Stock, 1995; Yager, 1991).
5. Assessments include application of knowledge and comprehension (Zahorik, 1995).
6. A range of techniques is used in assessments (Burry-Stock, 1995; Zahorik, 1995).
7. Assessments focus on the big pictures on concepts and on issues and their accompanying facts and
evidence (Zahorik, 1995).
8. Assessment includes inquiry (Brooks & Brooks, 1993; Yager, 1991).
9. Students go beyond initial information levels (knowledge and comprehension) through elaboration
doing in-depth analysis of big ideas, issues and concepts (Brooks & Brooks, 1993).
10. Students solve problems in which they extend and re-conceptualize (accommodation) knowledge
in new contexts (Brooks & Brooks, 1993; Osborne &Wittrock, 1983; Zahorik, 1995).
11. Students generalize (synthesis) experiences from earlier concrete experiences to understand
abstract theories and applications (Brooks & Brooks, 1993; Osborne &Wittrock, 1983; Zahorik,
1995).
12. Students exhibit knowledge through application (Yager, 1991).
13. Students interact with each other in all circumstances including during assessments (Zahorik,
1995).
Assessment can be used to build understanding through reflection and iteration. There is
great promise for deeper understanding and appreciation of the creative, generative process we call
learning when a student is aware of scholastic expectations and understands how to effectively
review and critique his or her own work. This process has three steps:

1. The teacher must help students understand from the outset the criteria by which their work will be
judged.
2. Students must document their work process for the duration of the project or unit.
3. Through performance and feedback, students come to understand the complex nature of judging
and improving upon one´s work.
Assessment and constructivist classroom
Constructivism is basically a theory - based on observation and scientific study - about how
people learn. It says that people construct their own understanding and knowledge of the world,
through experiencing things and reflecting on those experiences. When we encounter something
new, we have to reconcile it with our previous ideas and experience, maybe changing what we
believe, or maybe discarding the new information as irrelevant. In any case, we are active creators of
our own knowledge. To do this, we must ask questions, explore, and assess what we know.
In the classroom, the constructivist view of learning can point towards a number of different
teaching practices. In the most general sense, it usually means encouraging students to use active
techniques (experiments, real-world problem solving) to create more knowledge and then to reflect
on and talk about what they are doing and how their understanding is changing. Constructivist
teachers encourage students to constantly assess how the activity is helping them gain understanding.
By questioning themselves and their strategies, students in the constructivist classroom ideally
become "expert learners." This gives them ever-broadening tools to keep learning. With a well-
planned classroom environment, the students learn how to learn.
Constructivism transforms the student from a passive recipient of information to an active
participant in the learning process. Guided by the teacher, students construct their knowledge
actively rather than just mechanically ingesting knowledge from the teacher or the textbook.In the
constructivist classroom, the focus tends to shift from the teacher to the students. The classroom is
no longer a place where the teacher ("expert") pours knowledge into passive students, who wait like
empty vessels to be filled. In the constructivist model, the students are urged to be actively involved
in their own process of learning. The teacher functions more as a facilitator who coaches, mediates,
prompts, and helps students develop and assess their understanding, and thereby their learning. One
of the teacher's biggest jobs becomes asking good questions.
As is the case with many of the current/popular paradigms, you're probably already using the
constructivist approach to some degree. Constructivist teachers pose questions and problems, then
guide students to help them find their own answers. They use many techniques in the teaching
process. For example, they may:
• prompt students to formulate their own questions (inquiry),
• allow multiple interpretations and expressions of learning (multiple intelligences),
• encourage group work and the use of peers as resources (collaborative learning).

Characteristics of assessment
In the context of constructivist approach, assessments need to gauge the progress of students
in achieving the three major learning outcomes of constructivist approach: conceptual understanding
in science, abilities to perform scientific inquiry, and understandings about inquiry.
All learners come to a learning tasks with some relevant knowledge, feelings and skills.
Meaningful learning occurs when the learners seeks to relate new concepts and propositions to
relevant existing concept and propositions in her/his cognitive structure (Mintzes, Novak,
Wandersee, 2000).
Constructivist approach to assessment is a formative rather than a summative. Its purpose is
to improve the quality of student learning, not to provide evidence for evaluating or grading
students. Assessment has to respond to the particular needs and characteristics of the teachers,
students and science content. Assessment is context-specific: what works well in one class will not
necessarily work in another.
Assessment is on-going process. Teachers get feedback from students of their learning.
Teachers then complete the loop by providing students with feedback on the results of the
assessment and suggestions for improving learning.
CONTINUOUS AND COMPREHENSIVE EVALUATION (CCE)
C–Continuous
C–Comprehensive
E–Evaluation
Continuous stands for assessment of a student throughout the year, not just at the end of a
term. It may be done formally or in an informal way using different techniques of evaluation
. Comprehensive takes care of assessment of all round development of a child’s personality.
A child will be assessed not only in terms of his knowledge about a subject but his
participation in other activities also.
Broadly, we assess a child’s growth in two areas – Scholastic and Co-scholastic.
The term Scholastic refers to those aspects , which are related to intellect or the brain. It is
related to the assessment of learners in curricular subjects. It includes assignments, projects,
practical etc.
Continuous and Comprehensive Evaluation (CCE) refers to a system of school-based
evaluation of students that covers all aspects of students’ development. It is a developmental process
of assessment which emphasizes on two fold objectives. These objectives are continuity in
evaluation and assessment of broad based learning and behaviourial outcomes on the other.
In this scheme the term `continuous’ is meant to emphasise that evaluation of identified
aspects of students’ `growth and development’ is a continuous process rather than an event, built into
the total teaching-learning process and spread over the entire span of academic session. It means

regularity of assessment, frequency of unit testing, diagnosis of learning gaps, use of corrective
measures, retesting and for their self -evaluation.
The second term `comprehensive’ means that the scheme attempts to cover both the scholastic and
the co-scholastic aspects of students’ growth and development
Need of continuous comprehensive evaluation
Continuous and Comprehensive Evaluation is intended to provide a holistic profile of the
learner through assessment of both scholastic and non-scholastic aspects of education spread over
the total span of instructional time in schools.
It helps to identify those positive attributes of the learner which are not usually assessed
during the examinations conducted by the Board
As it is spread over a period of two years in class IX and X it provides several opportunities
for the school to identify the latent talents of the learners in different contexts.
This document is supportive to the statement of marks issued by the Board after the
examinations conducted by it.
Essential aspects of continuous comprehensive evaluation
1. To provide a holistic profile of the learner through assessment of both scholastic and non-
scholastic aspects of education
2. To identify the latent talents of the learners in different contexts.
3. To identify strategies for raising Student Achievement
4. To plan a Comprehensive Evaluation Program to Improving Schools
5. To suggest suitable tools and techniques for achieving continuous comprehensive evaluation.
6. Use Evaluation for Continuous School Improvement
7. Using evaluation as a tool for continuous improvement of the school and the students.
8. To suggest ways of strategies of sensitizing school administrators.
PROJECTS
Project is a method of building a comprehensive unit around an activity which may be
carried on in the school or outside.
A project is a whole hearted purposeful activity proceeding in a social environment.
Use of Projects for assessment

• Assessment of:
Clear Planning and framework
Critical thinking and Reasoning
Execution
Creativity
• Assessment of understanding level of concept
• Assessing how students visualizing real objects and decision making
• Students’ ability of engaging and building new knowledge.
• Assessing how student is cooperating with other students.
• Assessment of self- confidence and self-discipline
• Daily progress
• Assessment of teamwork
• Accuracy of report writing
SEMINARS
What is a Seminar?
A seminar may be defined as a gathering of people for the purpose of discussing a stated
topic. Such gatherings are usually interactive sessions where the participants engage in discussions
about the delineated topic. The sessions are usually headed or led by one or two presenters who
serve to steer the discussion along the desired path.
Purpose of a seminar
A seminar may have several purposes or just one purpose. For instance, a seminar may be for
the purpose of education, such as a lecture, where the participants engage in the discussion of an
academic subject for the aim of gaining a better insight into the subject. Other forms of educational
seminars might be held to impart some skills or knowledge to the participants. Examples of such
seminars include personal finance, web marketing, real estate, investing or other types of seminars
where the participants gain knowledge or tips about the topic of discussion.
ASSIGNMENTS
Assignment refers to tasks assigned to students by their teachers to be completed outside of
class. Common homework assignments may include a quantity or period of reading to be performed,

writing or typing to be completed, problems to be solved, a school project to be built or other skills
to be practiced.
Assignment as Assessment Device
Concept understanding
Content organization
Content presentation
Analytic ability
Synthesis of material
Formulation of ideas
Use of arguments
Content accuracy
Content quality (originality)
Clear conclusion
Overall clarity
Grammar and Spelling
Footnotes and Bibliography
PORTFOLIOS
Portfolios are purposeful, organized, systematic collections of student work that tell the story
of a student's efforts, progress, and achievement in specific areas. The student participates in the
selection of portfolio content, the development of guidelines for selection, and the definition of
criteria for judging merit. Portfolio assessment is a joint process for instructor and student.
Portfolio assessment emphasizes evaluation of students' progress, processes, and performance
over time. There are two basic types of portfolios:
• A process portfolio serves the purpose of classroom-level assessment on the part of both the
instructor and the student. It most often reflects formative assessment, although it may be
assigned a grade at the end of the semester or academic year. It may also include summative
types of assignments that were awarded grades.
• A product portfolio is more summative in nature. It is intended for a major evaluation of
some sort and is often accompanied by an oral presentation of its contents. For example, it
may be used as a evaluation tool for graduation from a program or for the purpose of seeking
employment.

In both types of portfolios, emphasis is placed on including a variety of tasks that elicit
spontaneous as well as planned language performance for a variety of purposes and audiences, using
rubrics to assess performance, and demonstrating reflection about learning, including goal setting
and self and peer assessment.
Portfolio characteristics:
• Represent an emphasis on language use and cultural understanding
• Represent a collaborative approach to assessment
• Represent a student's range of performance in reading, writing, speaking, and listening as
well as cultural understanding
• Emphasize what students can do rather than what they cannot do
• Represent a student's progress over time
• Engage students in establishing on-going learning goals and assessing their progress towards
those goals
• Measure each student's achievement while allowing for individual differences between
students in a class
• Address improvement, effort, and achievement
• Allow for assessment of process and product
• Link teaching and assessment to learning.
GRADING
Grading in education is the process of applying standardized measurements of varying levels
of achievement in a course. Another way the grade point average (GPA) can be determined is
through extra-curricular activities. Grades can be assigned as letters (generally A through F), as a
range (for example 1 to 6), as a percentage of a total number of questions answered correctly, or as a
number out of a possible total (for example out of 20 or 100).
In some countries, all grades from all current classes are averaged to create a Grade Point Average
(GPA) for the marking period. The GPA is calculated by taking the number of grade points a student
earned in a given period of time of middle school through high school.[1]
GPAs are also calculated
for undergraduate and graduate students in most universities. The GPA can be used by potential
employers or educational institutions to assess and compare applicants. A cumulative grade point
average is a calculation of the average of all of a student's total earned points divided by the possible
amount of points. This grading system calculates for all of his or her complete education career.
Evaluation and Grading System
Grades and the Basis for Assessment''

Letter Grades and Grading Standards
“A” (80-100%)
“B” (70-79%)
“C” (60-69%)
“D” (50-59%)
“F” (0-49%)
“A” indicates Exceptional Performance: comprehensive in-depth knowledge of the principles and
materials treated in the course, fluency in communicating that knowledge and independence in
applying material and principles.
“B” indicates Good Performance: thorough understanding of the breadth of materials and
principles treated in the course and ability to apply and communicate that understanding effectively.
“C” indicates Satisfactory Performance: basic understanding of the breadth of principles and
materials treated in the course and an ability to apply and communicate that understanding
competently.
“D” indicates Minimally Competent Performance: adequate understanding of most principles
and materials treated in the course, but significant weakness in some areas and in the ability to apply
and communicate that understanding.
“F” indicates Failure: inadequate or fragmentary knowledge of the principles and materials
treated in the course or failure to complete the work required in the course.
“I” indicates Incomplete.
“W” indicates Withdrawal with permission.
Aegrotat Standing
Aegrotat standing (credit granted with incomplete course work) will be considered only in
exceptional circumstances (usually only in cases of very serious illness) and if term work has been of
high quality.
Determination of Final Grades

a. A student’s grade in each course will be based upon the year’s work and the final
examination (if required);
b. The instructor will discuss with the class the basis for assessment specifying the relative
weight of each examination, test, in-class activity and written assignment;
c. The instructor will also specify which assignments must be completed in order to receive a
grade in the course; penalties for late assignments should be clearly stated in each course;
d. The method of determining final grades is to be discussed with students within the time
frame Senate has approved for late course registration;
e. The instructor must inform students of their standing prior to the date for honourable
withdrawal from the course. If no written term work has been evaluated by that date, the
information shall be given in the form of a written statement of the student’s standing;
f. The instructor is required to return to students all written work, other than final examinations,
which has been submitted for evaluation purposes. Students may discuss with their instructor
the work presented, the comments made, and the grade assigned;
g. Final evaluation submissions are not returned to students but are kept on file by the Office of
the Registrar for six months after the publication of Grade Reports;
h. For each course, faculty will enter their final grades into the Student Information System
(SIS) within seven (7) days of the date a final exam was written for an on-campus course,
and within fourteen (14) days of the date the final exam was written for alternative delivery
courses. For courses where no final exam was scheduled, final grades must be submitted
within seven (7) days of the last day of classes in the term. Once the Dean has approved the
marks submission, grades will be available for viewing on the SIS. The Dean’s signature of
approval indicates that the marks submission is consistent with existing practices and policies
of the Faculty. Revisions to any previously assigned grade are submitted in writing for the
approval of the Dean, together with the reasons for such revisions. Grades are not official
until they have been approved by the Dean and released by the Office of the Registrar;
i. The final marks issued by the University are the only ones accepted as binding.
Incomplete Grades
In exceptional circumstances, a student may request consideration for an Incomplete grade
(I). Such request must be submitted, through the Instructor to the Dean, together with the reasons for
the request.
Any student assigned an Incomplete grade must normally complete all course requirements
within 30 days after the end of the examination period or the last day of the course if there is no final
examination for that course. If after that period the course is not completed, a grade of zero will be
assigned to those components not completed.

TYPES OF ASSESSMENT
PERFORMANCE BASED ASSESSMENT OR ALTERNATIVE ASSESSMENT
Performance-based assessment is similar to summative assessment, as it focuses on
achievement. It is often aligned with the standards-based education reform and outcomes-based
education movement. Though ideally they are significantly different from a traditional multiple
choice test, they are most commonly associated with standards-based assessmentwhich use free-form
responses to standard questions scored by human scorers on a standards-based scale, meeting, falling
below or exceeding a performance standard rather than being ranked on a curve. A well-defined task
is identified and students are asked to create, produce or do something, often in settings that involve
real-world application of knowledge and skills. Proficiency is demonstrated by providing an
extended response. Performance formats are further differentiated into products and performances.
The performance may result in a product, such as a painting, portfolio, paper or exhibition, or it may
consist of a performance, such as a speech, athletic skill, musical recital or reading.
Alternative assessment, often called authentic, comprehensive, or performance assessment, is
usually designed by the teacher to gauge students' understanding of material. Examples of these
measurements are open-ended questions, written compositions, oral presentations, projects,
experiments, and portfolios of student work. Alternative assessments are designed so that the content
of the assessment matches the content of the instruction.
Effective assessments give students feedback on how well they understand the information
and on what they need to improve, while helping teachers better design instruction. Assessment
becomes even more relevant when students become involved in their own assessment. Students
taking an active role in developing the scoring criteria, self-evaluation, and goal setting, more readily
accept that the assessment is adequately measuring their learning.
Authentic assessment can include many of the following:
• Observation
• Essays
• Interviews
• Performance tasks
• Exhibitions and demonstrations
• Portfolios
• Journals
• Teacher-created tests
• Rubrics
• Self- and peer-evaluation
EVIDENCE BASED ASSESSMENT
Evidence-based assessment (EBA) refers to the use of research and theory to guide the selection of
constructs to be used for a specific assessment purpose and to inform the methods and measures
used in the assessment process.

EXAMINATION BASED ASSESSMENT
A test or examination (informally, exam) is an assessment intended to measure a test-
taker's knowledge, skill, aptitude, physical fitness, or classification in many other topics . A test may
be administered verbally, on paper, on a computer, or in a confined area that requires a test taker to
physically perform a set of skills. Tests vary in style, rigor and requirements. For example, in a
closed book test, a test taker is often required to rely upon memory to respond to specific items
whereas in an open book test, a test taker may use one or more supplementary tools such as a
reference book or calculator when responding to an item. A test may be administered formally or
informally. An example of an informal test would be a reading test administered by a parent to a
child. An example of a formal test would be a final examination administered by a teacher in a
classroom or an I.Q. test administered by a psychologist in a clinic. Formal testing often results in
a grade or a test score. A test score may be interpreted with regards to a norm or criterion, or
occasionally both. The norm may be established independently, or by statistical analysis of a large
number of participants.
Types of tests
Written tests
Written tests are tests that are administered on paper or on a computer. A test taker who takes
a written test could respond to specific items by writing or typing within a given space of the test or
on a separate form or document.
In some tests knowledge of many constants or technical terms is required to effectively
answer questions, like Chemistry or Biology.
A test developer's choice of which style or format to use when developing a written test is
usually arbitrary given that there is no single invariant standard for testing. Be that as it may, certain
test styles and format have become more widely used than others. Below is a list of those formats of
test items that are widely used by educators and test developers to construct paper or computer-based
tests. As a result, these tests may consist of only one type of test item format (e.g., multiple choice
test, essay test) or may have a combination of different test item formats (e.g., a test that has multiple
choice and essay items).
Multiple choice
In a test that has items formatted as multiple choice questions, a student would be given a
number of set answers for each question, and the candidate must choose which answer or group of
answers is correct. There are two families of multiple choice questions. The first family is known as
the True/False question and it requires a test taker to choose all answers that are appropriate. The
second family is known as One-Best-Answer question and it requires a test taker to answer only one
from a list of answers.

There are several reasons to using multiple choice questions in tests. In terms of
administration, multiple choice questions usually requires less time for test takers to answer, are easy
to score and grade, provide greater coverage of material, allows for a wide range of difficulty, and
can easily diagnose a test taker's difficulty with certain concepts. As an educational tool, multiple
choice items test many levels of learning as well as a test taker's ability to integrate information, and
it provides feedback to the test taker about why distractors were wrong and why correct answers
were right. Nevertheless, there are difficulties associated with the use of multiple choice questions.
In administrative terms, multiple choice items that are effective usually take a great time to
construct. As an educational tool, multiple choice items do not allow test takers to demonstrate
knowledge beyond the choices provided and may even encourage guessing or approximation due to
the presence of at least one correct answer.
Alternative response
True/False questions present candidates with a binary choice - a statement is either true or
false. This method presents problems, as depending on the number of questions, a significant
number of candidates could get 100% just by guesswork, and should on average get 50%.
Matching type
A matching item is an item that provides a defined term and requires a test taker to match identifying
characteristics to the correct term.
Completion type
A fill-in-the-blank item provides a test taker with identifying characteristics and requires the
test taker to recall the correct term. There are two types of fill-in-the-blank tests. The easier version
provides a word bank of possible words that will fill in the blanks. For some exams all words in the
wordbank are used exactly once. If a teacher wanted to create a test of medium difficulty, they
would provide a test with a word bank, but some words may be used more than once and others not
at all. The hardest variety of such a test is a fill-in-the-blank test in which no word bank is provided
at all. This generally requires a higher level of understanding and memory than a multiple choice
test. Because of this, fill-in-the-blank tests[with no word bank] are often feared by students.
Essay
Items such as short answer or essay typically require a test taker to write a response to fulfill
the requirements of the item. In administrative terms, essay items take less time to construct. As an
assessment tool, essay items can test complex learning objectives as well as processes used to
answer the question. The items can also provide a more realistic and generalizable task for test.
Finally, these items make it difficult for test takers to guess the correct answers and require test
takers to demonstrate their writing skills as well as correct spelling and grammar.
The difficulties with essay items are primarily administrative. For one, these items take more
time for test takers to answer. When these questions are answered, the answers themselves are
usually poorly written because test takers may not have time to organize and proofread their
answers. In turn, it takes more time to score or grade these items. When these items are being scored

or graded, the grading process itself becomes subjective as non-test related information may
influence the process. Thus, considerable effort is required to minimize the subjectivity of the
grading process. Finally, as an assessment tool, essay questions may potentially be unreliable in
assessing the entire content of a subject matter.
FEEDBACK THROUGH MARKING
Feedback
Feedback is the central function of formative assessment. It typically involves a focus on the
detailed content of what is being learnt, rather than simply a test score or other measurement of how
far a student is falling short of the expected standard. Nicol and Macfarlane- Dick, synthesising from
the literature, list seven principles of good feedback practice:
1. It clarifies what good performance is (goals,criteria, expected standards);
2. It facilitates the development of self-assessment in learning;
3. It provides high quality information to students about their learning;
4. It encourages teacher and peer dialogue around learning;
5. It encourages positive motivational beliefs and self-esteem;
6. It provides opportunities to close the gap between current and desired performance;
7. It provides information to Teachers that can be used to help shape teaching.
Internal assessment is set and marked by the school (i.e. teachers). Students get the mark and
feedback regarding the assessment. External assessment is set by the governing body, and is marked
by non-biased personnel. Some external assessments give much more limited feedback in their
marking.
PEER AND SELF ASSESSMENT
Peer Assessment
One of the ways in which students internalize the characteristics of quality work is by
evaluating the work of their peers. However, if they are to offer helpful feedback, students must have
a clear understanding of what they are to look for in their peers' work. The instructor must explain
expectations clearly to them before they begin.
One way to make sure students understand this type of evaluation is to give students a
practice session with it. The instructor provides a sample writing or speaking assignment. As a
group, students determine what should be assessed and how criteria for successful completion of the
communication task should be defined. Then the instructor gives students a sample completed
assignment. Students assess this using the criteria they have developed, and determine how to
convey feedback clearly to the fictitious student.
Students can also benefit from using rubrics or checklists to guide their assessments. At first
these can be provided by the instructor; once the students have more experience, they can develop

them themselves. An example of a peer editing checklist for a writing assignment is given in the
popup window. Notice that the checklist asks the peer evaluator to comment primarily on the content
and organization of the essay. It helps the peer evaluator focus on these areas by asking questions
about specific points, such as the presence of examples to support the ideas discussed.
For peer evaluation to work effectively, the learning environment in the classroom must be
supportive. Students must feel comfortable and trust one another in order to provide honest and
constructive feedback. Instructors who use group work and peer assessment frequently can help
students develop trust by forming them into small groups early in the semester and having them
work in the same groups throughout the term. This allows them to become more comfortable with
each other and leads to better peer feedback.
SELF ASSESSMENT
Students can become better language learners when they engage in deliberate thought about
what they are learning and how they are learning it. In this kind of reflection, students step back
from the learning process to think about their language learning strategies and their progress as
language learners. Such self- assessment encourages students to become independent learners and
can increase their motivation.
The successful use of student self- assessment depends on three key elements:
• Goal setting
• Guided practice with assessment tools
• Portfolios
Goal setting
Goal setting is essential because students can evaluate their progress more clearly when they
have targets against which to measure their performance. In addition, students' motivation to learn
increases when they have self-defined, and therefore relevant, learning goals.
One way to begin the process of introducing students to self-assessment is to create student-
teacher contracts. Contracts are written agreements between students and instructors, which
commonly involve determining the number and type of assignments that are required for particular
grades. For example, a student may agree to work toward the grade of "B" by completing a specific
number of assignments at a level of quality described by the instructor. Contracts can serve as a good
way of helping students to begin to consider establishing goals for themselves as language learners.
Guided practice with assessment tools
Students do not learn to monitor or assess their learning on their own; they need to be taught
strategies for self -monitoring and self- assessment. Techniques for teaching students these strategies
are parallel to those used for teaching learning strategies. The instructor models the technique (use of

a checklist or rubric, for example); students then try the technique themselves; finally, students
discuss whether and how well the technique worked and what to do differently next time.
In addition to checklists and rubrics for specific communication tasks, students can also use
broader self-assessment tools to reflect on topics they have studied, skills they have learned, their
study habits, and their sense of their overall strengths and weaknesses. An example of such a tool
appears in the popup window.
Students can share their self-assessments with a peer or in a small group, with instructions
that they compare their impressions with other criteria such as test scores, teacher evaluations, and
peers' opinions. This kind of practice helps students to be aware of their learning. It also informs the
teacher about students' thoughts on their progress, and gives the teacher feedback about course
content and instruction.
FORMATIVE USE OF SUMMATIVE ASSESSMENT
Both formative assessment (assessment for learning) and summative assessment have vital
roles to play in the education of students, and although on the surface they may not seem to have
much in common, there are identified ways they can work together to improve student learning.
Making formative use of summative assessment means using information derived from
summative assessment to improve future student performance. For the teacher it involves:
• providing a range of assessment tasks and opportunities to make certain that a range of student
learning styles are catered for
• teaching students to prepare more efficiently for summative assessment by making use of knowledge
about themselves as learners
• making use of the results of summative assessment so that learning is emphasised.
For the student it involves:
• developing the ability to identify 'where I am now' and 'where I need to be'… and to prepare for
summative assessment accordingly
• recognising that summative assessment experiences are an opportunity for further learning and a
chance to improve future achievement.
QUESTIONS FOR DISCUSSION AND REFLECTION
1. What is continuous and comprehensive evaluation?
2. Define portfolio
3. What is peer assessment?
4. What is project?
5. What is formative use of summative tests?

REFERENCES
Amarjit Singh (2007), ‘Classroom Management’ Kanishka publishers, Distributors, New Delhi.
John Gardner, ‘On the Relationship between Assessment for Formative and Summative Purposes’
Bhatia,K.K.(1985), ‘Measurement and Evaluation in Education, Prakash Brothers, Ludhiana.
www.assessmentforlearning.edu.au/research_background/bibliography
www.etfo.ca/Resources/ForTeachers/Documents/Assessment%20for%20Learning
www.edb.gov.hk/en/curriculum.../assessment/...assessment/assesment-for-learning

UNIT - 3: TOOLS AND TECHNIQUES FOR CLASSROOM ASSESSMENT
OBJECTIVES:
• To understand the importance of teacher observations
• To know the impact of affective domain in learning
• To know the characteristics of Attitude Scales
• To develop skills on Checklists, Rating Scales and Rubrics
• To understand the principals of constructing test items
OBSERVATION
Teacher observation is capable of providing substantial information on student demonstration
of learning outcomes at all levels of education.
Teacher observation can be characterised as two types: incidental and planned.
Incidental observationoccurs during the ongoing (deliberate) activities of teaching and
learning and the interactions between teacher and students. In other words, an unplanned
opportunity emerges, in the context of classroom activities, where the teacher observes
some aspect of individual student learning. Whether incidental observation can be used as
a basis for formal assessment and reporting may depend on the records that are kept.
Planned observationinvolves deliberate planning of an opportunity for the teacher to
observe specific learning outcomes. This planned opportunity may occur in the context of
regular classroom activities or may occur through the setting of an assessment task (such
as a practical or performance activity).
Arguments for Valuing Teacher Observation:
Teacher observation is an important but underutilised assessment technique. It is sometimes
argued that teachers are unable to make appropriate and dependable assessment judgments from
observations of students in natural settings.
An important argument in support of teacher observation is that teachers have access to a rich
and diverse range of evidence on student learning outcomes from observations of their students; and
that the capability of teachers to collect and interpret this range of evidence should be respected.
Otherwise, a rich source of evidence on student learning outcomes is being ignored. In any
case, the issue is not whether teacher observations should be used —
since they are necessarily used informally during teaching — but how teacher judgments can

be strengthened and improved so that they can be used for formal purposes, especially for
reporting and certification
Collection and Recording of Evidence:
All assessment requires the collection and recording of evidence of student learning. For the
implementation of Council syllabuses, it has been recommended that the evidence focus on
the demonstration of learning outcomes. Evidence is documentation that records, illustrates or
confirms student demonstrations of learning outcomes.
Accountability and verification are key factors in assuring the quality of assessments.
Accountability (justification) means being able to explain and defend assessment judgments
to students, their parent(s) and other teachers.
Verification (confirmation) means being able to revisit the foundations for assessment
judgments being able to check their completeness, relevance and veracity.
Teacher observations are primarily directed at the observation of events, performances and
activities. In some cases, an artefact may be produced as a consequence of the event,
performance or activity. In other cases, no artefact is produced and the event, performance or
process itself is the sole focus of attention. An artefact is something constructed by the
student, for example, a worksheet, a piece of writing, a design, a painting, a composition, a
webpage — in other words, a product of some kind. Teacher observation is not primarily
concerned with the artefact itself but with the way in which the artefact was produced, that is,
with the process.
Planning For Teacher Observation:
Teacher observations cannot be useful without planning. Different types of evidence require
different types of planning.
An essential requirement for all types of evidence is anticipating the kinds of learning
outcomes that may be demonstrated. This is particularly important where observation is
incidental and where judgments (rather than descriptions) are recorded. Council syllabuses
provide a framework of learning outcomes that serve as the perceptual reference points for
recognising the characteristics of student performance.

The framework of learning outcomes makes available to the teacher concepts and language
for recognising and describing what a student knows and can do. Learning the structure, language
and concepts of the framework therefore is a key aspect of planning for teacher observation, as it is
too for teaching.
Factors Affecting Validity of Teacher Observations and What to Do About Them:
Teacher observations will be valid to the extent that the evidence is appropriately recorded
and interpreted, that is, whether: the recorded evidence accurately represents the observed student
performance and the interpretation (judgment) of this evidence is justifiable.
SELF-ASSESSMENT
Self-assessment could mean that students simply check off answers on a multiple-choice test
and grade themselves, but it involves much more than that. Self-assessment is more accurately
defined as a process by which students 1) monitor and evaluate the quality of their thinking and
behaviour when learning and 2) identify strategies that improve their understanding and skills. That
is, self-assessment occurs when students judge their own work to improve performance as they
identify discrepancies between current and desired performance. This aspect of self assessment
aligns closely with standards based education, which provides clear targets and criteria that can
facilitate student self-assessment.
The Self-Assessment Process:
Self-monitoring, a skill necessary for effective self-assessment, involves focused attention to
some aspect of behaviour or thinking. Self-monitoring students pay deliberate attention to what they
are doing, often in relation to external standards. Thus, self monitoring concerns awareness of
thinking and progress as it occurs, and as such, it identifies part of what students do when they self-
assess.
Implications for Practice:
For classroom teachers, student self-assessment develops an awareness of which
metacognitive strategies to use and when to use them. Teachers and students learn these skills when
they establish clear learning goals and articulate evaluative criteria that enable students to assess
their own work. Those practices engage students as they actively participate in the learning process
and become more connected and committed to the learning outcomes. Student self-assessment also

mandates that teachers learn to pass the evaluative responsibilities to their students by scaffolding
and modeling goal setting, evaluation, strategy adjustment, and reflection.
ANECEDOTAL RECORDS
Anecdotal records are systematically kept notes of specific observations of student behaviors,
skills, and attitudes in the classroom. Anecdotal records provide cumulative information regarding
progress, skills acquired, and directions for further instruction. Anecdotal notes are often written as
the result of ongoing observations during the lessons but may also be written in response to a
product or performance the student has completed. Systematic collection of anecdotal records on a
particular student provides excellent information for evaluation of learning patterns and consistency
of student progress. Well-kept anecdotal records provide a valuable, practical, and specific reference
about a student.
Anecdotal notes are used to record specific observations of individual student behaviours,
skills and attitudes as they relate to the outcomes in the program of studies. Such notes provide
cumulative information on student learning and direction for further instruction. Anecdotal notes are
often written as the result of ongoing observations during the lessons but may also be written in
response to a product or performance the student has completed. They are brief, objective and
focused on specific outcomes. Notes taken during or immediately following an activity are generally
the most accurate. Anecdotal notes for a particular student can be periodically shared with that
student or be shared at the student’s request. They can also be shared with students and parents at
parent–teacher–student conferences.
The purpose of anecdotal notes is to:
1. provide information regarding a student's development over a period of time
2. provide ongoing records about individual instructional needs
3. capture observations of significant behaviours that might otherwise be lost
4. provideongoing documentation of learning that may be shared with students, parents and
teachers.

CHECKLISTS, RATING SCALES AND RUBRICS
Checklists, rating scales and rubrics are tools that state specific criteria and allow teachers
and students to gather information and to make judgements about what students know and can do in
relation to the outcomes. They offer systematic ways of collecting data about specific behaviours,
knowledge and skills.
The quality of information acquired through the use of checklists, rating scales and rubrics is
highly dependent on the quality of the descriptors chosen for assessment. Their benefit is also
dependent on students’ direct involvement in the assessment and understanding of the feedback
provided.
The purpose of checklists, rating scales and rubrics is to:
• provide tools for systematic recording of observations
• provide tools for self assessment
• provide samples of criteria for students prior to collecting and evaluating data on their work
• record the development of specific skills, strategies, attitudes and behaviours necessary for
• demonstrating learning
• clarify students' instructional needs by presenting a record of current accomplishments.
Developing Checklists, Rating Scales and Rubrics
• Use checklists, rating scales and rubrics in relation to outcomes and standards.
• Use simple formats that can be understood by students and that will communicate
information about student learning to parents.
• Ensure that the characteristics and descriptors listed are clear, specific and observable.
• Encourage students to assist with constructing appropriate criteria. For example, what are the
descriptors that demonstrate levels of performance in problem solving?
• Ensure that checklists, rating scales and rubrics are dated to track progress over time.
• Leave space to record anecdotal notes or comments.
• Use generic templates that become familiar to students and to which various descriptors can
be added quickly, depending on the outcome(s) being assessed.
• Provide guidance to students to use and create their own checklists, rating scales and rubrics
for self-assessment purposes and as guidelines for goal setting

Checklists usually offer a yes/no format in relation to student demonstration of specific criteria.
This is similar to a light switch; the light is either on or off. They may be used to record observations
of an individual, a group or a whole class.
Rating Scales allow teachers to indicate the degree or frequency of the behaviours, skills and
strategies displayed by the learner. To continue the light switch analogy, a rating scale is like a
dimmer switch that provides for a range of performance levels. Rating scales state the criteria and
provide three or four response selections to describe the quality or frequency of student work.
Teachers can use rating scales to record observations and students can use them as self
assessment tools. Teaching students to use descriptive words, such as always, usually, sometimes
and never helps them pinpoint specific strengths and needs. Rating scales also give students
information for setting goals and improving performance. In a rating scale, the descriptive word is
more important than the related number. The more precise and descriptive the words for each scale
point, the more reliable the tool.
Effective rating scales use descriptors with clearly understood measures, such as frequency.
Scales that rely on subjective descriptors of quality, such as fair, good or excellent, are less effective
because the single adjective does not contain enough information on what criteria are indicated at
each of these points on the scale.
Rubrics use a set of criteria to evaluate a student's performance. They consist of a fixed
measurement scale and detailed description of the characteristics for each level of performance.
These descriptions focus on the quality of the product or performance and not the quantity; e.g., not
number of paragraphs, examples to support an idea, spelling errors. Rubrics are commonly used to
evaluate student performance with the intention of including the result in a grade for reporting
purposes. Rubrics can increase the consistency and reliability of scoring.
Developing Rubrics and Scoring Criteria
Rubrics are increasingly recognized as a way to both effectively assess student learning and
communicate expectations directly, clearly and concisely to students. The inclusion of rubrics in a
teaching resource provides opportunities to consider what demonstrations of learning look like, and
to describe stages in the development and growth of knowledge, understandings and skills. To be
most effective, rubrics should allow students to see the progression of mastery in the development of
understandings and skills.

Rubrics should be constructed with input from students whenever possible. A good start is to define
what quality work looks like based on the learning outcomes. Exemplars of achievement need to be
used to demonstrate to students what an excellent or acceptable performance is. This provides a
collection of quality work for students to use as reference points. Once the standard is established, it
is easy to define what exemplary levels and less-than-satisfactory levels of performance look like.
The best rubrics have three to five descriptive levels to allow for discrimination in the evaluation of
the product or task. Rubrics may be used for summative purposes to gauge marks by assigning a
score to each of the various levels.
ASSESSMENT TOOLS FOR AFFECTIVE DOMAIN
The affective domain is a part of a system that was published in 1965 for identifying
understanding and addressing how people learn. This describes learning objectives that emphasize a
feeling tone, an emotion, or a degree of acceptance or rejection. It is far more difficult domain to
objectively analyze and assess since affective objectives vary from simple attention to selected
phenomena to complex but internally consistent qualities of character and conscience. Nevertheless,
much of the educative process needs to deal with assessment and measurement of students’ abilities
in this domain.
ATTITUDE SCALES
An attitude scale is a special type of questionnaire designed to produce scores indicating the
intensity and direction (for or against) of a person’s feelings about an object or event.Attitude scales
are often used in attitude change experiments.One group of people is asked to fill out the scale twice,
once before some event, such as reading a persuasive argument, and again afterward. A control
group fills out the scale twice without reading the argument. The control group is used to measure
exposure or practice effects. The change in the scores of the experimental group relative to the
control group, whether their attitudes have become more or less favorable, indicates the effects of
the argument.
Some Important Characteristics of Attitude Scales
• A questionnaire is prepared; by the items in the questionnaire assess the attitude of an
individual towards a matter, thing, an object or system and score is allotted for each item.
• The individual is asked to express his response towards an object or system, on the basis of
his responses, he is assigned a score which indicates the position.

• Some relevant and indirect statements can also be used to reveal the attitude.
• The scale also specifies the crucial shades of opinions.
• Most of the scales used are ordinal in nature, though there is attempt to treat the resulting
data as intervally scaled.
• The simplest possible type of such scale has the respondent classifying the
object/issue/product/himself into one among two dichotomous categories.
• The attitude measurement scales can be categorised into those which are unidimensional in
nature and those which are multidimensional. The different type of single dimensional
attitude measurement scales which are available are graphical and numerical scales,
summated scales, paired comparisons, equal-appearing intervals.
MOTIVATION SCALES
The Motivation Assessment Scale (MAS) is a rating scale that assesses functions of problem
behavior in individuals with developmental disabilities through informant responses. It includes 16
questions and is comprised of four subscales that each represents a possible function of the behavior:
attention, escape, sensory, and tangible. Each question has six response options (0 = never, 1 =
almost never, 2 = seldom, 3 = half the time, 4 = usually, 5 = almost always, and 6 = always). Scores
are calculated by summing the item ratings within a particular subscale/function and calculating the
mean rating for that subscale. High scores for one or more of the subscales suggest that those
functions may be maintaining the individual’s problem behaviour although the authors of the
instrument do not specify what constitutes a high score.
PRINCIPLES OF TEST ITEMS CONSTRUCTION
Planning for the test:
• Outline subject matter content to be considered as the basis for the test.
• identify learning outcomes to be measured by the test.
• Prepare table of specifications.
• Choose appropriate type(s) of test items for evaluation of learning outcomes as
• summarized in the table of specifications.
Preparing the test:
• Write test items according to rules of construction for the type(s) chosen.
• Select the items to be included in the test according to table of specifications.

• Review and edit items according to guidelines.
• Arrange items: decide on a) grouping of items, b) sequence of items within groups, c)
sequence of groupings.
• Prepare directions for the test; if necessary, prepare directions for individual items (e.g.,
• matching type) or for sections (e.g., negative form of onebest response type).
• Decide on method of scoring.
Analyzing and revising the test:
• Perform test analysis to determine difficulty, discrimination and reliability.
• Retain, edit as necessary, or discard items on basis of analysis outcomes.
• Revise the test as a whole if necessary.
QUESTIONS FOR DISUCSSION AND REFLECTION
1. Explain the importance of teacher observations.
2. Give a brief note on anecdotal record.
3. Describe the characteristics of Attitude Scales.
4. Explain Rubrics with suitable examples.
5. List out the principals of constructing test items.

UNIT - 4: ISSUES IN CALSSROOM ASSESSMENT
Objectives
• To understand the major issues and commercialization of assessment
• To under about the poor test quality
• To know the reforms in assessment
• To know about open book and online examinations
• To know examination reforms reports
MAJOR ISSUES AND COMMERCIALIZATION OF ASSESSMENT
POOR TEST QUALITY
Validity
Validity is arguably the most important criteria for the quality of a test. The term validity
refers to whether or not the test measures what it claims to measure. On a test with high validity the
items will be closely linked to the test's intended focus. For many certification and licensure tests
this means that the items will be highly related to a specific job or occupation. If a test has poor
validity then it does not measure the job-related content and competencies it ought to. When this is
the case, there is no justification for using the test results for their intended purpose. There are
several ways to estimate the validity of a test including content validity, concurrent validity, and
predictive validity. The face validity of a test is sometimes also mentioned.
Reliability
Reliability is one of the most important elements of test quality. It has to do with the
consistency, or reproducibility, or an examinee's performance on the test. For example, if you were
to administer a test with high reliability to an examinee on two occasions, you would be very likely
to reach the same conclusions about the examinee's performance both times. A test with poor
reliability, on the other hand, might result in very different scores for the examinee across the two
test administrations. If a test yields inconsistent scores, it may be unethical to take any substantive
actions on the basis of the test. There are several methods for computing test reliability including
test-retest reliability, parallel forms reliability, decision consistency, internal consistency, and
interrater reliability. For many criterion-referenced tests decision consistency is often an appropriate
choice.
Fairness

The fairness of an exam refers to its freedom from any kind of bias. The exam should be
appropriate for all qualified examinees irrespective of race, religion, gender, or age. The test should
not disadvantage any examinee, or group of examinees, on any basis other than the examinee's lack
of the knowledge and skills the test is intended to measure. Item writers should address the goal of
fairness as they undertake the task of writing items. In addition, the items should also be reviewed
for potential fairness problems during the item review phase. Any items that are identified as
displaying potential bias or lack of fairness should then be revised or dropped from further
consideration.
Legal Defensibility
For an exam program to have legal defensibility there must be evidence as to the test’s
quality that would stand up in a court challenge. You will need to be able to provide evidence that
sound, professionally recommended guidelines were followed throughout the design, development,
and maintenance of the exam program. Professional guidelines for testing are offered by the
American Psychological Association (APA), American Educational Research Association (AERA),
and the National Council on Measurement in Education (NCME). Studies should also be conducted
to investigate and confirm that the test has reasonable degrees of validity, reliability, and fairness.
Among the most important elements that courts look for are a well-conducted job analysis and
strong content validity (that is, the items need to have a high degree of “job relatedness”). Finally,
good documentation of the design, development, and analysis of the exam program should be
collected and maintained.
OPEN BOOK AND ONLINE EXAMINATION
Open Book System Advantages and Disadvantages Advantages:
Students are not required to engage in parroting of concepts, if they understand the concept
they would answer correctly. This will remove tension of examination which has become integral
part of normal education system. Those students who are intelligent but don’t like to put in extra
hard work in memorizing the concepts, facts and other data would enjoy this system. It is highly
likely that more and more students would continue their education as the passing percentage would
go up.
Disadvantage:

The students would stop studying and simply copy from the open book provided at the
examination hall. It would be really tough to control the secret discussions between students who
would cheat their way to success. The number of pass outs would increase and the students who pass
out the exam of 12th board through open book would demand similar type of arrangement in higher
studies and later on even in jobs they would demand the provision of open book. Simply imagine a
surgeon who turns the pages of the book while performing surgery on his patients. Board
examinations would lose their importance and no one would like to assess the ability and
competence of an individual on the basis of marks or grade of the CBSE board.
ADVANTAGES AND DISADVANTAGES OF ONLINE TESTING
Advantages
• Although creating online tests is labor-intensive, once a test is developed in Blackboard, it is
relatively easy to transfer it and repeat it in other Blackboard courses.
• Blackboard allows for a high degree of customization in the feedback students get in
response to each answer that they submit. As an instructor, you could leverage this tool as
another way to engage with students about course content.
• Online tests are asynchronous and can be accessed on a variety of devices. If students buy the
Blackboard mobile app, they can even take a test from their smartphone. The flexibility
offered by online testing can be a great solution for learners with busy schedules or when
unexpected class cancellations occur.
• While it is hard to prevent cheating, Blackboard tests do offer many settings for instructors to
randomize questions, impose test taking time limits, and restrict attempts. However, make
sure to explain all the settings to students before they begin taking the test.
• Testing in an online environment can be a lot more interactive than traditional paper and pen
tests. Instructors can embed multimedia in test questions to provide more engaging
assessments. For example, students may be asked to identify a particular area of an image by
directly clicking on it instead of having to answer in written form.
• In all likelihood, students are already using online tools as study aids for their courses.
Instructors can better serve students by providing them with custom made study aids like
online practice tests, rather than entrusting students to rely on outside resources that may not
be valid sources of information.
• For objective question types like multiple-choice, Blackboard will automatically grade
student responses, saving time for the instructor and providing more immediate feedback to
students.

• Online tests can be more accessible to students with disabilities who have assistive
technologies built into their computers than hand written tests are.
Disadvantages
• Unlike collaborative, project-based online assessments, multiple choice or essay tests online
can feel even more impersonal than they do in the classroom which may contribute to an
online student’s sense of isolation.
• While it is tempting to use the multiple choice quizzes provided by the textbook publisher,
these types of assessments lack creativity and may not be suitable to the specific needs of
your learners.
• Creating online tests in Blackboard can be very tedious and time-consuming. It is not as easy
as simply uploading the Microsoft Word version of your test. Instead, instructors have to
copy and paste each question’s text and each individual answer’s text into Blackboard, mark
the correct answers, and customize feedback and setting options.
• Some students will not be accustomed to taking quizzes and tests online, and they may need
some hand-holding early in the semester before they feel comfortable with the technology.
• Cheating on an online test is as simple as opening up another window and searching Google
or asking a classmate for the correct answers. Furthermore, cheating on online multiple
choice tests is near impossible for the instructor to prevent or catch.
• Though the technology that makes online tests possible is a great thing, it can also cause
problems. If you do online testing, have a back-up plan for students who have technical
difficulties and be ready to field some frantic emails from students who have poor internet
connections or faulty computers.
EXAMINATION REFORMS IN INDIA
“If we are to suggest one single reform in University Education, it should be that of
examinations.”-Radha Krishnan Commission, 1948. Problem of examination is the most taxing
problem of education. The unfortunate consequences of the present system of examinations are
before our eyes. If we can solve it satisfactorily, there will be a great relief to the students and the
very face of education will be different.

In order to reform the examination system in our country, the Mudaliar Commission laid
stress on the use of objective type tests and internal assessment. Kothari commission too repeated
these reforms. This Commission boldly suggested that the certificate of the student should bear his
complete performance but there should be no remark to the effect that he has passed or failed in the
whole examination. This is very good suggestion and can be easily implemented.
As the first practical step in changing the present pattern of examinations, the All India
Council for Secondary Education was set up by the Central Ministry of Education in October 1995.
It gave top priority consideration to resolve the problem of examination system. The well-known
International Commission on Education sponsored by UNESCO in 1992, gave their valuable
comments and suggestions for reforming the system of examination.
The National Policy on Education, 1986 emphasized on continuous and comprehensive
evaluation and the introduction of semester system from the secondary stage.
The National Policy on Education, 1986 recommended a new approach to examinations in the
following words:
1. “Assessment of performance is an integral part of any process of learning and teaching. As part of
sound educational strategy, examinations should be employed to bring about qualitative
improvement in education.
2. The objective will be to recast the examination system so as to ensure a method of assessment that
is a valid and reliable measure of student development and a powerful instrument for Improving
teaching and learning; in functional terms, this would mean:
(i) The elimination of excessive element of chance and subjectivity;
(ii) The de-emphasis of memorization;
(iii) Continuous and comprehensive evaluation that incorporates both scholastic and non-scholastic
aspects of education, spread over the total span of instructional time.
(iv) Effective use of the evaluation process by teachers, students and parents
(v) Improvement in the conduct of examination;
(vi) The introduction of concomitant changes in instructional materials and methodology;
(vii) Instruction of the Semester system from the secondary stage in a phased manner, and
(viii) The use of grades in place of marks.
3. The above goals are relevant both for external examinations and evaluations within educational
institutions. Evaluation at the institutional level will be streamlined and the predominance of external
examinations reduced. A National Examination Reform Framework would be prepared to serve as a

set of guidelines to the examining bodies which would have the freedom to innovate and adapt the
framework to suit the specific situations.”
The Programme of Action (POA) suggested several specific short- term and long-term measures for
carrying out examination reform at the school level as well as at the university level. It also
suggested that, “to formulate a national examination reform work the Department of Education
would, inter-alia, constitute an inter institutional Committee with representations from UGC,
NCERT, AICTE and state level organisations including Board of Secondary Education. ” the POA
has also made some strategies for implementation
(A) ELEMENTARY STAGE:
1. The Minimum levels of Learning (MLLs) in language Tongue), Mathematics and Environmental
Studies for classes 1 to V have been developed by MHRD at the national level. Similar exercise to
develop these in the remaining area and classes of elementary curriculum will be carried out.
2. Since no detention policy is envisaged at the primary stage, the main function of evaluation will
be diagnostic in nature so as to provide remedial help to the pupils.
3. The concerned agency in each state will prepare a flexible scheme of Continuous Comprehensive
Evaluation (CCE) at the elementary stage, so as to make the evaluation process an integral part of
teaching and learning at this stage.
(B) SECONDARY STAGE:
1. Each State Board will lay down expected levels of attainments at classes IX to XII and prescribe
appropriate courses, of studies to accomplish these levels in terms of knowledge and / or
comprehension, communication skills, understanding, application, analysis, synthesis, judgements
etc.
2. In each state, the concerned agency will prepare a flexible scheme of continuous comprehensive
Examination for the secondary/ senior secondary stage to suit a variety of specific situations
obtaining in different regions and types of schools. Certain models have been developed by NCERT
and other agencies which could be looked into for guidance.
(C) HIGHER EDUCATION STAGE:
1. Selection tests for admissions to all professional and technical courses will be conducted on an all-
India basis.

2. Each University will prepare broad guidelines for grading to be followed by individual colleges/
institutions and departments under its jurisdiction. Orientation programmes may be organised to
familiarize the teachers with the grading system.
3. The movement towards entrance tests for admission to institutions of higher education will be
encouraged and promoted by UGC and State Government. The services of the National Evaluation
Organisation (NEO) should be utilized by the university system for developing, designing and
administering entrance tests for admission.
Besides the above strategies for different stages, the POA (1986) has also envisaged the following
strategies which are common for all stages:
1. The emphasis will be laid on testing of expected levels of achievement of a variety of learning
objectives in order to ensure due importance to higher abilities of understanding, application,
analysis, synthesis, judgement and parallel parameters and not only to memory.
2. The Semester system introduced at the secondary stage and onwards should provide for flexibility
in the combination of courses and accumulation of credits to enable the pupils to proceed at their
own pace resulting in upward and horizontal mobility of the students across the country.
3. Appropriate courses in examination reform will be developed by Indira Gandhi National Open
University through distance education mode in collaboration with NCERT for large scale training of
different kinds and levels of personal.
4. An Examination Reform Centre will be established at the UGC for coordination, documentation
and dissemination of information one examination reforms in higher education. Similarly, NCERT
would perform this function at school stage.
5. Some laws will be introduced in the legislation regarding various malpractices connected with
examinations. Such laws will make provision to prescribe the nature and type of punishment for
various offences under the law.
6. A strong and coordinated effort should be made by the Centre and State Government regarding
the monitoring and evaluation of the reforms in examinations and evaluation. Following up on NPE,
1986, NCERT conducted a National Seminar on Examination Reforms and issued certain guidelines
to the States, principally covering the subjects of scaling and grading, continuous comprehensive
internal evaluation, setting up of balanced question papers etc.
Examination reforms having been recommended consistently by various Committees and
Commissions over the years, steps for the same have been taken differently in different states.
Regarding examination reforms, the National Policy on Education Review Committee (NPERC)
under the chairmanship of AcharyaRamamurty in 1990, exhaustively reviewed the observations and

recommendations made by different Committees and Commissions. During the course of the review,
the NPERC also referred to the provision of NPE in regard to evaluation process and examination
reforms. The NPERCA also presented the status of the examination reforms in different states at the
University and school levels.
The NPERC states that “Examination reform cannot be construed as an isolated activity to bring
about process orientation. It has to go as a package along with reform in the structuring of courses
and flexibility for students to avail of the restructured courses according to their convenience. ”
Following were the recommendations of nperc regarding the examination reforms:
1. The examination reform should be construed as a package.
2. The packages as a whole should be implemented instead of in piecemeal and ad hoc
implementation of individual elements.
3. Implementation of the package suggested by the NPERC, bristled with practical problems such as
the vast diversities in the education system and the wide spread apprehensions about the credibility
of the internal evaluation process.
4. The need to constitute a high level National Examination Reforms Commission to coordinate and
monitor and progress, in Examination Reforms at various levels. The NPERC came to the
conclusion that the elements of examination reforms were implemented piece-meal and without due
coordination and consequently the system of examination was dictating and distorting the character
and quality of education.
The Central Advisory Board of Education (CABE) under the chairmanship of Sri N.
Janardhan Reddy, former C.M. and Minister of Education, AP in 1991 reviewed the implementation
of various parameters of NPE, taking into consideration the report of the NPERC and stated that.
“Examination reforms have necessarily to be contextual and evolutionary. The essentiality of
examination reforms cannot be overstated. We do feel that rather than leaving examination reforms
to the individual initiatives and inclinations of the examining bodies, a strong and coordinated effort
should be made by the Centre and the State Governments in this area. The ideal underlying the
constitution of an Examination Reforms Commission is appealing. However, rather than creating yet
another institution, we suggest that the NCERT and the UGC should play a lead role in promoting
and guiding examination reforms in school and higher education systems respectively. Inter alia, the
following measures are suggested “.
(i) Preparation of status report of examination reform measures under/ taken by the examining
bodies.

(ii) Preparation of a National Examination Reform, Framework to serve as a set of guidelines to the
examining bodies which would have the freedom to innovate and adopt the framework to suit the
specific situation.
(iii) Developing an effective mechanism for coordination, monitoring and evaluation of the
implementation of the examination reforms by the different examining bodies.
(iv) Documentation and dissemination of innovations and measures for examination reforms.
From the above discussion, it is found that after the dawn of independence, when the slogan of
reorientation of education came from all quarters, the case for examination reform received proper
place. So reforms in examination have been a subject of serious discussion for long. Examination
reform has been a subject of almost consistent consideration by various committees and
commissions appointed by the Government of India from time to time.
The justification for examination reforms arises from academic considerations. “Examination
along with teaching and learning, in fact, constitute the trinity of functions in the educational
process. Examinations over the year have tended to be an instrument for testing memory. Learning
has become a rather mechanical process of acquiring skills and teaching has been largely a process
of coaching for examinations. The relationship between examinations and standards of teaching and
learning are intimate. Improvement in any one of these aspects results in improvement of other
aspects as well. Therefore, the objective of examination reform is to make it an instrument of good
education.”
Again the NPERC states that “Examination reforms also have their justification from the
point of view of equity and social justice. The examination system tilts heavily in favour of the
privileged, who have access to certain facilities; such as special teaching learning material, special
coaching etc. It is inter alia, to rectify this inequitable tilt that examination reforms have been
suggested.”
The recommendations of various Committees and Commission focused attention on
reforming examination. But most important is the review of the implementation of various
parameters of NPE taking into consideration the report of the NPERC particularly in relation to
examination reforms. Still then, the disease is too acute to find remedy in piece-meal reforms. Some
revolutionary changes, as suggested by National Policy on Education, 1986 is the only solution.
QUESTIONS FOR DISUCSSION AND REFLECTION
1. Discuss the major issues and commercialization of assessment.
2. List out advantages and disadvantages of open book examination.
3. Describe the important of reforms is assessment

4. Explain the procedure for online examinations.
5. Describe the various reports on examination reforms.
UNIT - V- ASSESSMENT IN INCLUSIVE PRACTICES
OBJECTIVES
The student-teachers will be able
i. to acquire knowledge about differentiated assessment and culturally responsible assessment.
ii. to understand the uses of tests for learner appraisal.
iii. to know, understand, and construct the achievement test and diagnostic test.
iv. to ensure fairness in assessment and to enhance confidence in learning.
v. to gain knowledge about scoring key and marking scheme.
DIFFERENTIATED ASSESSMENT
• Is not just a test at the end of a unit. It is ONGOING. Its purpose is to screen and identify
those who need assistance or to help plan instruction. It provides feedback for both teacher
and student.
• Reflects students learning, achievement, motivation and attitudes on instructionally relevant
classroom instruction.
• Provides multiple ways for students to demonstrate their learning: test (individual as well as
partner/group tests), observation, interviews, self-evaluations, and many other formats to be
discussed in this section.
Identifies both what is right and what is wrong, and suggest how to fix what is wrong.
Assessment should be linked to
• The method of performance
• Student learning styles
• The level of cognitive ability (Bloom’s or another)
• Student skill level

Pre-Assessment
Pre-Assessment: A formal or informal test administered to pinpoint what the learner knows
about an upcoming standard, skill, topic or concept. The teacher analyzes the data to identify each
student’s background knowledge, prior experiences, abilities, interests, and attitudes in relation to
the new learning.
The most useful pre-assessment data is gathered 1-2 weeks prior to planning the unit. This
gives the teacher time to analyze each student’s strengths and needs for the upcoming unit. The type
of assessment is crucial because the results are used to plan lessons for individuals in the
differentiated classroom. By identifying strengths and weaknesses ahead of time, the teacher works
smarter, not harder.
Instructional Benefits of Using Pre-Assessment
Reveals the student’s knowledge base related to the upcoming topic or skill .
Pinpoints the learner’s knowledge on standards, concepts and objectives.
Reveals specific needs for re-teaching, grade-level instruction, or enrichment.
Reveals student’s interests, talents, attitudes, likes/dislikes, feelings/emotions.
Guides the teacher in selecting or designing the most appropriate instructional strategies to
accommodate identified individual and group needs.
Teacher’s Role
Pre-assess students1-2 weeks prior to new unit of study.
Decide how pre-assessment tools will optimize planning for individual needs.
Plan lessons and activities for individuals and small groups based on their current knowledge
levels.
Use pre-assessment as a promo for an upcoming topic or skill.
Develop a repertoire of formal and informal pre-assessment tools, and let the data needed
determine which tool to use in any given situation.
Student’s Role
Show what you know and what you do not know so you can learn more.
Search your memory bank to reveal experiences to link to the lesson
Share personal knowledge and experiences related to the topic on the assessment.
Realize any negative experience you had with a topic or skill in the pas can be replaced with
a positive experience.
Identify areas of interest to explore during the upcoming study.
Formative Assessment
Formative Assessments are
For Learning – The purpose of formative assessment is to enhance learning not to allocate grade.
Summative assessments are designed to allocate grades. The goal of formative assessment is to
improve; summative assessment to prove.
Embedded in Instruction – Formative assessment are considered a part of instruction and the
instructional sequence. What students and taught is reflected in what they are assessed.

They produce
Non-threatening Results – Formative assessments are scored but not graded. Students mark
their own work and are encouraged to raise questions about the assessment and the material covered
by the assessment.
Director and Immediate Feedback – Results for formative assessments are produced on the spot;
teachers and students get them immediately, Teachers get a view of both individual and class
performances while students learn how well the have done.
Structured Information – Teachers can judge success and plan improvements based on the
formative results. Students can see progress and experience success. Both teachers and students learn
from the assessment results.
Ways to Improve – Summarized formative results provide a basis for the teacher to re-visit topics in
the unit if necessary. Individual student response provides a basis for giving students additional
experiences in areas where they performed less well.
Summative Assessment
Summative Assessments are given periodically to determine at a particular point in time what
students know and do not know. Many associate summative assessments only with standardized
tests such as state assessments, but they are also used at and are an important part of district and
classroom programs. Summative assessment at the district/classroom level is an accountability
measure that is generally used as part of the grading process. The list is long, but here are some
example of summative assessments;
• Performance Tasks/Demonstrations
• Portfolio Review
• State assessments
• Districts benchmark or interim assessments
• End-of-unit or chapter tests
• End-of-term or semester exams
• Scores that are used for accountability for school(AYP) and students (report card grades)
Summative Assessments….
• Should reflect assessments that precede it
• Should match the material taught
• May determine a student’s exit achievement
• May be tied a final decision, grade, or report.
The key is to think of summative assessment as a means to gauge, at a particular point in time,
student learning relative to content standards. Although the information that is gleaned from this
type of assessment is important, it can only help in evaluating certain aspects of the learning process.
Because they are spread out and occur after instruction every few weeks, months, or once a year,
summative assessments are tool to help evaluate the effectiveness of programs, school improvement
goals, alignment of curriculum, or student placement is specific programs. Summative assessments
happen too far down the learning path to provide information at the classroom level and to make
instructional adjustments and interventions during the learning process. It takes formative
assessment to accomplish this.

Summative Assessment Ideas
“Good summative assessment-tests and other graded evaluations –must be demonstrably
reliable, valid, and free of bias” (Angelo and Cross 1993). As a greater number of provinces begin
placing emphasis on summative assessment (Activities which assess the students’ mastery of a larger
unit of material), there is a great opportunity for teachers to be creative. Summative assessments can
not only evaluate the students’ knowledge base, but also tap into their creativity and allow for extra
research.
Remember that many activities (such as creating a brochure) can be used at any grade level as long
as the expectations are adjusted accordingly, or extra resources made available for the younger
grades.
Arts-Based Assessments
• Create a collage
• Docudrama
• Story board/Commercial
• Brochure
• Poster
• Bulletin board design
• Scrapbook
• Encyclopedia of definitions, historical references, and images
• Model-making/scale model
• Music. (Compose a pieces of music based on the topic
Design and create a CD (choose music and design the CD cover) of the topic’s music)
Activity-Based Assessments
Debate
• Recreate a historical debate
• Debate on the pros and cons of the topic
Thinking skills assessments
Concept mapping
• Create a concept map of the terms and concepts learned in this unit
Map making
• Create a concept map of the terms and concepts learned in this unit.
Media analysis
• Comment on the portrayal of the topic in the media (articles, advertisements)
Visual/Graphics organizer
Creative writing
• Write a work of fiction
• Creative writing
Reading response

Read an article on a given topic and write a response
Technology & Media- Based Assessments
Multi-media presentation
Create a power point presentation based on research topic
Create a presentation which includes visual effects, audio effects, and a physical demonstration.
What is a Grade?
From a learner’s perspective, we should seek to ensure that grades
Keep the success to effort ration in balance. Grade contribute to the student’s sense that when they
work hard, something good generally comes out of it.
Ensure that students develop a growth mindet. Grades, in conjunction with tasks and experiences,
contribute to student trust that sustained effort and hard work make most things possible.
From a parent’s perspective, we should seek to ensure that grades
Communicate clearly. A parent can trust that the grade is a very accurate representation of just what
a student knows, understands and can do in a given subject, at a given time, based on clearly
understood criteria.
Support the parents in supporting learning. Grades guide parents in what to do next to encourage
student growth.
From a measurement perspective, we should seek to ensure that grades are
RELIABLE. If we were to use the same measure a couple of days, weeks, or months later, the results
would be relatively the same for a given student.
VALID. We actually measured what we meant to measure.
(Ten Practices That Dilute a Grade’s Validity and Effectiveness): Avoid!
1. Penalizing student’s multiple attempts at mastery
2. Grading practice/home work as students come to know concepts. Feedback; not grades.
3. Withholding assistance (not scaffolding or differentiating) in the learning when it is needed.
4. Group grades
5. Incorporating non-academic factors(behavior, attendance, and effort)
6. Assessing students in way that do not accurately indicate student’s mastery. Student
responses are hindered by the assessment format.
7. Grading on a curve
8. Allowing extra credit
9. Defining supposedly criterion-based grades in terms of norm-referenced descriptions(above,
average, average, etc.,)
10. Recording zeros for work not done.
Achievement, Diagnostic and prognostic Tests in Mathematics

The process of instruction involves three important tasks namely teaching, learning and evaluation
continuous evaluation has become an integral part of instruction so as to continually assess the
achievements of the instructional objectives by the students the effectiveness of the learning
experiences provided and the instructional strategy used by the teacher. A teacher has to devise and
administer a varity of tools and techniques for evaluation. Though a teacher may have to use
techniques and tools such as interview, observation, case study cumulative record, rating scale, and
checklist for a variety of purposes, tests and examination constitute important means to evaluate the
students performance. Test can be used with different objectives.
I. For measuring achievement
II. For diagnosis and
III. For prediction
Based on the function served by tests, they can be broadly classified as achievement tests, diagnostic
tests and prognostic test.
Achievement Tests Diagnostic Tests Prognostic Tests
(for measuring achievement) (for diagnosis) (for predicting)
Future performance.
Fig 1 Classification of Tests
Achievement Tests
The term achievement is often naively understood in terms of pupil’s scores on a certain
school subject. If for instance, a student is tested in two school subjects say Mathematics and
Biological Science and in the former he gets 80% while in the latter he gets 60% marks, it is
understood that his achievement in Mathematics is better than his achievement in biological science.
In other words achievement means one’s learning attainments, accomplishments, proficiencies etc.
According to Denis Baron and Harold W.Bernard, the concept of achievement involves the
interaction of three factors namely, aptitude for learning, readiness for learning and opportunity for
learning. Achievement in education precisely speaking, implies one’s knowledge, understanding or
skills in a specified subject or a group of subjects.
Achievement test constitute an important tool of evaluation. It is necessary for the teacher to
know how far the pupils have attained in a particular subject area the school evaluation programme,
various forms and achievement test are used to measure the accomplishment of the pupils.
Definition
TESTS

According to Downie “Any test that measures the attainments or accomplishment of and
individual after a period of training or learning is call an achievement test” Super D. E
Types of Achievements Tests
Achievement tests as used in schools are of two types;
-Teacher-made achievements tests.
-Standardized achievement tests.
Teacher-made achievements tests are two types.
-Oral tests.
-Written or paper and pencil tests.
Written test can still further be classified as:
-Long answer or Essay type
-Short answer type
-Objective type
Oral Tests
Oral tests are used extensively in the lower classes as well as in the high school. Most mathematical
teachers make use of oral tests to develop the mental skills necessary for increasing speed and
accuracy and habit formation.
Advantages of Oral Tests
In the past, the classroom teacher relied very heavily on the oral work of his pupils in order to arrive
at an estimate of the extent to which they mastered the work of his course. The value of the oral
examination is quite apparent. Unlike the situation with written examination, which assumes that the
examine understands the questions, the oral examiner can pose a question and modify the same if it
is not understood. Because of this flexibility, the examiner can probe the depth of student’s
understanding better through an oral test.
The probing results not only in a more specific answer but also gives some indication of the thought
process used by the students in answering the questions. The teacher can ask for clarification, is
needed oral tests help the teacher to evaluate how well a pupil can synthesise, integrate and organize
Teacher-made achievement test
Oral Test Written Test
Essay Type Short Answer Type Objective
Type

the materials that he learnt. It becomes a valuable tool for the diagnosis of pupil’s difficulties. Skilful
questioning by the teacher to may help the pupil to apply known mathematical principles and
formulae to a new situation. Oral tests are very valuable for a teacher of mathematics.
Disadvantages
Nevertheless there are serious of oral examination which in habit its use. Probably the most
prominent weakeness is the unreliability of the oral tests. Such factors as lack of precision in
actually conducting an oral examination. Failure to pre-plan the questions, prejudices of the teachers
and so on serve to detract from the usefulness of this technique. Moreover, it is time consuming and
it may be difficult to test each student over the entire are under study.
Written Tests
Written test used by teachers for measuring pupil achievement may be classified as essay
examination or short answer examination. The latter are often referred to as “objective” or “new
type” tests.
Essay Type Tests
The essay type examination may be defined as a relatively free written response to a problem
situation or situations in which the written answer intentionally or unintentionally reveals evidence
regarding the functioning of the pupil’s mental powers as they have been modified by the particular
acts of learning experience. Hence, the essay examination, when properly analysed by the scorer,
reveals information regarding selected aspect of organization and functioning of the pupils to
discuss, compare, give reasons and the like, requires the formulation of an extended verbal answer to
the question. The essay examination has survived the continued criticism of the experts in
educational measurement and remains an approach widely used by classroom teachers in
achievement testing.
The relative popularity of the essay examination is not difficult to understand. The most
widely used tests are those which are prepared, administrated, scored and interpreted by the
classroom teacher. They are generally constructed for use only with those pupils enrolled in the
course taught by the teacher who prepares the tests. He may have many purposes in mind in
administering the tests- tom motivate the pupil, to determine the success with which he has taught a
unit of subject matter, to encourage additional reading and so on.
Advantages of Essay Examination
Higher mental processes such as application, analysis, synthesis, evaluation, formulating
hypotheses, problem solving etc. can be easily tested by easy type examinations. It is rather
impossible to test mental processes by objective type test. For example, a multiple choice type can
serve only as a means for collecting evidence concerning how well the pupil can judge the tests of
several alternative hypotheses such a higher mental process as formulating hypotheses through an
objective type item. The student’s ability to organize and express is ideas effectively is another
objective possible for the teacher to direct the attention of the pupil to large segments and integrated
units of the subject matter.

Essay examinations may be used to arrive at an estimate of the creative ability of the pupil
The pupils response to essay examination has also been looked upon as a source from which
the teacher could gain some insight into his personality.
Limitations of Essay Type Examination
Lack of objectivity and Reliability is Scoring
One of the important characteristics of any test is the consistency with which competent
examiners evaluate the responses of the examinees. The principal criticism of the essay examination
has been directed to this point that the evaluation of the answers to essay questions is not objective
(i.e marked variability in the marks or grades allotted to the same paper by two or three examiners).
This may be because the scorers disagree concerning the objective which is being measured,
selection and presentation of facts, interpretation or use of language etc.,
Influence of other extraneous elements (subjectivity)
Extraneous elements like the moods of the examiners, impressions created by the examinee, use of
flowery and attractive language, comparison of the answer scripts by the examiners et, can affect the
scoring resulting in greater subjectivity.
Limited Sampling of the Content
The essay examination has also been criticized on the grounds that the sampling of content or
range of information tested is narrower than it is in objective examination.
Emphasis on Rote Memorisation
Another criticism leveled against essay examinations constructed by teachers is that
emphasis is placed upon the recall of more or less specific information which can be validly and
reliably measured by objective type test items than by a free response essay examination. These type
of tests rather encourage rote memorization.
Danger of Bluffing
There is a danger of bluffing in the essay examination as the examiner can be easiy misled by
other extraneous elements such as flowery language, neat presentation etc, without presenting any
substantial information as required by question.
Difficulty of Scoring
Since the answers are not specific and uniform, scoring of essay type examination is a
difficult task.
Selective Learning
Essay type examination encourages selective learning as the sampling of the content is
limited and it covers only a few selected content areas.

Suggestions for improving Essay Type Examination
- Define the objective of tested by each easy
- Prepare structured questions instead of preparing one long answer question
- Use of scoring key
- Indicate clearly the direction and scope of the responses expected.
Short Answer Type Tests
A question which can be answered in less than for steps may be called a short answer
question. For example, the following questions will be treated as short-answer ones.
Advantage of short answer type tests
• Short answer questions can be easily related to the objectives
• It can be more stimulating for pupils than essay type tests.
• Scoring is reliable and objective
• As the responses are of free response type, they give insight into student’s thought process
and can be used for diagnosis
• It can cover a wider content area and can achieve a more extensive sampling of the content
than the essay type tests.
Objective Type Questions
The easy examination requires formulation of an extended verbal answer to the questions
objective type tests on the other hand consist of questions to which a pupil responds by the selection
of one of several given alternative, or by giving or filling in a word or a phrase or by some other
device which does not call for an extensive written response.
Advantage of Objective type Questions
The objective type tests in comparison with essay examination, possess certain definite
advantages.
Samples: objective type tests generally show much better coverage or total course content
than do easy examinations.
Reliability and Objectivity of Scoring: In view of the fact that the objective type questions
generally have only one acceptable response, objectivity of scoring is reliable. The objective type
tests scoring by different competent examiners would result consistently in the same score.
Difficulty in construction: The preparation of objectives type test generally require
considerably more time and resourcefulness than the development of an essay type test.
Testing complex process: In many classroom situation, the teacher is concerned not only with
the correctness of the pupils’ answers to a questions, but also with the correctness of the thought
process involved in arriving at the correct answer. This and other higher mental abilities like

organization, expression, problem solving etc. cannot be measured through objective type tests. A
comparison of objective type test and essay type examination is given in table 14.2.
Comparison of objective type test and Essay type Examination
Aspects Objective Type Test Essay Type Examination
Outcomes
measured
Good for measuring learning outcomes
of knowledge, comprehension and
application-Inadequate for higher
mental abilities and skills.
Inefficient for measuring knowledge,
good for the assessment of
comprehension, application and
analysis. Best for the appraisal of
synthesis and judgment.
Sampling of
the content
The use of large number of items results
in broad coverage which make
representative sampling of the content
feasible
Use of relatively small number of
items results in limited coverage and
sampling of content
Preparation of
items
Difficult and time consuming Relatively easier to construct
Scoring Objective, easy and highly reliable Subjective difficult and less reliable
Factors
distorting
student’s
scores
Distorted by reading ability and guess
work
Distorted by writing ability and
bluffing.
Probable
effect on
learning
Encourages students to remember,
interpret and analyse the ideas of others
Encourages students to organize,
integrate and express their own ideas
Forms of Objectives Type of Test Items
Objectives type test items can be broadly categorized into supply type and suggested
response type. In supply type items, the testee is required to supply a free response to the test items
whereas in suggested response type, as the name implies, alternative responses are suggested to the
testee, requiring him to select the right response from the given responses. Table.14.3 shows the
classification of the objective type test items.
Table. 2 : Classification of the Objective type test items
Supply type Suggested response type
Completion type of fill in the Blanks Alternative response type (True or False/ Right

or Wrong/ Yes or No)
Very short answer Multiple Choice
Question asking for a one word answer Matching
Completion Type
The completion type requires the pupil to complete the thought or a sentence by filling in the word
or words that have been left or it directs him to respond to a question by writing his answer in the
blank space provided. Because the pupil needs to decide upon his answer and then write it out, a test
composed of completion items takes longer time to administer than the other forms of objective test.
The completion item, however offer a natural form of questioning. It can be used readily with
material calling for specific information. These items are particularly useful for use in Mathematics
and Science where the results of complex reasoning processes can be represented by a law, symbol
or number.
Suggestions for writing completion type questions
- If possible, use a direct question, rather than the complicated declarative sentences.
- The blank must call for a single specific response or the question that can be answered by a
unique word, number or symbol.
- Avoid using statements lifted directly out of the book, since this tends to overemphasize rote
learning.
- In Computational problems specify the units in which the answer is to be given and also the
degree of precision expected.
Multiple choice questions
The multiple choice item consists of a stem which presents a problem situation and several
alternatives, which provide possible solutions to the problem. The stem may be a question, or an
incomplete statement. The alternatives include the correct answer and several plausible wrong
answer called distracters. Their function is to distract those students who are uncertain of the answer.
Multiple-choice items typically include either four or five choices. The large numbers will of course
reduce the student’s chances of obtaining the correct answer by guessing.
Rules for constructing multiple choice questions
Design each question to measure an important learning outcome.
Present a single clearly formulated problem in the stem of the item.
State the stem of the question in simple clear language.
Put as much of the wording as possible in the stem of the question
Avoid repeating the same material over again in each of the alternatives

Matching type Questions
The matching type is simply a modification of the multiple- choice form. Istead listing the
possible responses underneath each individual stem, a series of stems called premises is listed in one
column and the responses are listed in another.
Preparation of a Teacher-made Achievement Test
If the test is to serve as an efficient and effective tools of evaluation, its preparation should be
based on a number of careful considerations. The preparation of a good test is a systematic process
having well-defined staged. The Important stems envisaged in the preparation of a good teacher –
made test are
- Planning the test
- Preparation of a design
- Designing the test items.
- Reviewing and editing
- Arranging the items
- Providing directions
- Preparing the scoring key and marking scheme
- Administering the test and scoring
- Evaluation the test.
Planning the test
“Test planning encompasses all of the varied operations that go into producing the tests; but
it must also involve careful attention to test difficulty, to type of test items, to directions to the
examiner”. (Lindquist, E.F). We shall cover most of these considerations under the heading;
preparation of design for the test or blueprint of the test.
Preparation of design
Designing is the first and most important step in the test construction. It is at this stages that
we plan to build in the test the important qualities: validity, reliability, objectivity and practicability.
In order to accomplish this, the test constructor has to take a number of decisions regarding selection
of the objective, the selection of the content, form of questions, the difficulty level of tests items and
the weightages to be allotted to the objectives, to the content and the form of questions. The set of
those decisions will be called the design of the test from and analogy with the work of an architect.
Important decisions have to be taken concerning the following.
i) Identification of the objectives and allotting weightage to the objectives
The most important step while planning a test, or any evaluation tools or technique for that matter, is
the identification of the instructional objectives and stating them in terms of specific observable
behavior. After the objective are identified and stated, the test maker has to decide their relative
weights in the test. The fundamental principle to be observed hare is that the test should reflect the
actual emphasis being given to various mental processes during instructions. Because of the
intangibility of instructional process, there cannot be any fixed formula for assigning weights to

various objectives. But these weights will be by and large a function of time, effort and resources
spent on their acquisitions as also for the importance for the society and the learning of the subject in
terms of retention and transfer value. The simplest basis for assisgning the weights could be the
weight them in terms of time devoted for their achievements. Weightages could, of course be given
in numerical terms distributing 10 points over the objectives, giving the greatest number to those that
are to receive the greatest emphasis.
For the sake of illustration, given below (table 3) are objectives identified for teaching some units in
mathematics and he weightage allotted to them.
Table 3
Sl.No. Objectives Mark allotted Percentage
1 Knowledge 6 24
2 Understanding 7 28
3 Application 10 40
4 Skill 2 8
25 100
ii) Selection of the content and allotting weightage to the content.
Content being the means through which objective are attained, it is become very necessary to
decide the weights to be given to its different parts. As the whole syllabus cannot be covered
through any single test, a convenient number of units can be selected for testing to represent the
actual emphasis on them in instructions. In assigning relative weights to unit a learning
experience? How much time was devoted to it during instruction? Although there are them on
the time require to teach various units.
For the sake of illustration, given below is the table 4 indicating the weightages given to three
units namely Polynomials, Functions and Quadrilaterals.
Table 4
iii) S
elec
tion
of
the
form of questions and giving weihtage to the questions
The test-maker has to decide about the form of questions to be used, the number of questions to
be chosen and the relative weightage to be given to each form. Perhaps a judicious combination of
1 Unit - I 10 24
2 Unit - II 8 36
3 Unit - III 7 40
25 100

the different forms will have to be used in achievement test. However, among the objective type
questions, multiple choice may be given more weightage.
In the questions paper which is being taken for illustration, the wieghtage to different forms of
questions could be as follows. (table 5)
Table 5 Weightages given to different forms of Questions
iv) Distribution of difficulty level
A decision also has to be taken concerning the distribution of difficulty level. The distribution of
difficulty level in a test will depend upon the purpose of the test as also on the group of students for
whom it is designed. To get optimum discrimination through a test, most of its questions should be
of average difficulty level. A few easy questions, to motivate the below average student and a few
difficult ones to challenge he gifted should find a place in the question paper. If achievement can be
assumed to be normally distributed, some weightages in terms of percentages can be suggested for
easy, average and difficult questions as shown in table 14.7
v) Preparation of Blueprint: (Table of specifications)
Preparation of the blueprint refers to the final stage of the planning of a test. The blue-print is a
three dimensional chart showing the weightage given to the objectives, content and the form of
questions in terms of marks. It is also called a table of specifications as it relates outcome to the
content and indicates the relative weight given to each of the various areas. The units or the content
spread along the verticals axis while the objectives are listd on horizontal axis. Each column is
further subdivided into column that indicate the forms of questions. Thus we get a number of cells,
each cell having three dimensions, the objective, the content and the form of question. What is
required on the part of the test maker is to fit in all the questions in different cells in such a way that
the blueprint reflects the decisions of the design(er). When this is done, also row and columns are
balanced, and the blueprint is ready. It is illustrated in table.14.8
Objective Knowledge Understanding Application Skill Total
Content E S.A O E S.A O E S.A O E S.A O
Polynomial 1(2) 3(1) 1(1) 3(1) 1(1) 10
Functions 1(2) 3(1) 1(1) 1(2) 8
Quardilaternal 1(1) 4 2 7
5 8 10 2 25
1 Essay (E) 6 24
2 Short answer (S ) 9 36
3 Objective type (O) 10 40
25 100
Sl.No. Difficulty Level Percentage
1 Difficult Questions 15
2 Average Questions 70
3 Easy Questions 15
100

Note: The number inside the bracket indicates the number of questions and the number outside the
bracket indicates the marks allotted to each question
Uses of Blueprint
The preparation of the blueprint server the following purposes. The blueprint .
• helps to improve the content validity of the test.
• defines as clearly as possible the scope and emphasis of the test.
• relates objectives to the content.
• Gives greater assurance that the test will measure learning outcomes and course content in a
balanced manner.
• lays before the tester a complete picture of the test he is going to prepar.
Designing the test items
When the blueprint is ready the next step is to prephare or select the items. Write the test
items according to the table of specifications. Take each cell of the blueprint and draft an item taking
care of the various dimension, the objective content and the form as laid down in the blueprint. Some
other decisions taken while designing the test, particularly the one concerning the distribution of
difficulty level has to be implemented at this stage itself. It is also desirable to prepare more items
than the requirement of the cells of the blueprint since defects are likely to become apparent in some
items during the later review. The additional items will make is easier to maintain the distribution of
items reflected in the table of specifications.
Reviewing and Editing
The pool of items for a particular test after being set aside for a time for a time can be reviewed
with the help of experts. A more careful evaluation of the items can be made by considering them in
the light of each of the following questions.
• Does each item measure an important learning outcome included in the table of
specification?
• Is each item present a clearly formulated task?
• Is the item stated in simple, clear language?
• Is the item free form extraneous clues?
• Is the difficulty of the item appropriate for the students to be tested?
• Does each item fit into one of the cells of blueprint?
Arranging the item
When the final selection of the items has been completed and they are ready to be assembled into a
test, a decision must be made concerning the best item arrangement. The following suggestions
provide guideline for this purpose.
- The items should be arranged so that all items of the same type are grouped together.
- The items should be arranged in the order of increasing difficulty.

- It may be desirable to group together items which measure the same learning outcomes or the
same subject matter content.
Providing Directions
Directions constitute an inseparable part of a test. The directions for an achievement test should be
simple and concise and yet contain information concerning each of the following: (1) purpose of the
test (2) time allowed to complete the test(3) how to record the answers (4) whether to guess when in
doubt the answer(50 marks allotted for each questions as also for each section of the test.
Preparation of scoring key and marking scheme
When the test has been assembled and ready to administer, it become necessary to prepare some
other important accessories in the form of scoring key for objective type questions and marking
scheme for supply-type questions, such as short answer and essay type questions.
Scoring key
Scoring key refers to the prepared list of answers to a given set of objective questions. The examiner
compares the answers given by the students with those in the scoring key and thus arrives at the
marks to be awarded to the students.
Correction of Guessing
The test constructor while preparing the scoring key may feel like reducing to zero the gain in the
score expected to result from guess work. This is popularly called correction for guessing.
The generalized formula for correcting for guessing is
S=R – kw where
n-k
S= Score, w= Number of wrong responses, R= Number of right responses.
N=Number of suggested responses for a single item
K=Number of responses to be selected or marked for each item.
In the case of True or False items, S=R-W (since n=2 k=1)
In the case of multiple choice questions where only one correct answer is expected the generalized
formula reduces to S=R – W
n-1
Marking Scheme
In the preparation of marking scheme in mathematics it will be desirable not only to analyse the
solution into important stages and to distribute marks over them but each stage may be looked upon
from the point of view of the method involved as also from expected accuracy. The marks for each
stage, therefore, may be divided into two components: marks for the method and those for accuracy.
A marking scheme is essential because it indicates
i. The number of steps or learning points expected in the answer.
ii. The outline of each point or step expected in the answer.

iii. The weightage of each point or each step
iv. The level of accuracy expected of each step
Administering and s coring the test
At this step, it is important to make sure that all student know exactly what is expected of them and
to provide them with the most favourable conditions for taking the test. After the administration of
the test, the scoring can be done with the help of the scoring key and marking scheme.
Evaluating the test
Evaluating the test helps the teacher to ascertain the following:-
• Was the test very easy or very difficult?
• Was the test too long or too short?
• Were the directions clear specific?
• Was the test practicable and feasible?
• Did the items measure the intended objectives?
• Were the items clear and unambiguous:
• Were the distracters effective?
• Do the items discriminate among the different levels of achievers?
• What are the misconceptions formed by the student?
Evaluation can be done at two level
i. Question-wise analysis
ii. Item analysis
Questions-wise analysis is done by analyzing each questions according to objective,
specification, content, question type, estimated difficulty level and time required. This helps the
teacher is assessing the effectiveness of the test item with reference to the objectives and other
requirements in the blueprint. This also gives and insight into the difficulties encountered by
students in taking the test.
Item analysis is process by which a test maker evaluates the effectiveness of the test item in
term of (i) the difficulty level of the test items (ii) discriminating power of test items and (iii) the
effectiveness of the distracters. For item analysis the teacher arranges the test papers in the
ascending order of marks and analysis is done for 27% of the students on the high and low
students’ responses to each item are analysed for the student in upper and lower groups. Other
than the purposes mentioned above, item analysis has several other benefits too.
It provides useful information for class discussion of the test.
It provides data for helping the students to improve their learning
It provides insight and skill which lead to the preparation of better tests on future occasions.
Characteristics of good achievement test
The following are the qualities of a good achievement test.
Reliability: Reliability of a test is its trustworthiness or its consistency. It is defined as “the
consistency with which a test measures what it intends to measure”.

Validity: Validity means purposiveness. Validity of a test is the “accuracy with which a test
measures what it intends to measure”.
Objectivity: A test is said to be highly objective if the score assigned are not affected by the
judgment, personal opinion or bias of the scores.
i. Inform and construction.
ii. In the way it is administered
iii. In the use of norms
Differences between teacher-made tests and standarised tests are listed table 6
Teacher – made tests Standardized tests
Based on content and objective specific to the
class taught by the teacher
Based on content and objectives common to
many schools covering a wide area
May deal either with a specific limited topic or
skill or with large segments knowledge and
skill.
Deals with large segments of knowledge or
skill, usually only with a few items appraising
any one skill or topic
Developed usually by one teacher with little or
no outside help
Developed with the help or experts
Has moderate or low reliability Has high reliability
Limited usually to the class or a single school as
a reference group.
Provide norms for various groups that are
broadly representative of performance
throughout the country
DIAGNOSTIC TEST
Need for diagnostic test
Most standardized and teacher-made achievement tests are designed to give an indication of how far
the student has progressed towards the accomplishment of specific objectives measured by the test.
These objectives, however are grouped in broad categories. They cover a broad area and result in a
total score which reflects overall achievement in the area tested. Thus the teachers can say that a
pupil is doing well in arithmetic or poorly in difficulty. It will identify students who are having
relative difficulty in an area, but it will not identify the causes of the difficulty. Such
survey(achievement) tools serve a useful function, but in order to help the student with a disability,
the teacher will need to analyse the nature of the difficulty and the causes for the trouble. There are
tests which have been devised to provide information about the specific nature of pupil’s difficulties
in given subject areas. These tests are called diagnostic tests. Any test can be used as diagnostic test
in a limited way by examining student’s performance in the individual items which make up the test
rather than on the test as a whole. Thus diagnostic test yield measures of highly related abilities
underlying achievement in a subject. They are designed to identify particular strengths and
weaknesses of the part of the individual child and with reasonable limits to reveal the underlying
causes. The diagnostic test attempts to bread a complex skill like computation into measures of
theses sub-skills. Such measures can help the teacher locate the sources of difficulty using which
constructive action can be taken.
Educational Diagnosis

As is obvious, the term diagnosis has been borrowed from the medical professions where in implies
“identification of disease by means of patients” symptoms”. The word diagnosis is used more or
less in the same sense in education. The only difference perhaps is that in medical diagnosis it is
physical or an organ breakdown that is examined, while in educational diagnosis it is the failure of
the process of education or learning that is located and attended to be remedied. We may say that
educational diagnosis is “ the determination of the nature of learning difficulties and deficiencies”.
Of course, it cannot stop only at the identification of weakness in learning bus has to go a little
deeper to locate their causes and also suggest remedies for getting rid of them.
Level of Diagnosis
Good diagnosis moves hand in hand with good teaching and a teacher should be as much concerned
with it as with the latter. Ross and Stanley have identified five levels of diagnosis, which are, 91)
who are the pupils having trouble(2) where are the error located?
(3) why did the errors occur? (4) what remedies are suggested? and (5) how can the errors be
prevented? The first four are grouped as corrective diagnosis and he last is known as preventive
diagnosis. Most of the diagnosis resorted to by teachers will be corrective in nature by which
measures are taken to make up the deficiencies while the highest from will remain preventive
diagnosis with the help of which deficiencies are prevented from occurring. The immediate concern
of the teacher may be corrected. The corrective diagnosis can be done at the following levels.
- Classification
- Finding the nature of difficulties
- Providing remedial measures
- Preventing the difficulties from occurring
These levels are in fact the steps in the total process of education diagnosis and are all interrelated.
Classification
It is the process of sorting out students into groups particularly of underachievers and lower
achievers. The reference point for each student, should rightly be his own expect achievement and
students have to be classified with regard to their levels of expected achievement. If they have
crossed their level, some enrichment programme may be planned to help them improve their
achievement further.
Finding the nature of difficulties
In this level of diagnosis the specific areas of difficulties have to be identified. Achievement test,
unit test, etc. can be used for this purpose as they cover as many learning points as possible. The
item wise analysis of such tests helps in locating the weaknesses of the students. If most of the
student do poorly on a particular learning point, it is an indication that something is wrong with the
instruction relating to that point. But this type of analysis give no ideas regarding to causation of
these errors which will have to be sought by other means.
Finding the causes of difficulties

This is the most difficult state in diagnosis. The main difficulty of this stage lies in the fact that a
test appraises only the product of learning and not the process of learning. They may establish where
the breakdown in learning has taken place but can seldom reveal anything about the causes of it.
These causes are generally varied and complex in nature . We have to seek them in different areas,
some of which need not be connected I any way with classroom instruction or school. Broadly
speaking, underachievement may be due to factors with the students, or environmental factors,
outside the control of the students or a combination of the two.
Most of the causes internal to the students, may however be located in the areas of scholastic
aptitude, retardation of basic skills, study habit, physical factors and emotional factors. Tools such a
interviews, checklists, rating scales, questionnaire etc. can be used to locate the causes of the
difficulties.
Remediation
After identifying the causes of the difficulties, the next stage is planning and applying remedial
measures. There is however, no set pattern and no cut-and-tried formula for remediation. In some
cases, it may be a simple matter of review and reteaching. IN others, an extensive effort to improve
motivation, correction emotional difficulties and overcome deficiencies in work and study habits
may be required. The hard fact is that, for tow students having the same learning difficulty may have
suffered it, because of different causes and may have to be tackled differently. Moreover, since each
individual in unique, remedial programmes have to be planned accordingly. Obviously, the planning
of remedial programmes will differ considerably from individual to individual.
Despite the different methods and technieques needed in remediation, there are certain guiding
principles that apply to all subject areas and provide a framework in which the teacher can operate.
- Remediation should be accompanied by strong motivational programme.
- Remediation should be individual in terms of the psychology of learning.
- There should be continuous evaluation giving the pupil a knowledge of results.
- Remediation programme may not always need a separate time allocation. But they will
always need some extra work for both the teachers and the affected students.
Prevention
Prevention is better than cure in education as elsewhere. A programme of diagnostic testing should
help an imaginative teacher in getting in insight into the type of possible errors that are likely to
occur in learning, their possible causes and the ways of preventing them in future. Thus educational
does not and should not end at remedial measures, but also should become a means for improving
instruction, modifying curriculum and also for refining instructional material and strategies. The real
importance is rather in the prevention of its reappearance elsewhere under similar conditions. Any
weakness identified should form the basis for decisions relating the reducing the probability for their
recurrence in the future.
Construction of Diagnostic Test
Diagnostic tests may be standardized or teacher-made, diagnostic test will be more effective and
economical that standardized tests. The norms which constitute a strong point with standardized

tests are not called for in diagnosis as the purpose is to discover the weaknesses of individual
students rather than compare their achievements.
The designing of a diagnostic test is significantly different from a survey test. A teacher require must
more data on the specific difficulties of the pupils. Diagnostic test have. It also requires a more
detailed content analysis. The unit on which a diagnostic test is based should be broken into learning
points with an attempt not to omit any of them. The diagnostic procedure is based on the assumption
that mastery of the total process can be no stronger than that of the weak link in the chain of related
concepts or skills. Accordingly, each concept, skill or learning point called into play in the test
process in identified at the time of designing and then measured.
As far as a diagnostic test is concerned, it is not very important to know the relative importance of
the various learning point as it is in the case of survey tests. We are not to decide their relative
weightage. The basic principles is to cover all of them to give an unbroken sequence. Perhaps for
each learning point, an adequate number of questions will have to be given to provide decisive
evidences.
All the forms of questions can be employed for testing different learning points. As we want to
collect evidence on all the points, it is desirable to use either short answer or objective type
questions. Supply type of questions seem, however, to have an edge over selection type because
they reveal the process of thinking in addition to the product of thinking. Such questions for in the
responses. It appears, therefore, that for diagnostic test, short answer involving one or two steps are
preferred especially in subject like mathematics. Whatever be the form of questions, they should in
general be easy ones.
No rigid time limit needs be specified in the case of diagnostic tests. Diagnosis should be
individualized as much as possible and every student should be allowed as much time as he
reasonably needs.
It may be noted that as we do not have to relate content and process, the preparation of a blueprint
may altogether be avoided in a diagnostic test. The items are designed so as to throw light on the
weakness of the students and therefore the questions have to be specifically related to the learning
points. The scope of the answer or the level of precision expected should also be made clear.
After the items on different learning points are written, they have to be assembled into a test. The
basis of arranging test items in a diagnostic test is entirely different from other tests. There appears
to be a good deal of justification in favour of clubbing questions around learning points even when
they are of different forms. The learning points themselves can be arranged in increasing order of
their complexity. If they are so arranged, the students do not have to change their mental sets very
frequently. Moreover, this arrangements also helps in analyzing the response of students with a view
identify their weaknesses, which is one of the important tasks in diagnostic testing.
To complete the test, sent of instruction may be drafled. It should also be provided with a scoring
key and marking scheme. Finally the test is edited and reviewed to weed out inaccuracies or lapses
of wording etc.,
The step in the construction of a diagnostic test can be summarized as follows.
Identified of the problem areas
Detailed content analysis

Listing all the learning points
Arranging the learning points in the logical sequence
Writing test items. (preferably two or three items of free response type) for each learning point)
Clubbing the items around the learning points.
Providing a scoring key and a marking scheme.
Providing the time limit as required by individual students.
Administration of the test.
After administering the test, the following procedure may be followed for analyzing the performance
and indentify the weaknesses.
Item-wise analysis of the performance of each student.
Qualitative and qualitative analysis for identifying the strengths and weakness
Identification of the causes of learning difficulties
Preparation of a diagnostic chart of each student
Planning and implementing highly individual remedial programmes
Evaluating the effectiveness of the programme.
Uses of diagnostic Test
The following are the uses of diagnostic test.
The diagnostic tests
• Point out inadequacies in specific skills.
• Locate areas in which individual instruction is required
• Furnish continuous information in order that learning activities may be most productive of
desirable outcomes.
• Serve as a basis for improving instructional methods, instructional materials and learning
procedures.
Ensuring fairness in assessment
Fairness is a concept for which definitions are important, since it is often interpreted in too narrow
and technical a way.We set fairness within a social context and look at what this means in relation to
different groups and cultures. Similarly, we are using educational assessment in a more inclusive
way than is often the case; we include tests, examinations, teachers’ judgments or evaluations
(‘assessment’ in the United Kingdom) of student performance.We then explore bias in measurement
and how it relates to validity, as well as the broader concept of equity. Finally, three examples of
approaches to ensure fairness are given.
Seven Steps to Fair Assessment
If we are to draw reasonably good conclusions about what our students have learned, it is imperative
that we make our assessments—and our uses of the results—as fair as possible for as many students
as possible. A fair assessment is one in which students are given equitable opportunities to
demonstrate what they know (Lam, 1995). Does this mean that all students should be treated exactly
the same? No! Equitable assessment means that students are assessed using methods and procedures
most appropriate to them. These may vary from one student to the next, depending on the student's

prior knowledge, cultural experience, and cognitive style. Creating custom tailored assessments for
each student is, of course, largely impractical, but nevertheless there are steps we can take to make
our assessment methods as fair as possible.
1. Have clearly stated learning outcomes and share them with your students, so they know what you
expect from them. Help them understand what your most important goals are. Give them a list of the
concepts and skills to be covered on the midterm and the rubric you will use to assess their research
project.
2. Match your assessment to what you teach and vice versa. If you expect your students to
demonstrate good writing skills, don't assume that they've entered your course or program with those
skills already developed. Explain how you define good writing, and help students develop their
skills.
3. Use many different measures and many different kinds of measures. One of the most troubling
trends in education today is the increased use of a high-stakes assessment— often a standardized
multiple-choice test—as the sole or primary factor in a significant decision, such as passing a course,
graduating, or becoming certified. Given all we know about the inaccuracies of any assessment, how
can we say with confidence that someone scoring, say, a 90 is competent and someone scoring an 89
is not? An assessment score should not dictate decisions to us; we should make them, based on our
professional judgement as educators, after taking into consideration information from a broad variety
of assessments.
Using "many different measures" doesn't mean giving your students eight multiple-choice tests
instead of just a midterm and final. We know now that students learn and demonstrate their learning
in many different ways. Some learn best by reading and writing, others through collaboration with
peers, others through listening, creating a schema or design, or hands-on practice. There is evidence
that learning styles may vary by culture (McIntyre, 1996), as different ways of thinking are valued in
different cultures (Gonzalez, 1996). Because all assessments favor some learning styles over others,
it's important to give students a variety of ways to demonstrate what they've learned.
4. Help students learn how to do the assessment task. My assignments for student projects can run
three single-spaced pages, and I also distribute copies of good projects from past classes. This may
seem like overkill, but the quality of my students' work is far higher than when I provided less
support.
Students with poor test-taking skills may need your help in preparing for a high-stakes examination;
low achievers and those from disadvantaged backgrounds are particularly likely to benefit (Scruggs
& Mastropieri, 1995). Performance-based assessments are not necessarily more equitable than tests;
disadvantaged students are likely to have been taught through rote memorization, drill, and practice
(Badger, 1999). Computer-based assessments, meanwhile, penalize students from schools without
an adequate technology infrastructure (Russell & Haney, 2000). The lesson is clear: No matter what
kind of assessment you are planning, at least some of your students will need your help in learning
the skills needed to succeed.

5. Engage and encourage your students. The performance of "field-dependent" students, those who
tend to think more holistically than analytically, is greatly influenced by
faculty expressions of confidence in their ability (Anderson, 1988). Positive contact with faculty
may help students of non-European cultures, in particular, achieve their full potential (Fleming,
1998).
6. Interpret assessment results appropriately. There are several approaches to interpreting assessment
results; choose those most appropriate for the decision you will be making. One common approach is
to compare students against their peers. While this may be an appropriate frame of reference for
choosing students for a football team or an honor society, there's often little justification for, say,
denying an A to a student solely because 11 percent of the class did better. Often it's more
appropriate to base a judgement on a standard: Did the student present compelling evidence?
summarize accurately? make justifiable inferences? This standards-based approach is particularly
appropriate when the student must meet certain criteria in order to progress to the next course or be
certified.
If the course or program is for enrichment and not part of a sequence, it may be appropriate to
consider growth as well. Does the student who once hated medieval art now love it, even though she
can't always remember names and dates? Does another student, once incapable of writing a coherent
argument, now do so passably, even if his performance is not yet up to your usual standards?
7. Evaluate the outcomes of your assessments. If your students don't do well on a particular
assessment, ask them why. Sometimes your question or prompt isn't clear; sometimes you may find
that you simply didn't teach a concept well. Revise your assessment tools, your pedagogy, or both,
and your assessments are bound to be fairer the next time that you use them.
Spreading the Word
Much of this thinking has been with us for decades, yet it is still not being implemented by many
faculty and administrators at many institutions. Our challenge, then, is to make the fair and
appropriate use of assessments ubiquitous. What can we do to achieve this end?
• Help other higher education professionals learn about fair assessment practices. Some doctoral
programs offer future faculty studies in pedagogy and assessment; others do not. Encourage your
institution to offer professional development opportunities to those faculty and administrators who
have not had the opportunity to study teaching, learning, and assessment methods. • Encourage
disciplinary and other professional organizations to adopt fair assessment practice statements. A
number of organizations have already adopted such statements, which can be used as models.
Models include statements adopted by the Center for Academic Integrity (McCabe & Pavela, 1997);
the Conference on College Composition and Communication (1995); the Joint Committee on
Standards for Educational Evaluation (1994); the Joint Committee on Testing Practices (1988); the
National Council on Measurement in Education (1995); and

the first National Symposium on Equity and Educational Testing and Assessment (Linn, 1999); as
well as AAHE (1996). (See Assessment Policies, below). • Speak out when you see unfair
assessment practices. Call for the validation of assessment tools, particularly those used for high-
stakes decisions. Advise sponsors of assessment practices that violate professional standards, and
offer to work with them to improve their practices. • Help improve our assessment methods.
Sponsor and participate in research that helps create fairer assessment tools and validate existing
ones. Collaborate with assessment sponsors to help them improve their assessment tools and
practices. Help develop feasible alternatives to high-stakes tests. • Help find ways to share what we
already know. Through research, we have already discovered a great deal about how to help students
learn and how to assess them optimally. With most of us too busy to read all that's out there, our
challenge is finding effective ways to disseminate what has been learned and put research into
practice.
As we continue our search for fairness in assessment, we may well be embarking on the most
exhilarating stage of our journey. New tools such as rubrics, computer simulations, electronic
portfolios, and Richard Haswell's minimal marking system (1983) are giving us exciting, feasible
alternatives to traditional paper-and-pencil tests. The individually custom-tailored assessments that
seem hopelessly impractical now may soon become a reality. In a generation—maybe less—it's
possible that we will see a true revolution in how we assess student learning, with assessments that
are fairer for all . . . but only if we all work toward making that possible.
Assessing the Assessments: Fairness, Accuracy, Consistency, and the Avoidance of Bias
Introduction
Fairness, accuracy, consistency and the elimination of bias are important concepts in the first
element of NCATE Unit Standard 2, Assessment and Unit Operations. The rubric for that element
reads:
The unit takes effective steps to eliminate sources of bias in performance assessments and
works to establish the fairness, accuracy, and consistency of its assessment procedures.1
1.) define the concepts of fairness, accuracy, consistency, and the elimination of bias; and 2.)
provide examples of how institutions can ensure that their assessments adequately reflect these
concepts.
Fairness:
1
The concepts of fairness, accuracy, consistency, and the elimination of bias are also discussed in the second
item of the NCATE Transition Plan. The relevant paragraph indicates: “Assessments must be fair, accurate,
and consistent. To ensure this, the unit may need to provide time and resources for the review of curricula
to ensure that candidates have the opportunity to learn the materials assessed. In addition, the unit must
provide time and resources for piloting assessments, developing benchmarks, ratings assessments, and
analyzing the extent to which the assessments were successful in measuring targeted candidate knowledge,
skills, and dispositions.”

Assessments are fair when they assess what has been taught. Candidates should be exposed to the
knowledge, skills, and dispositions which are measured in the assessments. Without this type of
exposure, it is not fair to expect candidates to have mastered the material.
One example of how institutions can demonstrate fairness in their key assessments is through
curriculum mapping (e.g., a chart that shows where in the curriculum candidates have the
opportunity to learn and practice what is specified in the standards). Institutions should identify
where in the curriculum candidates have had the opportunity to learn and practice the material being
assessed.
In addition, fairness also means that candidates understand what is expected of them on the
assessments. To this end, instructions and timing of assessments should be clearly stated and shared
with candidates. In addition, candidates should be given information on how the assessments are
scored and how they count toward completion of programs.
Accuracy:
Assessments are accurate when they measure what they purport to measure. To this end, the
assessments should be aligned with the standards and/or learning proficiencies that they are designed
to measure. Three characteristics that determine alignment of assessments with standards are:
(a) the same or consistent categories of content appear in the assessments that are in the
standards;
(b) the assessments are congruent with the complexity, cognitive demands, and skill
requirements described in the standards; and
(c) the level of effort required, or the degree of difficulty is consistent with standards and
reasonable for candidates who are ready to teach or take on other professional
responsibilities.
The assessments should be aligned with the knowledge, skills, and dispositions being assessed. For
example, a pencil-and-paper test is not an appropriate assessment of classroom skills, but may be an
efficient way to document candidate knowledge of different instructional approaches and when to
use them. A classroom observation may not be the best way to assess a candidate’s content
knowledge,2
but may with structured scoring guides be a useful way to evaluate candidates’
dispositions.
Accuracy is closely related to the statistical term “validity.” However, establishing validity requires
statistical analysis beyond what is called for in the NCATE standards. Most institutions already
employ several activities that ensure accuracy of assessments.3
One activity is simply reviewing
2
For further information on the appropriateness of assessments, see
www.ncate.org/institutions/article_commission.asp?ch=87 and choose “Commissioned papers on Development of
Assessment Systems and Aggregating Data,” then select Stiggins, Specifications for a Performance-based Assessment
System for Teacher Preparation
3
For further information on reviewing the accuracy of assessments, see
http://www.ncate.org/resources/assessment/assessment_examples.pdf

assessments to ensure alignment and appropriateness, and documenting the review. This can happen
once a year at a staff meeting, or in programmatic committees, or could be done by one person and
discussed with a larger group.
Accuracy can also be supported by documenting the relationship between assessment results and
candidate performance on related assessments, grades, and program completion.
Consistency:
Assessments are consistent when they produce dependable results or results that would remain
constant on repeated trials. Essentially, in approaching consistency, the standards are requiring that
the assessments and results be trustworthy. In other words, if the same information were assessed on
different occasions, with no intervention, and the results were largely the same, then the assessment
could be said to be consistent.
Consistency is closely related to the statistical term “reliability.” However, NCATE consciously
chose not to use the term “reliability” because the concept can be adequately addressed with
methods that can be inclusive of, but also other than statistical analysis.
Institutions can document consistency through providing training for raters that promote similar
scoring patterns, using multiple raters, conducting simple studies of inter-rater reliability, and/or by
comparing results to other internal or to external assessments that measure comparable knowledge,
skills and/or dispositions.
Avoidance and Elimination Bias
Closely related to accuracy is the elimination of bias. To ensure that the results of assessments
adequately reflect what candidates know and can do, it is important to remove any contextual
distractions and/or problems with the assessment instruments that introduce sources of bias and thus
adversely influence candidate performance. Contextual distractions include inappropriate noise, poor
lighting, discomfort, and the lack of proper equipment. Problems with assessments include missing
or vague instructions, poorly worded questions, and poorly reproduced copies that make reading
difficult.4
The elimination of bias also means that the assessments are free of racial and ethnic stereotypes,
poorly conceived language and task situations, and other forms of cultural insensitivity that might
interfere with candidate performance and unintentionally favor some candidates over others. Further,
the elimination of bias includes consistent scoring of assessments and vigilant efforts not to
discriminate against groups of candidates.
Ultimately, it is important that units evaluate assessments and assessment conditions and eliminate
as many sources of bias as possible. While the standards use the term “eliminate,” in fact, it is best to
avoid sources of bias as the assessments are being developed.
4
For a list of additional sources of bias, see www.ncate.org/institutions/article_commission.asp?ch=87 and choose
“Commissioned papers on Development of Assessment Systems and Aggregating Data,” then select Stiggins,
Specifications for a Performance-based Assessment System for Teacher Preparation, p.9,13.

NCATE believes that institutions must address these issues of fairness, accuracy, consistency and
the avoidance/elimination of bias as an integral component of the development and implementation
of a high quality assessment system. If institutions do not adequately address these issues, then the
quality of the assessment system can be legitimately questioned, and the data derived from the
assessments may not sufficiently address the elements in Standard 1.
Experts suggest that many assessments, in particular higher-stakes summative assessments, shift
student focus and effort away from the learning process itself and towards the assessment
instrument. In their view, reliance on such instruments often misdirects student motivation towards
achieving high test scores rather than more meaning learning outcomes. As a result, the processes
that should be valued-learning, skill development, growth in knowledge – are displaced by the
measurement instruments themselves, which in many cases are not valid indicators of those primary
processes. Expert imformants cited studies suggesting that standardized tests and grades have been
shown to undermine motivation among students who struggle, and that even in the case of high
performing students, who struggle, and that even in the case of high-performing students, many
summative assessments produce the wrong kind of motivation- the desire for high grades/scores
rather than the desire to improve skills or increase knowledge. Low grades and scores are especially
problematic because they give students the idea that they are poor learners, which deincentivizes
future learning.
Public assumptions about the relationship between assessments, grades and student motivation stand
in marked contrast to those of experts. For our public informants, grading systems function as a
necessary and effective means of incentivizing student achievement and punishing poor
performance. While informants were at times able to speak of children’s capacity to love learning
and the learning process for their own sake, they were largely unable to imagine of formals
educational system operating with grades. Instead, assessments and grades were deemed necessary
to student motivation and positive educational outcomes.
Notable, both experts and public recognize the assessments and their by products carry motivational
power for students. But beyond that basic overlap, their perspectives diverge dramatically as the
public largely fails to consider how assessments often distort motivation away from learning and can
depress motivation overall.
The public’s model of assessments and grades as a motivational system is closely linked to a cultural
model of education as a competitive arena, where students strive to outdo each other in test scores
and grades, and in setting themselves up as desirable candidates for college and careers. In this
respect, the idea that grades serve a positive motivational function is consistent with a broader
acceptance of competition in American society, and with the idea that each individual must learn to
complete in the market place of skills and knowledge. From this perspective, the idea that
assessments motivate students is desirable, and there is little reason to distinguish motivations that
actually improve learning from those that do not.
QUESTIONS
i. Describe the concept of differentiated learning.
ii. How will you ensure fairness in assessment
iii. Explain the qualities of a good test
iv. What is blue print? How will you construct blue print for two units in your subject?
v. What is meant by culturally responsive assessment? explain.

REFERENCES
1. www.ncate.org/institutions/article_commission.asp?ch=8, retrieved on 20/7/16
2. http://www.ncate.org/resources/assessment/assessment_examples.pdf retrieved on 25/8/16
3.Differentiated Assessment for Middle and High School classrooms, Blaz, 2008.
4. Aneece James, 2009,"Teaching of Mathematics","Neelkamal Publisherrs, Hydrabad.5.
Unit - VI -ASSESSMENT FOR INCLUSIVE SCHOOLS
OBJECTIVES
The student - teachers will be able to
i. understand how to assess the disabled children
ii. assess their performance outcomes
iii. apply various strategies to assess their performance
iv. know and understand the process of feedback
v. analyse their feedback
Assessing the disabled/ to identify special educational needs
Whilst there are clear differences in the ways assessment information is collected and used in
countries, the necessity to precisely identify an individual pupil’s special educational needs is

recognized in all countries. All countries have clear legal procedures for the initial identification of
the educational needs of pupils who are experiencing difficulties. However, how these needs are
identified differs and each country has its own set of procedures for initial identification of needs.
Initial assessment of pupils who are thought to have SEN can have two possible purposes: -
Identification linked to an official decision to ‘recognise’ a pupil as having educational needs that
require additional resources to support their learning; - Informing learning programmes, where
assessment is focused upon highlighting strengths and weaknesses the pupil may have in different
areas of their educational experience. Such information is often used in a formative way – perhaps as
the starting point for Individual Education Plans (IEPs) or other target setting approaches – rather
than as a one off, baseline assessment.
In different ways, most countries have ‘graduated’ approaches to the identification of a pupil’s SEN.
There may be clearly defined stages in a process that begins with mainstream class teachers
highlighting and attempting to address difficulties, then involving other specialists in the school and
finally specialists from external support services.
This sequence of collecting information about a pupil’s strengths and weaknesses that is increasingly
detailed and more specialised is often linked to the involvement of professionals who come from
different specialist areas - health, social and psychological - and who can carry out different forms of
assessment (often diagnostic tests) that give particular insights into a pupil’s functioning in different
areas. In all countries, to one degree or another multi-disciplinary teams are involved in assessment
linked to initial identification of special educational needs.
In all countries, assessment with the purpose of initial identification of SEN applies to pupils in all
educational settings - inclusive and segregated. However, pupils with SEN in inclusive settings
might also be included in assessment procedures that pupils in segregated schools may or may not be
involved in. These are described below.
Feed back
Why is feedback so important? Good quality, comprehensive, timely feedback is a very important
factor in driving student learning. Assessment should provide feedback to students on their progress
towards the achievement of learning outcomes. Feedback will enable students to realise where they
have done well and indicate what they could improve on, as well as justifying the grade/mark of
summative assessments.
It is important that feedback is timely. If you provide feedback too soon, it may disrupt the student’s
reflective process. However, it is far more common that feedback is provided too late when it is no
longer salient to the student. Feedback should not be held off until the end of a year/semester, as the
student is unlikely to benefit from it once the task is complete and they have moved on to a new one.
We’ll explain more about the importance of formative feedback later in this guide.
The benefits of successful feedback set in the context of learning outcomes are many. For example,
successful feedback will: • build confidence in the students, • motivate students to improve their
learning; • provide students with performance improvement information, • correct errors, • identify
strengths and weaknesses

Making feedback more effective As an educator, there are many ways to improve the quality of your
feedback to make it more effective for the learner. Simple things like not always using ticks to
indicate a good point are recommended as students will be more motivated by short words or phrases
such as “good work” or “true”. Feedback should be specific – don’t just say ‘good’, explain why, in
what respects. It should also be constructive, encouraging, honest, and supportive; and where
possible it should be frequent and substantial. Successful feedback should clearly indicate to the
student:
1. What aspects of their assessed work are successful, and why ?
2. What aspects of their assessed work are less successful, and why?
3. How the student could improve this particular piece of work?
4. How the student could do more successful work in future?.
Feedback is also timely, a fact we lecturers often overlook. It should not be provided too soon, as it
could prevent students reflecting on their work; neither should it be provided too late when it is no
longer salient to the student. How many times have students thought they were progressing just fine
at interim assessment stages only to find out at the final assessment stage that their work was not up
to the level the feedback they received led them to believe? Clear and appropriate assessment
criteria, that are available to students before their assessment and can be consulted afterwards, go a
long way in helping to address this problem.
Feedback can be time-consuming, but there are ways to make it more efficient.
• Consider the nature of the feedback students will need to master the concepts and skills for each
assignment. How detailed does it have to be? Should it be individual or can it be group feedback?
Can it be oral or does it have to be written?
• Use the track and edit tool in Word to speed up feedback and comments on student essays and
reports.
• Consider using or creating generic feedback forms.
• Consider audio-taping feedback for learners.
• Provide more detailed solution sets to reveal the appropriate underlying reasoning, to identify
potentially misunderstood concepts or principles, and to elaborate how common student errors
followed from these misunderstandings.
Using Computer-Assisted Assessment (CAA) Computer-Assisted Assessment is a fast and efficient
way to provide immediate feedback to the learner, and to save time on tutor marking. Computer
Assisted Assessment is typically formative, in that it helps students to discover whether they have
learned what the educator intended.
Computer Assisted assessment is a broad term for the use of computers in the assessment of student
learning.1 Various other forms exist, such as Computer-Aided Assessment, Computerised
Assessment, Computer Based Assessment (CBA) and Computer-Based Testing. Online Computer

Based Assessment has existed for a long time in the form of Multiple Choice Questions (MCQ's).2
Computer Based Assessment is commonly directly made via a computer, whereas Computer
Assisted Assessment is used to manage or support the assessment process.
Key Questions in Planning
Classroom Assessments
Just as teachers have numerous instructional techniques and strategies from which to choose, a
variety of methods are available for assessing learning. The selection of particular assessment
methods should be determined in response to several key questions. These questions are
incorporated in the chart. “Classroom Assessment Planning : Key Questions”.
The first questions concern learning outcomes, or the intended results of our teaching: What do we
want students to understand and be able to do? Learning outcomes typically fall into three
categories: (1) declarative knowledge –what we want students to understand (facts, concepts,
principles, gendralizations); (2) procedural knowledge what we want students to be able to do (skills,
processes, strategies); and 93) attitudes, values or habits and mind – how we would like students to
be people with respect, avoid impulsive behavior). The choice of specific assessment methods
should be determined in large part by then nature of the learning outcomes being assessed (Marzano,
Pickeing, & McTighe, 1993). For example, if we want students to demonstrate the capacity to write
an effective persuasive essay, then our assessment should involve gathering samples of persuasive
writing and evaluating them against specified criteria. In this case, a multiple-choice test would be
ill-suited to measure the intended outcome. Likewise, if we wish to develop student’s ability to work
cooperatively on research project, then we would assess group processes and products as well as
individual performance.
In addition to considering outcomes, we need to raise questions related to the purpose(s) and
audience(s) for classroom assessments: Why are we assessing? How will the assessment information
be used? For whom are the assessment results intended? The purpose(s) and audience(s0 for
assessments influence not only the methods selected, but the ways in which the classroom
assessment results are communicated. For example, if we wish to provide parents of a primary-grade
student with an interim report of progress in language arts, we might arrange a conference to
describe the child’s reading skills in terms of a development profile and re-view a work folder
containing samples of her writing.
THE FRAMEWORK OF ASSESSMENT APPROACHES AND METHODS.
Given identified outcomes, purposes, and audiences, how might we assess student learning in our
classrooms? The “framework of Assessment Approaches and methods’ offer a systematic guide to
the purposeful selection of assessment methods.
Each of the five columns in the framework identifies an assessment approach aral contains examples
of specific assessment methods corresponding to that approach. Given the focus of this articles on
performance-based assessment, we’ll skip the first column (selected-response formats) and
concentrate on the approaches in the second through fifth columns of the framework. We’ll describe
each general approach, examine the strengths and limitations of each, and provide vignettes of
teachers using particular assessment methods in their classrooms.

Performance –Based Assessment
By performance-based assessment, we are refereeing to assessment activities that directly assess
student understanding and proficiency. These assessment allow students to construct a response,
create a product, or perform a demonstration to show what they understand and can do. Since they
call for students to apply knowledge and skills rather than simply to recall and recognize,
performance-based assessments are more likely to reveal student understanding. They are well suited
to assessing application of content-specific knowledge, integration of knowledge across subject
areas, and lifelong learning competencies such as effective decision making, communication and
cooperation (Shepard, 1989).
Performance Assessment
Using performance assessments, teachers are able to directly observe the application of desired skills
and knowledge. Performance assessments can be among the most authentic types of student
assessments since they can replicate the kinds of actual performance occurring in the world outside
of school. Performances have been widely used to assess learning in certain disciplines, such as
vocal and instrumental music, physical education, speech, and theater, where performance is the
natural focus of instruction. However, teachers in other subjects can routinely include performances
such as oral presentations, demonstrations, and debates, as part of a broad array of assessment
methods.
The evaluation of performances becomes instructionally valuable when students apply the scoring
tools for peer and self-evaluation. Such involvement helps students to internalize the elements of
quality embedded in the criteria. Many teachers have observed that students are motivated to put
forth greater effort when they perform before “real” audiences of other students, staff, parents, or
expert judges. In addition to the influences on students, schools often benefit from positive public
relations when students perform for the community.
Despite their positive features, performance assessments can be time-and labour-intensive for
students and teachers. Time must be allocated for rehearsal as well as for the actual performances.
The evaluation of performances is particularly susceptible to evaluator biases, making fair, valio and
reliable assessment and challenge.
QUESTIONS
1. Explain why feedback is so important
2.How will you identify the special education needed children?
3.Explain the framework of assessment approaches.
4.How will you integrate ICT on assessing various types of learners?
5. Explain how technology will improve for early intervention of Mentally Retarded Children?
REFERENCES
1. www.ncate.org/institutions/article_commission.asp?ch=8, retrieved on 20/7/16
2. http://www.ncate.org/resources/assessment/assessment_examples.pdf retrieved on 25/8/16
3.Differentiated Assessment for Middle and High School classrooms, Blaz, 2008.
4. Aneece James, 2009,"Teaching of Mathematics","Neelkamal Publisherrs, Hydrabad.5.

UNIT – 7
PHILOSOPHICAL AND EDUCATIONAL UNDERPINNINGS OF ASSESSMENT
Course objectives
The student teacher will be able to
1. understand the RTE act and its relationship with curriculum, pedagogy and teachers.
2. know the Non-detention policy and its problem.
3. identify the educational underpinnings of assessment.
4. analyse the merits of competitive exams.
5. know the various dimensions of assessment.
No competitive exams

There should not be any competitive examinations to assess the performance of the students.
The students feel inferior if they got low marks in a competitive examination. Even though, the
students who were from remote area and socially disadvantaged groups are talented. Majority of the
studentswere not aware of competitive examinations. Considering the students from this group the
government has decided not to have any competitive examination.
Non Detention Policy
The 'No Detention Policy' is a Govt. of India's initiative according to which no student can be
detained in one standard for more than one academic year. It was being talked of implementing it up
to class XI but is valid till class VIII only. The Right to Education Act (RTE), 2009 makes
provisions for free and compulsory education for children between 6 and 14 under Article 21A of the
Indian Constitution. This article was inserted into Part-III (Fundamental Rights) in the constitution
via the 86th Constitutional amendment of the constitution. Under this policy, the students up to class
VIII are automatically promoted to the next class without being held back even if they do not get a
passing grade. The policy was implemented as part of the Continuous and Comprehensive
Evaluation (CCE) under the RTE Act in 2010 to ensure all-round development of students. The
concept of CCE imported from the West, which emphasises on evaluating a child through the year,
and not just based on performance in one or two term exams.
Problems in NDP
The poor learning outcomes of schools are caused by many factors of learning. One of them
is the pupil-teacher ratio. Many government schools in India are facing acute shortage of teachers.
And the available teachers are burdened with non-school activities. Until the desired pupil-teacher
ratio is achieved, it is unreasonable to expect CCE and NDP to succeed. Other factor responsible for
poor learning outcomes is the lack of trained teachers. Lack of training has caused the confusion
among the teachers on what their role is in implementation of CCE guidelines. Teacher training must
be revised in line with the requirements of CCE. Instead of strengthening the foundation to
implement the reforms, bringing back the old pass-fail system threatens to undermine the egalitarian
promise of the RTE.
Right to Education
The Constitution (Eighty-sixth Amendment) Act, 2002 inserted Article 21-A in the
Constitution of India to provide free and compulsory education of all children in the age group of six

to fourteen years as a Fundamental Right in such a manner as the State may, by law, determine. The
Right of Children to Free and Compulsory Education (RTE) Act, 2009, which represents the
consequential legislation envisaged under Article 21-A, means that every child has a right to full
time elementary education of satisfactory and equitable quality in a formal school which satisfies
certain essential norms and standards.
Article 21- A and the RTE Act came into effect on 1 April 2010. The title of the RTE Act
incorporates the words ‘free and compulsory’. ‘Free education’ means that no child, other than a
child who has been admitted by his or her parents to a school which is not supported by the
appropriate Government, shall be liable to pay any kind of fee or charges or expenses which may
prevent him or her from pursuing and completing elementary education. ‘Compulsory education’
casts an obligation on the appropriate Government and local authorities to provide and ensure
admission, attendance and completion of elementary education by all children in the 6-14 age group.
With this, India has moved forward to a rights based framework that casts a legal obligation on the
Central and State Governments to implement this fundamental child right as enshrined in the Article
21A of the Constitution, in accordance with the provisions of the RTE Act.
The RTE Act provides
• Right of children to free and compulsory education till completion of elementary education
in a neighbourhood school.
• It clarifies that ‘compulsory education’ means obligation of the appropriate government to
provide free elementary education and ensure compulsory admission, attendance and
completion of elementary education to every child in the six to fourteen age group. ‘Free’
means that no child shall be liable to pay any kind of fee or charges or expenses which may
prevent him or her from pursuing and completing elementary education.
• It makes provisions for a non-admitted child to be admitted to an age appropriate class.
• It specifies the duties and responsibilities of appropriate Governments, local authority and
parents in providing free and compulsory education, and sharing of financial and other
responsibilities between the Central and State Governments.
• It lays down the norms and standards relating inter alia to Pupil Teacher Ratios (PTRs),
buildings and infrastructure, school-working days, teacher-working hours.
• It provides for rational deployment of teachers by ensuring that the specified pupil teacher
ratio is maintained for each school, rather than just as an average for the State or District or
Block, thus ensuring that there is no urban-rural imbalance in teacher postings. It also

provides for prohibition of deployment of teachers for non-educational work, other than
decennial census, elections to local authority, state legislatures and parliament, and disaster
relief.
• It provides for appointment of appropriately trained teachers, i.e. teachers with the requisite
entry and academic qualifications.
• It prohibits
(a) physical punishment and mental harassment;
(b) screening procedures for admission of children;
(c) capitation fee;
(d) private tuition by teachers and
(e) running of schools without recognition,
• It provides for development of curriculum in consonance with the values enshrined in the
Constitution, and which would ensure the all-round development of the child, building on the
child’s knowledge, potentiality and talent and making the child free of fear, trauma and
anxiety through a system of child friendly and child centred learning.
Questions
1. What do you meant by Non detention policy? Discuss the merits of Non detention policy.
2. Explain the problems in NDP.
3. Define RTE act and describe its relationship with curriculum, pedagogy and teachers.
4. Explain the various dimensions of Assessment.
5. Discuss the merits and demerits of Competitive exams.
UNIT – 8
PARTICIPATORY APPROACH
Course objectives
The student teacher will be able to
1. know the participatory approach and its benefits
2. understand the process involved in participatory approach
3. know the advantages of participatory assessment
4. develop community monitoring of assessment.
5. point out the key issues in teacher autonomy in assessment.

Participatory Assessment
Participatory assessment is a means of building partnerships with people from certain
communities of all ages and backgrounds. The partnership is fostered through structured discussions
and dialogue.
Participatory assessments may include holding separate discussions with women, girls, boys and
men, in order to:
• gather accurate information on the specific problems that they face,
• get information about the underlying causes of those problems,
• understand the capacities of various persons within the community,
• hear their proposed solutions to their problems.
A Major Benefit of Participatory Assessment
One of the most beneficial aspects of participatory assessments is the fact that it helps
mobilize communities to take collective action to improve their own quality of life. Participatory
assessments also form the basis for the implementation of a rights and community-based approach.
Advantages of Participatory Assessment
• Less time grading and more time for student interaction
• Greater class participation
• Positive classroom experiences
• Learning
Steps for conducting participatory assessment
• Step 1: Reviewing existing information
• Step 2: Mapping diversity
• Step 3: Methods of enquiry
• Step 4: Selecting themes
• Step 5: Facilitating discussions
• Step 6: Systematizing the information gathered
• Step 7: Follow-up actions
• Step 8: Comprehensive analysis and prioritization

• Step 9: Recording meetings
• Step 10: Participatory planning workshop
Community-based approach
A community-based approach motivates women, girls, boys and men in the community to
participate in a process which allows them to express their needs and to decide their own future with
a view to their empowerment. It requires recognition that they are active participants in decision-
making. It also seeks to understand the community’s concerns and priorities, mobilizing community
members and engaging them in protection and programming. The focus is on helping refugees
organize themselves to solve their own problems. The role of UNHCR is to support the building,
rebuilding and strengthening of communities’ capacities to respond to protection risks and to make
decisions over access to and use of resources. Participatory assessment is carried out in the spirit of
shared responsibility for enhancing protection of all members of the community and is an essential
component of community-based work.
Teacher autonomy in Assessment
Teacher autonomy has become an important aspect of the teacher professionalism. An
autonomous teacher will be able to produce autonomous learners are also able to be independent
implementers of government policies in particular education policies. Queensland Studies Authority
(2010) outlined the importance and benefit of SBA in the education system claiming that: - The
students are able to improve their learning to the optimum, - The students constant and detailed
feedback and suggestions to improve, - Teachers have the opportunity to use variety of assessment
techniques, - Teachers are able to improve on their assessment knowledge and techniques, -
Teachers are able to adopt the curriculum and assessment to the students local needs The role of the
teacher in this teaching environment demands more independence as they should be free to
determine the best remedy for their students learning problem. Teachers are the best person to
determine their students need and address their learning problems. Teacher’s responsibility in SBA
is viewed as an important aspect in the T&L process. Integration of assessment in the T&L process
would help the teachers in identifying their students’ immediate learning problem and help the
teachers to provide real-time solution to overcome the problem.
Questions
1. Explain Participatory approach.
2. Describe the process involved in participatory approach.

3. Explain the advantages of participatory assessment.
4. Explain community monitoring of assessment.
5. Describe the teacher autonomy in assessment.
UNIT – 9
PREVALENT PRACTICES OF ASSESSMENT
Course objectives
The student teachers will be able to
understand the drawbacks of present assessment system;
analysis assessment for better learning;
understand assessment for confidence building;

develop building self-confidence; and
know assessment for creative learning.
INTRODUCTION
In a rapidly changing world, the education system in India is re-shaping and refreshing itself
day by day. The most sensitive part of curriculum change is change in the Assessment and
Evaluation system. For quality assurance and for maintaining public confidence, links with
authorities like International Assessments for Indian Schools and distinguished foreign institutions
are thought to be vital. The Government of the Republic of India through the Ministry of Human
Resource Development is the controlling authority of the assessment systems and procedures. The
Educational Boards and Councils in different states and union territories are applying their own
strategies to assess and evaluate the learners keeping a similarity with the standard and norms as
used in CBSE and ICSE. A number of national levels Councils NCTE, IMC, AICTE, NCERT etc.
are also directly involved in this system. It seems that assessment will continue to be a contentious
issue and Indian students will continue to take part in the national and international tests. The key
factor for the system and the educational institutions is to establish equilibrium between measuring
and assessing achievements and the practical consequences on the teaching -learning process.
Because the educated members of the élite society are no longer of the opinion that the learners
should be accessed through global standard norms and criteria, some Universities and Academic
Institutions of national and international reputation are introducing their own admission tests.
PRESENT EDUCATION SYSTEM
The present system of assessment and evaluation for school education in India is exam based.
Therefore, it focuses only on cognitive learning outcomes and in the process co-curricular domains
are neglected, even though co-curricular areas are an equally important and significant part of child
development. Even in curricular areas the focus is on rote learning and memorization, characterized
by a neglect of higher mental abilities such as critical thinking, problem solving and creative ability.
In India, The National Curriculum Framework – 2005 developed on the basis of 21 position papers
has looked into every aspect of school education. The document states that examinations require
systemic reforms in the context of evaluation and assessment. The high failure rates, increasing
number of school drop outs, unhealthy competition, stress, nervous breakdowns and suicides among
learners make it imperative for Indian educationists to look into the evaluation system of the country
which is at present examination oriented.
DRAWBACKS OF PRESENT ASSESSMENT SYSTEM

Assessment is the process of documenting, usually in measurable terms, knowledge, skills,
attitudes and beliefs. Evaluation is an important aspect of any education system. Student learning can
be improved through well-planned procedures of evaluation that are inbuilt in the teaching learning
process. Many times teachers attempt to assess the progress of learning while teaching in the
classroom – sometimes deliberate and at times spontaneous. Thus evaluation is considered as an
integral part of teaching learning process. Evaluation is a process of collecting, analyzing and
interpretation of the evidences about students' progress in cognitive and non-cognitive areas. On the
basis of these evidences teacher could take certain decisions to improve classroom practices for
enhancing the attainment levels among students. Evidences are collected, analyzed and interpreted
through some tools and techniques. Tests are most prominent tools to collect evidences about the
progress of learning among learners.
Observation is an important technique used to collect evidences of development in
specifically co-scholastic areas. Tests provide the marks or grades and observation gives an idea or
impression. Evaluation is a decision-making process that intends to lead students towards better
performance and consequently helps to bring about qualitative improvement in education. It is both
process and product. When we talk about the evaluation process, it mainly focuses on teachers as the
teacher has to decide why, what, when and how to evaluate and how to make sense of it. The
thoughtful teacher uses the information of students' results as guide to improve his/her own teaching
practices. The performance of learners in scholastic areas can either be evaluated during the process
of instruction or after completion of instruction in a regular temporal sequence. The former is
formative evaluation and the latter is summative evaluation. The evaluation in scholastic areas is
mostly focused on the attainment of instructional as well as educational objectives. Some of the
important purposes of evaluation are:
• to know the efficacy of instruction, to determine the rate of progress of learners,
• to predict success of learners in their future scholastic endeavors,
• to know the attainment of instructional and educational objectives,
• to motivate learners for better learning,
• to diagnose the weaknesses,
• to provide continuous record of achievement,
• to place students in rank order and
• to increase self confidence among students
The process of evaluation involves in selection of suitable tools and techniques for collecting
evidences to know the progress of performance among learners.

In spite having advantages, following could be the draw backs of the present System.
• It would be tough to measure or calculate the exact marks.
• Work load of teachers would be increased a lot.
• Regular teaching would be affected.
• Mobility or transferring of students from one institution to another one would be problematic.
• Maintaining compatibility among main subject’s papers and soft papers would be
challenging one.
• Offering more than one programme of different nature simultaneously would be challenging
one.
• Extra burden would be experience by the institution.
• Mastery over concerned subject would be hampered.
• Problems of indiscipline would be happened as full liberty or choices of students are given
maximum importance.
• Different nature and standard of institution will forced problem in maintain the equality in
terms of mobility of students as everyone would desire to move from sub standard institution
or university to standard one.
• It may pose problems in maintaining the cumulative record of every student.
• Seriousness of students will go away from the examination as much weightage is given to
continuous or internal assessment and evaluation.
• Most of the time will have to be consumed for setting papers for different type of
examinations.
• It will call to increase the infrastructure to house or accommodate the students.
• Equalisation of performance through it may discourage the gifted and talented students.
• Research work and innovation would get hampered, as most of the time teachers have to be
involved in setting papers and making arrangement for the examinations.
• Chance of subjectivity would be maximum, as internal evaluation has 40 % weightage.
ASSESSMENT FOR BETTER LEARNING
Assessment should help the learners move beyond their ability by providing them with
constructive feedback about their strengths and weaknesses. Assessment cannot stand by itself and
any language assessment should give students an opportunity to demonstrate what they know and
can do with language. “First and foremost, assessment must encourage students to reflect on their

own reading and writing in productive ways, to evaluate their own intellectual growth, and to set
goals.” (IRA/NCTE Joint Task Force on Assessment, 1994, p. 13)
Through constant interaction with students, teachers can assess the learner’s work and the
wide range of work presented by different students makes the assessment easier.
Assessment for better learning can take various forms such as:
Self assessment which enables students to monitor their own progress against specific
objectives and evidence from their own work.
Peer assessment which helps to improve learning and to develop social and cooperative
skills.
Teacher's assessment which progress and strengths are recognised, difficulties diagnosed
and strategies to overcome them planned.
ASSESSMENT FOR CONFIDENT BUILDING
No matter what your self-confidence level is right now, you can probably improve it. But you
need to believe in yourself and your capabilities before anyone else will.
Bandura's theory of self-efficacy is a great place to start looking for ways to improve the way
you see your abilities. According to the theory, there are four sources of self-efficacy:
• Mastery experiences – things you have succeeded at in the past.
• Vicarious experiences – seeing people who are similar to you succeed.
• Social persuasion – hearing from others that you're capable.
• Emotional status – staying positive, and managing stress.
Three of these sources (the first, second, and fourth) are within your control, so we'll look at
them more closely. However, while we can’t force people to say good things about us (the third
source), we can increase the likelihood of receiving positive feedback by being more confident in
general.
Layering assessment on top of it all can create a maelstrom of stress.

How can we help students feel in control, confident and willing to approach learning new
material? How can we help them feel poised for success on assessments and confident with new
material?
1. Say It Out Loud
When students encounter material for the first time, it is helpful if they can talk it out with a
peer or teacher. This might be in the form of dealing with a vocabulary word, a scientific concept, a
math problem, or a verb tense in a world language. The verbal processing that takes place in
conversation with a trusted peer or teacher settles the learner, provides an opportunity to try out the
language associated with the new topic, and arms him or her with confidence. Through trial, error
and immediate feedback, the student now feels more confident setting out on his or her own to tackle
the topic.
2. Brain Dump
After learning new material for a set period of time, have students do a brain dump on a
blank piece of paper. This serves the purpose of helping the student realize that learning and
knowledge acquisition have been happening. It helps to raise student confidence and is also a useful
approach for the teacher to receive feedback and see where gaps exist. Consider using this valuable
approach with students as soon as they receive an assessment, before attempting to answer any
questions. For some students, holding the information inside their head can cause anxiety and
confusion. Taking a deep breath, dumping the information on a blank page, and seeing what it looks
like prepares the student for success on the assessment. This brain dump then serves as a study
guide.
3. Not All in a Straight Line
For many students, learning is not linear. On an assessment, one of the keys to remember is
that the first question might not be the best place to start. Sometimes, a student will look at the first
question on an assessment and panic, thinking he or she knows nothing. That can derail the rest of
the assessment. Instead, students should take a holistic approach, spend some time scanning the
entire assessment, and look for a positive entry point where they feel most confident. Similarly, as
teachers consider the entry point for learning new material, recognizing that each child may have a
different entry point is important, so being multi-modal is critical.
4. Be Visual or Musical

The artist and the musician live inside each student, and tapping into that creative side can
unleash the student to learn and acquire knowledge. I can still recall the scene from the 1970s
sitcom Happy Days when the musically talented character, Potsie, is trying to study for his biology
test. The information is overwhelming him, and he doesn't know where to begin -- until he realizes
that putting the vocabulary in the form of a song will help him master the material. Potsie soars from
that point on as a student, and the viewer feels his newfound confidence. His teacher can't believe
that he actually learned the material, so Potsie proves him wrong by performing the song, "Pump
Your Blood."
ASSESSMENT FOR CREATIVE LEARNERS
India’s educational system is modelled on the mass education system that developed in the
19th century in Europe and later spread around the world. Tracing the roots of the movement, the
goal is clear — to condition children as “good” citizens and productive workers. This suited the
industrial age that needed the constant supply of a compliant workforce with a narrow set of
capabilities. The educational environment even today resembles factories with bells, uniforms and
batch-processing of learners. They are designed to get learners to conform.
From an economic standpoint, the environment today is very different. In a complex, volatile
and globally interconnected world, new-age skill-sets are essential. Wired magazine estimated that
70 per cent of today’s occupations would become automated by the end of this century. What will be
the role of humans in this new economy? Linear, routine thinking will have no advantage. It calls for
flexibility, adaptation, new thinking, paradigm shifts, and innovation — and that is the language of
creativity. Creativity is an essential 21st century skill.
From a scientific perspective, creativity is an aptitude for new, original and imaginative
thinking. Let us consider some key aspects of an educational system with creativity at its core
Outcomes: In a creative educational system, the infinite range of human abilities and talents finds an
equal place. Creative learning produces growth in both cognitive and affective dimensions and leads
to the production of outcomes that are rich and complex, original and expressive. There is a
harmonious development of body, mind and spirit. Outcomes include the development of higher-
order thinking skills, creativity, problem-solving ability, self-awareness and aesthetic sensibilities.
Pedagogy: Several studies suggest that the innate creativity and curiosity of children are lost in the
conventional schooling methods. In creative classrooms, the teacher and students are participants in

the learning process. Pedagogies take into account the diversity of learning styles, involve all the
senses and body, and are fundamentally experiential in nature. Learning about the environment
challenges students to use complex thinking, provide time to think and play with new ideas and
encounter knowledge in varied ways to lead to personal and meaningful insights. Classrooms are
playgrounds for exploration, inquiry and reflection.
Assessments: Current assessment mechanisms largely rely on a one-time, high-stake standardised
testing measuring a narrow range of abilities. Studies indicate that gifted students underachieve in
these assessments, and up to 30 per cent of high school dropouts may be highly gifted. Assessments
that nurture creativity are built for intrinsic motivation and enable growth on one’s unique path.
They are flexible, cover diverse dimensions and rely extensively on self-assessment. They encourage
students to raise questions, probe, create possibilities and give play to imagination.
Content: Today, there is an inbuilt hierarchy of content in education. For the 21st century economy,
content knowledge has little meaning without the skills of creativity, problem-solving, and human
connection. In a creative system, any kind of creative potential has an equal chance of blossoming,
be it in languages, maths, art or any other. Creative thinking, imagination and expression are the core
focus across all content. There is cross-pollination of subjects and an infusion of art, aesthetics and
design into the mainstream.
Globally, there is a growing body of thinkers, parents and educators concerned with the system.
Creativity, design thinking and metacognition are being recognised as 21st century skills. Finland
went against the tide in its education policies and has generated interest for its high scores. It follows
a highly decentralised and flexible structure with high-quality teachers who have autonomy over
curriculum and student assessments. There is no standardised testing, and teaching is a coveted
profession.
A nation’s educational system can unfold from its innate strengths, and uniqueness. India can take
inspiration from its days of educational and intellectual excellence. Learning was infused with
music, art and poetry. Higher-order thinking, self-awareness, deep inquiry, aesthetics, intuition,
discussions and debates were integral to education. Creativity in many ways was pervasive in the
goals, methods and content of education.
QUESTIONS

1. Elucidate the drawbacks of present assessment system.
2. Describe the assessment for better learning.
3. How can you build your students self-confidence?
4. Write about assessment for creative learning.
5. How can you help pupils feel in confident and willing to approach new learning?
UNIT 10
REPORTING QUANTITATIVE ASSESSMENT OF DATA
Course objectives
The student teachers will be able to
know the performance assessment and benefits;
utilize the reflective journal and advantages;
obtain knowledge of student portfolios;
obtain knowledge of measures of central tendency; and
understand correlation and advantages.
INTRODUCTION
In its simplest terms, a performance assessment is one which requires students to demonstrate
that they have mastered specific skills and competencies by performing or producing something.
Advocates of performance assessment call for assessments of the following kind: designing and
carrying out experiments; writing essays which require students to rethink, to integrate, or to apply
information; working with other students to accomplish tasks; demonstrating proficiency in using a
piece of equipment or a technique; building models; developing, interpreting, and using maps;
making collections; writing term papers, critiques, poems, or short stories; giving speeches; playing
musical instruments; participating in oral examinations; developing portfolios; developing athletic
skills or routines, etc.
Invariably, proponents of performance assessment also advocate the use of student portfolios.
In doing so, they also remind us that a portfolio is more than a folder stuffed with student papers,

video tapes, progress reports, or related materials. It must be a purposeful collection of student work
that tells the story of a student’s efforts, progress, or achievement in a given area over a period of
time. If it is to be useful, specific design criteria also must be used to create and maintain a portfolio
system.
REFLECTIVE JOURNAL
A reflective journal is a means of recording ideas, personal thoughts and experiences, as well
as reflections and insights a student have in the learning process of a course. In addition to the
demands of a typical written assignment (e.g. able to give definition on concepts, demonstrate basic
understanding of course materials), reflective journal requires the students to think more deeply, to
challenge their old ideas with new incoming information, to synthesize the course materials they
have learnt into their personal thoughts and philosophy, and also to integrate it into their daily
experiences and future actions. The benefits of the reflective learning process are usually
accumulated over a period of time, in which the students usually show a series of developmental
changes, personal growth and changes in perspectives during the process.
ADVANTAGES OF REFLECTIVE JOURNAL
Active learning - The process of reflection encourages the students to take the initiative to
be active, self-driven; allows individual learner to explore concepts and ideas in relation to
their thoughts and feelings from different perspectives. Students can become independent
thinkers through the practice and to enable themselves to solve various problems on their
own.
Understanding the progress of students - Reflective journals provide good opportunities
for teachers to gain better understanding about how the students think and feel about the
course, and the learning progress of the students throughout the course, which will eventually
enhance the students’ learning process.
Improving writing skills - Writing reflective journals can involve students in a new form of
writing which they may not have a chance to experience in the past. This exposure can bring
out improvement in students’ writing skills.

Freely expressing personal views and criticizing of one-self - Reflective journal
assignments provide the platform for students to freely express what they think and feel
about the course and their learning process, and also promote their expression of ideas,
personal experiences and opinions. This is an ideal place for students who are generally not
willing to speak up in the classes and tutorials to express themselves.
Enhance critical thinking and creativity - The process of self-reflection enhances the
development of critical thinking skills among students when they relate their knowledge to
real world issues. It It can help students develop their creativity and a questioning attitude
towards different issues and problems.
STUDENT PORTFOLIO
A student portfolio is a compilation of academic work and other forms of educational
evidence assembled for the purpose of (1) evaluating coursework quality, learning progress, and
academic achievement; (2) determining whether students have met learning standards or other
academic requirements for courses, grade-level promotion, and graduation; (3) helping students
reflect on their academic goals and progress as learners; and (4) creating a lasting archive of
academic work products, accomplishments, and other documentation. Advocates of student
portfolios argue that compiling, reviewing, and evaluating student work over time can provide a
richer, deeper, and more accurate picture of what students have learned and are able to do than more
traditional measures—such as standardized tests, quizzes, or final exams—that only measure what
students know at a specific point in time.
Portfolios come in many forms, from notebooks filled with documents, notes, and graphics to
online digital archives and student-created websites, and they may be used at the elementary, middle,
and high school levels. Portfolios can be a physical collection of student work that includes materials
such as written assignments, journal entries, completed tests, artwork, lab reports, physical projects
(such as dioramas or models), and other material evidence of learning progress and academic
accomplishment, including awards, honors, certifications, recommendations, written evaluations by
teachers or peers, and self-reflections written by students. Portfolios may also be digital archives,
presentations, blogs, or websites that feature the same materials as physical portfolios, but that may
also include content such as student-created videos, multimedia presentations, spread sheets,
websites, photographs, or other digital artefacts of learning.
Online portfolios are often called digital portfolios or e-portfolios, among other terms. In
some cases, blogs or online journals may be maintained by students and include ongoing reflections

about learning activities, progress, and accomplishments. Portfolios may also be presented—publicly
or privately—to parents, teachers, and community members as part of a demonstration of
learning, exhibition, or capstone project.
It’s important to note that there are many different types of portfolios in education, and each
form has its own purpose. For example, “capstone” portfolios would feature student work completed
as part of long-term projects or final assessments typically undertaken at the culmination of a middle
school or high school, or at the end of a long-term, possibly multiyear project. Some portfolios are
only intended to evaluate learning progress and achievement in a specific course, while others are
maintained for the entire time a student is enrolled in a school. And some portfolios are used to
assess learning in a specific subject area, while others evaluate the acquisition of skills that students
can apply in all subject areas.
The following arguments are often made by educators who advocate for the use of portfolios in the
classroom:
Student portfolios are most effective when they are used to evaluate student learning progress
and achievement. When portfolios are used to document and evaluate the knowledge, skills,
and work habits students acquire in school, teachers can use them to adapt instructional
strategies when evidence shows that students either are or are not learning what they were
taught. Advocates typically contend that portfolios should be integrated into and inform the
instructional process, and students should incrementally build out portfolios on an ongoing
basis—i.e., portfolios should not merely be an idle archive of work products that’s only
reviewed at the end of a course or school year.
Portfolios can help teachers monitor and evaluate learning progress over time. Tests and
quizzes give teachers information about what students know at a particular point in time, but
portfolios can document how students have grown, matured, and improved as learners over
the course of a project, school year, or multiple years. For this reason, some educators argue
that portfolios should not just be compilations of a student’s best work, but rather they should
include evidence and work products that demonstrate how students improved over time. For
example, multiple versions of an essay can show how students revised and improved their
work based on feedback from the teachers or their peers.
Portfolios help teachers determine whether students can apply what they have learned to new
problems and different subject areas. A test can help teachers determine, for example,
whether students have learned a specific mathematical skill. But can those students also
apply that skill to a complex problem in economics, geography, civics, or history? Can they
use it to conduct a statistical analysis of a large data set in a spread sheet? Or can they use it

to develop a better plan for a hypothetical business. (Educators may call this ability to apply
skills and knowledge to novel problems and different domains “transfer of learning”).
Similarly, portfolios can also be used to evaluate student work and learning in non-school
contexts. For example, if a student participated in an internship or completed a project under
the guidance of an expert mentor from the community, students could create portfolios over
the course of these learning activities and submit them to their teachers or school as evidence
they have met certain learning expectations or graduation requirements.
Portfolios can encourage students to take more ownership and responsibility over the
learning process. In some schools, portfolios are a way for students to critique and evaluate
their own work and academic progress, often during the process of deciding what will be
included in their portfolios. Because portfolios document learning growth over time, they can
help students reflect on where they started a course, how they developed, and where they
ended up at the conclusion of the school year. When reviewing a portfolio, teachers may also
ask students to articulate the connection between particular work products and the academic
expectations and goals for a course. For these reasons, advocates of portfolios often
recommend that students be involved in determining what goes into a portfolio, and that
teachers should not unilaterally make the decisions without involving students. For related
discussions, see student engagement and student voice.
Portfolios can improve communication between teachers and parents. Portfolios can also help
parents become more informed about the education and learning progress of their children,
what is being taught in a particular course, and what students are doing and learning in the
classroom. Advocates may also contend that when parents are more informed about and
engaged in their child’s education, they can play a more active role in supporting their
children at home, which could have a beneficial effect on academic achievement and long-
term student outcomes.
ASSESSING REFLECTIVE JOURNAL AND STUDENT PORTFOLIOS
Assessment of the reflective diaries
The assessment of the diaries was based on the quality of the evidence presented in the
selected items in relation to the three objectives of the module, and in particular the reflection on
current assessment practice based on theories. To explore the students’ perceptions and views on this
new assessment approach, 18 students were randomly selected for interviews after the assessment.
During the interviews, students were invited to talk about their views on the portfolio assessment

approach, their experience in preparing the portfolios, and their perceptions of the effects of portfolio
assessment on their learning.
How to design a good Reflective Journal Assessment?
• Consider the types of reflective journals that fit your course (if students are inexperienced
with reflective journals, the structured form would be more ‘student-friendly’ because
specific questions and guidelines are available)
• Make sure there are clear ideas about expectations and assessment criteria given to the
students. (e.g. What can students put in their journals? What is the definition of ‘reflection’?
What is the approximate length for each journal entry?)
• Try to make students understand the purpose and benefits of reflective journals at the very
beginning
• Make sure that teachers have explained and discussed the policies concerning privacy and
confidentiality of information with students
• Decide the regularity of journal entry (e.g. weekly, monthly)
• Provide timely feedback to students
WHAT IS PORTFOLIO ASSESSMENT?
Portfolio assessment is an assessment form that learners do together with their teachers, and
is an alternative to the classic classroom test. The portfolio contains samples of the learner's work
and shows growth over time. An important keyword is reflection: By reflection on their own work,
learners begin to identify the strengths and weaknesses of their own work (self-assessment). The
weaknesses then become improvement goals. In portfolio assessment it is the quality that counts, not
the quantity. Another keyword is learning objectives. Each portfolio entry needs to be assessed with
reference to its specific learning objectives or goals.
Different schools may create different forms of portfolios. Some schools create portfolios
that are a representative sample of the learners' work, while other schools use the portfolios as an
assessment tool that can be an alternative to classical classroom tests and standardized teacher
evaluation.

Portfolio Assessment
Portfolio approaches to assessing literacy have been described in a wide variety of
publications (Flood & Lapp, 1989; Lamme & Hysmith, 1991; Matthews, 1990; Tierney, Carter, &
Desai, 1991; Valencia, 1990; Wolf, 1989) so that many descriptions of portfolios exist. Generally
speaking, a literacy portfolio is a systematic collection of a variety of teacher observations and
student products, collected over time, that reflect a student's developmental status and progress made
in literacy.
Instructional Outcomes
A portfolio is not a random collection of observations or student products; it is systematic in
that the observations that are noted and the student products that are included relate to major
instructional goals. For example, book logs that are kept by students over the year can serve as a
reflection of the degree to which students are building positive attitudes and habits with respect to
reading. A series of comprehension measures will reflect the extent to which a student can construct
meaning from text. Developing positive attitudes and habits and increasing the ability to construct
meaning are often seen as major goals for a reading program.
Multiple Products Collected over Time
Portfolios are multifaceted and begin to reflect the complex nature of reading and writing.
Because they are collected over time, they can serve as a record of growth and progress. By asking
students to construct meaning from books and other selections that are designed for use at various
grade levels, a student's level of development can be assessed. Teachers are encouraged to set
standards or expectations in order to then determine a student's developmental level in relation to
those standards (Lamme & Hysmith, 1991).
Variety of Materials
Portfolios can consist of a wide variety of materials: teacher notes, teacher-completed
checklists, and student self- reflections, reading logs, sample journal pages, written summaries,
audiotapes of retellings or oral readings, videotapes of group projects, and so forth (Valencia, 1990).
All of these items are not used all of the time.
Student Involvement

An important dimension of portfolio assessment is that it should actively involve the students
in the process of assessment (Tierney, Carter, & Desai, 1991).
Effective Means of Evaluating Reading and Writing
There are many ways in which portfolios have proven effective. They provide teachers with a
wealth of information upon which to base instructional decisions and from which to evaluate student
progress (Gomez, Grau, & Block, 1991). They are also an effective means of communicating
students' developmental status and progress in reading and writing to parents (Flood & Lapp, 1989).
Teachers can use their record of observations and the collection of student work to support the
conclusions they draw when reporting to parents. Portfolios can also serve to motivate students and
promote student self-assessment and self-understanding (Frazier & Paulson, 1992).
Brings Assessment in Line with Instruction
Portfolios are an effective way to bring assessment into harmony with instructional goals.
Portfolios can be thought of as a form of "embedded assessment"; that is, the assessment tasks are a
part of instruction. Teachers determine important instructional goals and how they might be
achieved. Through observation during instruction and collecting some of the artifacts of instruction,
assessment flows directly from the instruction (Shavelson, 1992).
Portfolios can contextualize and provide a basis for challenging formal test results based on
testing that is not authentic or reliable. All too often students are judged on the basis of a single test
score from a test of questionable worth (Darling-Hammong & Wise, 1985; Haney & Madaus, 1989).
Student performance on such tests can show day-to-day variation. However, such scores diminish in
importance when contrasted with the multiple measures of reading and writing that are part of a
literacy portfolio.
Valid Measures of Literacy
Portfolios are extremely valid measures of literacy. A new and exciting approach to validity,
known as consequential validity, maintains that a major determinant of the validity of an assessment
measure is the consequence that the measure has upon the student, the instruction, and the
curriculum (Linn, Baker, & Dunbar, 1991). There is evidence that portfolios inform students, as well
as teachers and parents, and that the results can be used to improve instruction, another major
dimension of good assessment (Gomez, Grau, & Block, 1991).

MEASURES OF CENTRAL TENDENCY
A measure of central tendency is a single value that attempts to describe a set of data by
identifying the central position within that set of data. As such, measures of central tendency are
sometimes called measures of central location. They are also classed as summary statistics. The
mean (often called the average) is most likely the measure of central tendency that you are most
familiar with, but there are others, such as the median and the mode.
The mean, median and mode are all valid measures of central tendency, but under different
conditions, some measures of central tendency become more appropriate to use than others. In the
following sections, we will look at the mean, mode and median, and learn how to calculate them and
under what conditions they are most appropriate to be used.
ARITHMETIC MEAN
The arithmetic mean is the most common measure of central tendency. It is simply the sum
of the numbers divided by the number of numbers. The symbol "µ" is used for the mean of a
population. The symbol "M" is used for the mean of a sample. The formula for µ is shown below:
µ = ΣX/N
where ΣX is the sum of all the numbers in the population and
N is the number of numbers in the population.
The formula for M is essentially identical:
M = ΣX/N
where ΣX is the sum of all the numbers in the sample and N is the number of numbers in the
sample.
As an example, the mean of the numbers 1, 2, 3, 6, 8 is 20/5 = 4 regardless of whether the
numbers constitute the entire population or just a sample from the population.
Table 1 shows the number of touchdown (TD) passes thrown by each of the 31 teams in the
National Football League in the 2000 season. The mean number of touchdown passes thrown is
20.4516 as shown below.

µ = ΣX/N
= 634/31
= 20.4516
Table 1. Number of touchdown passes.
37 33 33 32 29 28 28 23 22 22 22 21 21 21 20 20
19 19 18 18 18 18 16 15 14 14 14 12 12 9 6
Although the arithmetic mean is not the only "mean" (there is also a geometric mean), it is by
far the most commonly used. Therefore, if the term "mean" is used without specifying whether it is
the arithmetic mean, the geometric mean, or some other mean, it is assumed to refer to the arithmetic
mean.
MEDIAN
The median is also a frequently used measure of central tendency. The median is the
midpoint of a distribution: the same number of scores is above the median as below it. For the data
in Table 1, there are 31 scores. The 16th highest score (which equals 20) is the median because there
are 15 scores below the 16th score and 15 scores above the 16th score. The median can also be
thought of as the 50th percentile.
COMPUTATION OF THE MEDIAN
When there is an odd number of numbers, the median is simply the middle number. For
example, the median of 2, 4, and 7 is 4. When there is an even number of numbers, the median is the
mean of the two middle numbers. Thus, the median of the numbers 2, 4, 7, 12 is (4+7)/2 = 5.5. When
there are numbers with the same values, then the formula for the third definition of the 50th
percentile should be used.
MODE
The mode is the most frequently occurring value. For the data in Table 1, the mode is 18
since more teams (4) had 18 touchdown passes than any other number of touchdown passes. With

continuous data such as response time measured to many decimals, the frequency of each value is
one since no two scores will be exactly the same. Therefore the mode of continuous data is normally
computed from a grouped frequency distribution. Table 2 shows a grouped frequency distribution for
the target response time data. Since the interval with the highest frequency is 600-700, the mode is
the middle of that interval (650).
Table 2. Grouped frequency distribution.
Range Frequency
500-600
600-700
700-800
800-900
900-1000
1000-1100
3
6
5
5
0
1
Measures of Dispersion
Measures of central tendency, Mean, Median, Mode, etc., indicate the central position of a
series. They indicate the general magnitude of the data but fail to reveal all the peculiarities and
characteristics of the series. In other words, they fail to reveal the degree of the spread out or the
extent of the variability in individual items of the distribution. This can be explained by certain other
measures, known as ‘Measures of Dispersion’ or Variation.
We can understand variation with the help of the following example :
----------------------------------------------
Series 1 Series 11 Series III
---------------------------------------------
10 2 10
10 8 12
10 20 8
---------------------------------------------
∑X = 30 30 30

----------------------------------------------
In all three series, the value of arithmetic mean is 10. On the basis of this average, we can say
that the series are alike. If we carefully examine the composition of three series, we find the
following differences:
(i) In case of 1st series, three items are equal; but in 2nd and 3rd series, the items are unequal and do
not follow any specific order.
(ii) The magnitude of deviation, item-wise, is different for the 1st, 2nd and 3rd series. But all these
deviations cannot be ascertained if the value of simple mean is taken into consideration.
(iii) In these three series, it is quite possible that the value of arithmetic mean is 10; but the value of
median may differ from each other. This can be understood as follows ;
I II III
10 2 8
10 Median 8 Median 10 Median
10 20 12
The value of Median’ in 1st series is 10, in 2nd series = 8 and in 3rd series = 10. Therefore,
the value of the Mean and Median are not identical.
(iv) Even though the average remains the same, the nature and extent of the distribution of the size
of the items may vary. In other words, the structure of the frequency distributions may differ even
though their means are identical.
Meaning of Dispersion
Simplest meaning that can be attached to the word ‘dispersion’ is a lack of uniformity in the
sizes or quantities of the items of a group or series. According to Reiglemen, “Dispersion is the
extent to which the magnitudes or quantities of the items differ, the degree of diversity.” The word
dispersion may also be used to indicate the spread of the data.
In all these definitions, we can find the basic property of dispersion as a value that indicates
the extent to which all other values are dispersed about the central value in a particular distribution.
Properties of a good measure of Dispersion
There are certain pre-requisites for a good measure of dispersion:
1. It should be simple to understand.

2. It should be easy to compute.
3. It should be rigidly defined.
4. It should be based on each individual item of the distribution.
5. It should be capable of further algebraic treatment.
6. It should have sampling stability.
7. It should not be unduly affected by the extreme items.
Types of Dispersion
The measures of dispersion can be either ‘absolute’ or “relative”. Absolute measures of
dispersion are expressed in the same units in which the original data are expressed. For example, if
the series is expressed as Marks of the students in a particular subject; the absolute dispersion will
provide the value in Marks. The only difficulty is that if two or more series are expressed in different
units, the series cannot be compared on the basis of dispersion.
‘Relative’ or ‘Coefficient’ of dispersion is the ratio or the percentage of a measure of absolute
dispersion to an appropriate average. The basic advantage of this measure is that two or more series
can be compared with each other despite the fact they are expressed in different units. Theoretically,
‘Absolute measure’ of dispersion is better. But from a practical point of view, relative or coefficient
of dispersion is considered better as it is used to make comparison between series.
Methods of Dispersion
Methods of studying dispersion are divided into two types :
(i) Mathematical Methods: We can study the ‘degree’ and ‘extent’ of variation by these
methods. In this category, commonly used measures of dispersion are :
(a) Range
(b) Quartile Deviation
(c) Average Deviation
(d) Standard deviation.
(ii) Graphic Methods: Where we want to study only the extent of variation, whether it is higher
or lesser a Lorenz-curve is used.
Mathematical Methods

(a) Range
It is the simplest method of studying dispersion. Range is the difference between the smallest value
and the largest value of a series. While computing range, we do not take into account frequencies of
different groups.
Formula: Absolute Range = L – S
Coefficient of Range =
where, L represents largest value in a distribution
S represents smallest value in a distribution
We can understand the computation of range with the help of examples of different series,
(i) Raw Data: Marks out of 50 in a subject of 12 students, in a class are given as follows:
12, 18, 20, 12, 16, 14, 30, 32, 28, 12, 12 and 35.
In the example, the maximum or the highest marks obtained by a candidate is ‘35’ and the lowest
marks obtained by a candidate is ‘12’. Therefore, we can calculate range;
L = 35 and S = 12
Absolute Range = L – S = 35 – 12 = 23 marks
(ii) Discrete Series
----------------------------------------------------------
Marks of the Students in No. of students
Statistics (out of 50)
(X) (f)
-----------------------------------------------------------
Smallest 10 4
12 10
18 16
Largest 20 15
-----------------------------------------------------------
Total = 45
-----------------------------------------------------------

Absolute Range = 20 – 10 = 10 marks
(iii) Continuous Series
------------------------------------------
X Frequencies
------------------------------------------
10 – 15 4
S = 10 15 – 20 10
L = 30 20 – 25 26
25 – 30 8
-------------------------------------------
Absolute Range = L – S = 30 – 10 = 20 marks
Range is a simplest method of studying dispersion. It takes lesser time to compute the
‘absolute’ and ‘relative’ range. Range does not take into account all the values of a series, i.e. it
considers only the extreme items and middle items are not given any importance. Therefore, Range
cannot tell us anything about the character of the distribution. Range cannot be computed in the case
of “open ends’ distribution i.e., a distribution where the lower limit of the first group and upper limit
of the higher group is not given.
The concept of range is useful in the field of quality control and to study the variations in the prices
of the shares etc.
(b) Quartile Deviations (Q.D.)
The concept of ‘Quartile Deviation does take into account only the values of the ‘Upper
quartile (Q3) and the ‘Lower quartile’ (Q1). Quartile Deviation is also called ‘inter-quartile range’. It
is a better method when we are interested in knowing the range within which certain proportion of
the items fall.

‘Quartile Deviation’ can be obtained as :
(i) Inter-quartile range = Q3 – Q1
(ii) Semi-quartile range =
(iii) Coefficient of Quartile Deviation =
Calculation of Inter-quartile Range, semi-quartile Range and Coefficient of Quartile
Deviation in case of Raw Data
Suppose the values of X are : 20, 12, 18, 25, 32, 10
In case of quartile-deviation, it is necessary to calculate the values of Q1 and Q3 by arranging the
given data in ascending of descending order.
Therefore, the arranged data are (in ascending order):
X = 10, 12, 18, 20, 25, 32
No. of items = 6
Q1 = the value of item = = 1.75th item
= the value of 1st item + 0.75 (value of 2nd item – value of 1st item)
= 10 + 0.75 (12 – 10) = 10 + 0.75(2) = 10 + 1.50 = 11.50
Q3 = the value of item =
= the value of 3(7/4)th item = the value of 5.25th item
= 25 + 0.25 (32 – 25) = 25 + 0.25 (7) = 26.075
Advantages of Quartile Deviation
Some of the important advantages are :
(i) It is easy to calculate. We are required simply to find the values of Q1 and Q3 and then apply the
formula of absolute and coefficient of quartic deviation.
(ii) It has better results than range method. While calculating range, we consider only the extreme
values that make dispersion erratic, in the case of quartile deviation, we take into account middle
50% items.
(iii) The quartile deviation is not affected by the extreme items.
Disadvantages
(i) It is completely dependent on the central items. If these values are irregular and abnormal the
result is bound to be affected.
(ii) All the items of the frequency distribution are not given equal importance in finding the values of
Q1 and Q3.

(iii) Because it does not take into account all the items of the series, considered to be inaccurate.
Similarly, sometimes we calculate percentile range, say, 90th and 10th percentile as it gives slightly
better measure of dispersion in certain cases.
(i) Absolute percentile range = P90 – P10.
(ii) Coefficient of percentile range =
This method of calculating dispersion can be applied generally in case of open end series
where the importance of extreme values are not considered.
(c) Average Deviation
Average deviation is defined as a value which is obtained by taking the average of the deviations of
various items from a measure of central tendency Mean or Median or Mode, ignoring negative signs.
Generally, the measure of central tendency from which the deviations arc taken, is specified in the
problem. If nothing is mentioned regarding the measure of central tendency specified than deviations
are taken from median because the sum of the deviations (after ignoring negative signs) is minimum.
Computation in case of raw data
(i) Absolute Average Deviation about Mean or Median or Mode=
where: N = Number of observations,
|d| = deviations taken from Mean or Median or Mode ignoring signs.
(ii) Coefficient of A.D. =
Steps to Compute Average Deviation :
(i) Calculate the value of Mean or Median or Mode
(ii) Take deviations from the given measure of central-tendency and they are shown as d.
(iii) Ignore the negative signs of the deviation that can be shown as d and add them to find S|d|.
(iv) Apply the formula to get Average Deviation about Mean or Median or Mode.
Example : Suppose the values are 5, 5, 10, 15, 20. We want to calculate Average Deviation and
Coefficient of Average Deviation about Mean or Median or Mode.
Solution : Average Deviation about mean (Absolute and Coefficient).
-------------------------------------------------------------------------------------------

Deviation from mean Deviations after ignoring signs
(x) d | d |
--------------------------------------------------------------------------------------------
5 – 6 6 =
5 – 6 6 where N = 5. SX = 55
10 + 1 1
15 + 4 4
20 + 9 9
--------------------------------------------------------------------------------------------
∑X = 55 ∑| d | = 26
--------------------------------------------------------------------------------------------
Calculation of Median
Advantages of Average Deviations
1. Average deviation takes into account all the items of a series and hence, it provides sufficiently
representative results.
2. It simplifies calculations since all signs of the deviations are taken as positive.
3. Average Deviation may be calculated either by taking deviations from Mean or Median or Mode.
4. Average Deviation is not affected by extreme items.
5. It is easy to calculate and understand.
6. Average deviation is used to make healthy comparisons.
Disadvantages of Average Deviations
1. It is illogical and mathematically unsound to assume all negative signs as positive signs.
2. Because the method is not mathematically sound, the results obtained by this method are not
reliable.
3. This method is unsuitable for making comparisons either of the series or structure of the series.
This method is more effective during the reports presented to the general public or to groups who are
not familiar with statistical methods.
(d) Standard Deviation
The standard deviation, which is shown by greek letter s (read as sigma) is extremely useful in

judging the representativeness of the mean. The concept of standard deviation, which was introduced
by Karl Pearson has a practical significance because it is free from all defects, which exists in a
range, quartile deviation or average deviation.
Standard deviation is calculated as the square root of average of squared deviations taken from
actual mean. It is also called root mean square deviation. The square of standard deviation i.e., s2 is
called ‘variance’.
Calculation of standard deviation in case of raw data
There are four ways of calculating standard deviation for raw data:
(i) When actual values are considered;
(ii) When deviations are taken from actual mean;
(iii) When deviations are taken from assumed mean; and
(iv) When ‘step deviations’ are taken from assumed mean.
(i) When the actual values are considered:
σ = where, N = Number of the items,
or σ2
= X = Given values of the series,
= Arithmetic mean of the series
We can also write the formula as follows :
σ = where, =
Steps to calculate σ
(i) Compute simple mean of the given values,
(ii) Square the given values and aggregate them
(iii) Apply the formula to find the value of standard deviation
Example: Suppose the values are given 2, 4, 6, 8, 10. We want to apply the formula
σ =
Solution: We are required to calculate the values of N, SX2. They are calculated as follows :
X X2
2 4
4 16
6 36
8 64
10 100
N = 5 ∑X2
= 220

σ =
Variance (σ)2
=
=
(ii) When the deviations are taken from actual mean
σ = where, N = no. of items and x = (X – )
Steps to Calculate σ
(i) Compute the deviations of given values from actual mean i.e., (X – ) and represent them by x.
(ii) Square these deviations and aggegate them
(iii) Use the formula, σ =
Example : We are given values as 2, 4, 6, 8, 10. We want to find out standard deviation.
X (X – ) = x x2
2 2 – 6 = – 4 (– 4)2
= 16
4 4 – 6 = – 2 (– 2)2
= 4
6 6 –6 = 0 = 0
8 8 – 6 = + 2 (2)2
= 4
10 10 – 6 = + 4 (4)2
= 16
N = 5 ∑x2
= 40
(iii) When the deviations are taken from assumed mean
σ =
where, N = no. of items,
dx = deviations from assumed mean i.e., (X – A).
A = assumed mean
Steps to Calculate :
(i) We consider any value as assumed mean. The value may be given in the series or may not be
given in the series.
(ii) We take deviations from the assumed value i.e., (X – A), to obtain dx for the series and
aggregate them to find ∑dx.
(iii) We square these deviations to obtain dx2 and aggregate them to find ∑dx2
.
(iv) Apply the formula given above to find standard deviation.
Example : Suppose the values are given as 2, 4, 6, 8 and 10. We can obtain the standard deviation
as:
-----------------------------------------------------------------

X dx = (X – A) dx2
-----------------------------------------------------------------
2 – 2 = (2 – 4) 4
assumed mean (A) 4 0 = (4 – 4) 0
6 + 2 = (6 – 4) 4
8 + 4 = (8 – 4) 16
10 + 6 = (10 – 4) 36
-----------------------------------------------------------------
N = 5 ∑dx = 10 ∑dx2
= 60
-----------------------------------------------------------------
(iv) When step deviations are taken from assumed mean
σ =
where, i = common factor, N = number of item, dx (Step-deviations) =
Steps to Calculate :
(i) We consider any value as assumed mean from the given values or from outside.
(ii) We take deviation from the assumed mean i.e. (X – A).
(iii) We divide the deviations obtained in step (ii) with a common factor to find step deviations and
represent them as dx and aggregate them to obtain ∑dx.
(iv) We square the step deviations to obtain dx2
and aggregate them to find ∑dx2
.
Example : We continue with the same example to understand the computation of Standard
Deviation.
X d = (X – A) dx = and i = 2 dx2
2 – 2 1 1
A = 4 0 0 0
6 + 2 1 1
8 + 4 2 4
10 + 6 3 9
N = 5 Sdx = 5 Sdx2 = 15
s = where N = 5, i = 2, dx = 5, and Sdx2 = 15
s =
Note : We can notice an important point that the standard deviation value is identical by four
methods. Therefore any of the four formulae can be applied to find the value of standard deviation.
But the suitability of a formula depends on the magnitude of items in a question.
Coefficient of Standard-deviation =

In the above given example, s = 2.828 and = 6
Therefore, coefficient of standard deviation =
Advantages of Standard Deviation
(i) Standard deviation is the best measure of dispersion because it takes into account all the items
and is capable of future algebric treatment and statistical analysis.
(ii) It is possible to calculate standard deviation for two or more series.
(iii) This measure is most suitable for making comparisons among two or more series about
variability.
Disadvantages
(i) It is difficult to compute.
(ii) It assigns more weights to extreme items and less weights to items that are nearer to mean. It is
because of this fact that the squares of the deviations which are large in size would be
proportionately greater than the squares of those deviations which are comparatively small.
CORRELATION
In the earlier chapters we have discussed univariate distributions to highlight the important
characteristics by different statistical techniques. Univariate distribution means the study related to
one variable only we may however come across certain series where each item of the series may
assume the values of two or more variables. The distributions in which each unit of series assumes
two values is called bivariate distribution.
In a bivariate distribution, we are interested to find out whether there is any relationship
between two variables. The correlation is a statistical technique which studies the relationship
between two or more variables and correlation analysis involves various methods and techniques
used for studying and measuring the extent of relationship between the two variables. When two
variables are related in such a way that a change in the value of one is accompanied either by a direct
change or by an inverse change in the values of the other, the two variables are said to be correlated.
In the correlated variables an increase in one variable is accompanied by an increase or decrease in
the other variable. For instance, relationship exists between the price and demand of a commodity
because keeping other things equal, an increase in the price of a commodity shall cause a decrease in

the demand for that commodity. Relationship might exist between the heights and weights of the
students and between amount of rainfall in a city and the sales of raincoats in that city.
These are some of the important definitions about correlation. Croxton and Cowden says,
“When the relationship is of a quantitative nature, the appropriate statistical tool for discovering and
measuring the relationship and expressing it in a brief formula is known as correlation”.
A.M. Tuttle says, “Correlation is an analysis of the covariation between two or more
variables.” W.A. Neiswanger says, “Correlation analysis contributes to the understanding of
economic behavior, aids in locating the critically important variables on which others depend, may
reveal to the economist the connections by which disturbances spread and suggest to him the paths
through which stabilizing forces may become effective.”
L.R. Conner says, “If two or more quantities vary in sympathy so that the movements in one
tends to be accompanied by corresponding movements in others than they are said be correlated.”
Utility of Correlation
The study of correlation is very useful in practical life as revealed by these points.
1. With the help of correlation analysis, we can measure in one figure, the degree of
relationship existing between variables like price, demand, supply, income, expenditure etc. Once
we know that two variables are correlated then we can easily estimate the value of one variable,
given the value of other.
2. Correlation analysis is of great use to economists and businessmen, it reveals to the
economists the disturbing factors and suggest to him the stabilizing forces. In business, it enables the
executive to estimate costs, sales etc. and plan accordingly.
3. Correlation analysis is helpful to scientists. Nature has been found to be a multiplicity of
interrelated forces.
Difference between Correlation and Causation

The term correlation should not be misunderstood as causation. If correlation exists between
two variables, it must not be assumed that a change in one variable is the cause of a change in other
variable. In simple words, a change in one variable may be associated with a change in another
variable but this change need not necessarily be the cause of a change in the other variable. When
there is no cause and effect relationship between two variables but a correlation is found between the
two variables such correlation is known as “spurious correlation” or “nonsense correlation”.
Correlation may exist due to the following:
Pure change correlation: This happens in a small sample. Correlation may exist between
incomes and weights of four persons although there may be no cause and effect relationship between
incomes and weights of people. This type of correlation may arise due to pure random sampling
variation or because of the bias of investigator in selecting the sample.
2. When the correlated variables are influenced by one or more variables. A high degree of
correlation between the variables may exist, where the same cause is affecting each variable or
different cause affecting each with the same effect. For instance, a degree of correlation may be
found between yield per acre of rice and tea due to the fact that both are related to the amount of
rainfall but none of the two variables is the cause of other.
3. When the variable mutually influence each other so that neither can be called the cause of other.
All times it may be difficult to say that which of the two variables is the cause and which is the
effect because both may be reacting on each other.
Methods of studying correlation
There are different methods which helps us to find out whether the variables are related or not.
1. Karl Pearson’s Coefficient of correlation.
2. Rank Method.
(1) Karl Pearson’s Co-efficient of Correlation. Karl Pearson’s method, popularly known as
Pearsonian co-efficient of correlation, is most widely applied in practice to measure correlation. The
Pearsonian co-efficient of correlation is represented by the symbol r.

According to Karl Pearson’s method, co-efficient of correlation between the variables is
obtained by dividing the sum of the products of the corresponding deviations of the various items of
two series from their respective means by the product of their standard deviations and the number of
pairs of observations. Symbolically, r = where r stands for coefficient of correlation ...(i) where x1,
x2, x3, x4 ..................... xn are the deviations of various items of the first variable from the mean, y1,
y2, y3,........................ yn are the deviations of all items of the second variable from mean, Sxy is the
sum of products of these corresponding deviations. N stands for the number of pairs, sx stands for
the standard deviation of X variable and sy stands for the standard deviation of Y variable. sx = and
sy = If we substitute the value of sx and sy in the above written formula of computing r, we get r =
or r = Degree of correlation varies between + 1 and –1; the result will be + 1 in case of perfect
positive correlation and – 1 in case of perfect negative correlation.
Computation of correlation coefficient can be simplified by dividing the given data by a
common factor. In such a case, the final result is not multiplied by the common factor because
coefficient of correlation is independent of change of scale and origin.
Illustration : Calculate Co-efficient of Correlation from the following data:
X 50 100 150 200 250 300 350
Y 10 20 30 40 50 60 70
Solution: of correlation coefficient.
Solution : = and =
X x x2 Y y y2 xy
3 – 3 9 9 – 4 16 12
4 – 2 4 11 – 2 4 4
6 0 0 14 + 1 1 0
7 + 1 1 15 + 2 4 2
10 + 4 16 16 + 3 9 12
Sx = 30 0 30 Sy = 65 0 34 30
r = where Sxy = 30, Sx2 = 30, and Sy2 = 34
r =
The value of r indicates that there exists a high degree positive correlation between lengths
and weights.

Short-cut Method: To avoid difficult calculations due to mean being in fraction, deviations are
taken from assumed means while calculating coefficient of correlation. The formula is also modified
for standard deviations because deviations are taken from assumed means. Karl Perason’s formula
for short-cut method is given below :
r = or r =
Illustration : Compute the coefficient of correlation from the following data :
Marks in Statistics 20 30 28 17 19 23 35 13 16 38
Marks in Mathematics 18 35 20 18 25 28 33 18 20 40
Solution :
Direct Method of Computing Correlation Coefficient
Correlation Coefficient can also be computed from given X and Y values by using the below
given formula:
r =
The above given formula gives us the same answer as we are getting by taking durations from
actual mean or arbitrary mean.
Illustration : Compute the coefficient of correlations from the following data :
Marks in Statistics 20 30 28 17 19 23 35 13 16 38
Marks in Mathematics 18 35 20 18 25 28 33 18 20 40
Solution :
Marks in Marks in
Statistics X Mathematics Y X2 Y2
XY
20 18 400 324 360
30 35 900 1225 1050
28 20 784 400 560
17 18 289 324 306
19 25 361 625 475
23 28 529 784 644
35 33 1225 1089 1155

13 18 169 324 234
16 20 256 400 320
38 40 1444 1600 1520
SX = 239 SY = 255 SX2
= 6357 SY2
= 7095 SXY = 6624
Substitute the computed values in the below given formula,
r =
=
=
Properties of Coefficient of Correlation
Following are some of the important proportion of r :
(1) The coefficient of correlation lies between – 1 and + 1 (– 1 £ r £ + 1 )
(2) The coefficient of correlation is independent of change of scale and origin of the variable X and
Y.
(3) The coefficient of correlation is the geometric mean of two regression coefficients.
r =
Merits of Pearson’s coefficient of correlation: The correlation of coefficient summarizes in one
figure the degree and direction of correlation. Value varies between +1 and –1.
Demerits of Pearson’s coefficient of correlation: It always assumes linear relationship between the
variables; in fact the assumption may be wrong. Secondly, it is not easy to interpret the significance
of correlation coefficient. The method is time consuming and affected by the extreme items.
Probable Error of the coefficient of correlation: It is calculated to find out how far the Pearson’s
coefficient of correlation is reliable in a particular case.
P.E of coefficient of correlation =
where r = coefficient of correlation and N = number of pairs of items.
If the probable error calculated is added to and subtracted from the coefficient of correlation, it
would give us such limits within which we can expect the value of the coefficient of correlation to
vary. If r is less than probable error, then there is no real evidence of correlation.
If r is more than 6 times the probable error, the coefficient of correlation is considered highly
significant.
If r is more than 3 times the probable error but less than 6 times, correlation is considered significant

but not highly significant.
If the probable error is not much and the given r is more than the probable error but less than 3 times
of it, nothing definite can be concluded.
(4) Rank Correlation : There are many problems of business and industry when it is not possible to
measure the variable under consideration quantitatively or the statistical series is composed of items
which can not be exactly measured. For instance, it may be possible for the two judges to rank six
different brands of cigarettes in terms of taste, whereas it may be difficult to give them a numerical
grade in terms of taste. In such problems. Spearman’s coefficient of rank correlation is used. The
formula for rank correlation is :
r = or
where r stands for rank coefficient of correlation.
D refers to the difference of ranks between paired items.
N refers to the number of paired observations.
The value of rank correlation coefficient varies between +1 and –1. When the value of r = +1, there
is complete agreement in the order of ranks and the ranks will be in the same order. When r = – l, the
ranks will be in opposite direction showing complete disagreement in the order of ranks. Let’ us
understand with the help of an illustration.
Illustration : Ranks of 10 individuals at the start and at the finish of a course of training are given :
Individual : A B C D E F Q H I J
Rank before : 1 6 3 9 5 2 7 10 8 4
Rank after : 6 8 3 7 2 1 5 9 4 10
Calculate coefficient of correlation.
Solution :
Individual Rank before Rank after (R1 – R2)
R1 R2 D D2
A 1 6 – 5 25
B 6 8 – 2 4
C 3 3 0 0
D 9 7 2 4
E 5 2 3 9
F 2 1 1 1

G 7 5 2 4
H 10 9 1 1
I 8 4 4 16
J 4 10 – 6 36
N = 10 SD2 = 100
By applying the formula,
r =
When we are given the actual data and not the ranks, it becomes necessary for us to assign the
ranks. Ranks can be assigned by taking either the highest value as one or the lowest value as one.
But if we start by taking the highest value or the lowest value we must follow the same order for
both the variables to assign ranks.
GRAPHS AND DIAGRAMS
Statistics helps make data understandable to people. Computers can understand lists easily;
humans cannot. While statistical values, like averages and medians, can relay some information,
they do not show patterns in a set of data. Graphs and diagrams do.
Humans are able to detect complex patterns. In fact, humans are often better able to see
patterns than modern computer programs. When presented with a graph or a diagrams, people can
often see trends. These trends can be upward or downward, and they can even be cyclical. If the data
is presented on a table, however, detecting these patterns is far more difficult.
The aesthetics of information matters as well. When trying to attract investors, people will
have more luck if they can present attractive graphs and charts. Visual information matters in media
as well, and newspapers and online sites will often take time to present information in an
aesthetically pleasing manner. Computers make the process of creating and customizing graphs and
diagrams far easier than even before, which has made them more popular.
Diagrams and graphs are extremely useful because of the following reasons:
1. Diagrams and graphs are attractive, impressive and save time.
2. They make data representation simple and have universal utility.
3. They make comparison possible and give more information.

Questions:
1. Describe the advantages of reflective journal.
2. How to design a good Reflective Journal Assessment?
3. Write the meaning, types and methods of dispersion.
4. Describe the methods of correlation and utilities.
5. Elucidate assessment of reflective journal and student portfolios.
References:
1. https://www.learner.org
2. http://ehlt.flinders.edu.au
3. http://ar.cetl.hku.hk/am_rj.htm
4. http://edglossary.org
5. https://www.eduplace.com
6. http://www.edutopia.org
7. http://www0.cs.ucl.ac.uk
8. http://repository.uneca.org
9. https://www.britishcouncil.in

Assessment For Learning -Second Year -Study Material TAMIL NADU TEACHERS EDUCATION UNIVERSITY Chennai-600 097. Course Material For B.Ed. (Second Year) Course 9 ASSESSMENT FOR LEARNING

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Assessment For Learning -Second Year -Study Material TAMIL NADU TEACHERS EDUCATION UNIVERSITY Chennai-600 097. Course Material For B.Ed. (Second Year) Course 9 ASSESSMENT FOR LEARNING