Didactic Requirements for a Modern Lesson

International Journal of Trend in Scientific Research and Development (IJTSRD)
Volume 6 Issue 1, November-December 2021 Available Online: www.ijtsrd.com e-ISSN: 2456 – 6470
@ IJTSRD | Unique Paper ID – IJTSRD47950 | Volume – 6 | Issue – 1 | Nov-Dec 2021 Page 890
Didactic Requirements for a Modern Lesson
R. M. Madatov
Basic Doctoral Student, Tashkent State Pedagogical University Named After Nizami, Uzbekistan
ABSTRACT
In this article, the didactic requirements for a modern lesson are
scientifically and methodologically sound. Also, the factors that
create conditions for free, creative work of students in biology
classes. its design, interpretation of the teaching material in
accordance with the level of mastery of students.
KEYWORDS: lesson, process, education, training, methodology,
knowledge, skill, qualification, competence, technology, principle,
integration, problem, intellect, optimal, effective, information
How to cite this paper: R. M. Madatov
"Didactic Requirements for a Modern
Lesson" Published
in International
Journal of Trend in
Scientific Research
and Development
(ijtsrd), ISSN:
2456-6470,
Volume-6 | Issue-1,
December 2021, pp.890-893, URL:
www.ijtsrd.com/papers/ijtsrd47950.pdf
Copyright © 2021 by author(s) and
International Journal of Trend in
Scientific Research and Development
Journal. This is an
Open Access article
distributed under the
terms of the Creative Commons
Attribution License (CC BY 4.0)
(http://creativecommons.org/licenses/by/4.0)
INTRODUCTION
At a time when the "interests of the individual and the
priority of education" are recognized in Uzbekistan
today, the science of pedagogy teaches the content,
form and methods and principles of the formation of a
free personality. The solution of complex tasks of
education and upbringing of young people depends
on the ideological beliefs, professional skills, talents
and culture of the teacher, the use of modern
pedagogical and innovative technologies, the
activation of students [1, 2].
An important requirement for a modern lesson is to
bring innovative technologies into the teaching
process, to scientifically substantiate each subject, to
determine the content and volume of material, taking
into account the capabilities of students, to determine
its complexity; linking with previously studied
materials; substantiate the integration with one or
more subjects, develop a system of assignments for
students and their independent work; identify the
material and technical basis of the lesson and enrich it
with additional visual aids; the use of additional
information (computer) tools and improving the
content and quality of education, creating a
problematic situation in the classroom. [6]
One of the important requirements for the course is to
increase the effectiveness of teaching methods and
techniques, innovative technologies, interdisciplinary
connections, their strong interconnection.
ANALYSIS OF THE LITERATURE ON THE
SUBJECT
All didactic tools (maps, tables, pictures, colors, texts,
visual aids) should be solved in the lesson, homework
should be a logical continuation of the knowledge
acquired by students in the lesson. It is effective to
analyze each lesson. Has the goal of the lesson
analysis been achieved, how much knowledge have
the students gained, what shortcomings have been
addressed? A number of questions such as Such an
analysis will help make the lesson more meaningful
in the future.
When it comes to the importance of modern
educational technologies in educating students, the
introduction of modern pedagogical and information
technologies in the educational process, raising the
education system to a qualitatively new level is an
urgent task [2].
IJTSRD47950

International Journal of Trend in Scientific Research and Development @ www.ijtsrd.com eISSN: 2456-6470
Today, in secondary schools, academic lyceums,
vocational and higher education, the subject
"Biology" is developed on the basis of innovative
technologies, each of which has information materials
on the conditions of training, pedagogical goals,
objectives and outcomes, the curriculum, teaching
methods and tools are integrated. Also, the biology
teacher should create a technological map of the
lesson, ie a step-by-step description of the joint
activities of the teacher and the student on the
educational goals achieved in this lesson before the
lesson. During the lessons, various innovative
technologies were introduced into the learning
process in order to develop students' activity, free and
independent thinking. Today, it is known from world
experience that new, modern teaching methods are
entering the educational process and are being used
effectively [6, 7].
RESEARCH METHODOLOGY
The main content of the current pedagogical process
is the further development of science, the
development of complex measures to attract talented
and gifted youth to scientific activities, to create
conditions for them to realize their creative and
intellectual potential.
ANALYSIS AND RESULTS
Of course, education is a product of consciousness.
But at the same time it is an important factor that
determines the level of consciousness and its
development, that is, the formation and enrichment of
the people's spirituality. Consequently, it is
impossible to develop spirituality without changing
the consciousness of the educational system on this
basis. We must not forget that the foundation of our
future is laid in educational institutions, in other
words, what the future of our people will be like, how
our children will be educated today.
It is known that the main link of secondary special,
vocational education is the system of continuing
education. In providing continuing education with the
State educational standards and relevant educational
programs, first of all, it is necessary to pay special
attention to the fact that their meeting the level of
world requirements is built on the basis of high
spirituality. Raising a harmoniously developed
generation has always been a noble dream of
mankind. People with such a dream have always been
considered the sages, the most respected intellectuals,
the rulers of the lands of enlightenment and
spirituality.
Secondary special, vocational education provides the
necessary amount of knowledge, develops
independent thinking, organizational skills and
practical experience skills, helps to direct to the
profession and to choose the next stage of education.
Modern specialists, regardless of their field of
activity, have a wide range of knowledge in physics
and computer science, sufficient skills and
competencies in modern computer technology,
information and communication systems, office
equipment and their use, the basics of new
information technology and its future. day, must have
incorporated knowledge of the course.
Experimental research in the field of natural sciences,
in contrast to previous experimental processes, in
academic lyceums and vocational schools in all areas
of science, ie natural sciences (physics, geography,
chemistry, biology), exact sciences (mathematics,
computer science). ), social sciences (history, law,
basics of economics, sciences belonging to the
category of national ideas), humanities (native
language, literature, Uzbek, foreign languages) [1, 7].
Another aspect is that these educational institutions
are not called experimental sites, but experimental
research sites.
It is well known that research encompasses a wide
range of meanings. The topics in the optimized
curriculum are carefully reviewed by the researcher-
teacher of each subject working in the experimental
research area, and the topics that are more complex
are selected from them. The Republican Center for
Education also provides lesson plans on such topics
for practical use.
In higher education institutions, which are an
important part of the system of continuing education,
the educational process is based on the fundamental
knowledge acquired at a lower level. In particular,
interdisciplinary connection, application of previous
knowledge in new situations and enrichment of
mutual logical thinking are important factors in the
training of biology teachers in pedagogical higher
education institutions. In particular, the role of
cytology, histology and embryological knowledge in
this regard is invaluable. This is because a student
cannot fully understand biological processes without
knowing cytology. Without the acquisition of
histological knowledge, one cannot accurately
imagine the structure of tissues, the structure of
organs, and ultimately the structure of an organism.
The concepts and knowledge in the field of
embryology make it possible to compare the
similarities and differences in the development of
individuals, species and organisms belonging to
different systematic groups. Without knowing
embryonic development, it is impossible to educate a
modern biology teacher. In short, the science of
"Developmental Biology", consisting of three
modules of science, is one of the most important

disciplines of biologists who conduct fundamental
research and pedagogical activities [4]. We consider it
more expedient to organize the teaching of
developmental biology on the basis of new
approaches
The researcher-teacher first of all creates a clear
technological map of each lesson. At this point, he
can recommend new methods, techniques and
technologies to the lesson. But the proposed method,
technique or tools may not always be effective.
Because if some modern pedagogical technology
requires a lot of time and additional resources from
the teacher, but the effectiveness of mastering is not
accordingly, then, of course, such technology is
abandoned. This means that the researcher-teacher
must know which method, method or technology is
suitable for a particular science, and have the ability
to recommend it.
In our research, we aimed to organize teaching by
ensuring the horizontal and vertical connection of
developmental biology with other disciplines. In the
acquisition of concepts and knowledge in the field of
developmental biology, not only biological
knowledge is sufficient, but also the concepts and
knowledge of chemistry, physics, mathematics. We
can conditionally call this a vertical (asynchronous)
relationship. However, in developmental biology,
disciplines such as botany, zoology, human anatomy
and physiology, genetics and evolutionary theory,
biotechnology, and genetic engineering are addressed
over a specific course, which can be seen as a
horizontal (synchronous) relationship with the
sciences. This information serves to enrich the logical
thinking, broadening the worldview of the emerging
specialist biologist and biology teacher, as well as to
expand his understanding of living nature [1, 7].
It should be noted that the provision of
methodological services and the necessary
recommendations should serve to enrich the
information base of the student, who is the main
consumer in the educational process, to expand their
worldview, to facilitate the acquisition of information
on a particular subject. They should provide practical
and methodological assistance to the responsible
methodologists of the research sites and strengthen
cooperation in what areas they need knowledge,
innovations and additional materials in order to enter
the educational process without any problems. Then
there is an opportunity to provide targeted
methodological services necessary to ensure the
effectiveness of work on experimental sites. Most
importantly, our researchers-teachers of the
experimental research platform, who are confident in
the improvement of the education system, should
never forget that their conclusions today are
important for the quality and effectiveness of
tomorrow's education.
The use of pedagogical technology in the teaching of
developmental biology shows that by designing the
learning process, a teacher can achieve significant
results even if he does not have extensive pedagogical
experience. Therefore, it is important to define
learning objectives in the organization of the
educational process. Setting clear goals simplifies the
monitoring and evaluation process and clarifies the
process.
It is necessary to create conditions for free, creative
work of students in the classroom. To do this, it is
more useful to clearly design each part of the lesson,
to adapt the teaching material to the level of mastery
of knowledge, to explain a concept or knowledge not
only on the same subject, but also from several
scientific perspectives. The use of interactive methods
along with traditional teaching methods is one of the
important conditions to increase the effectiveness of
the lesson. The main emphasis when using interactive
methods is to allow students to work collaboratively.
Interactive methods serve to form in the student free
thinking, creative ability [3].
Today, the use of active teaching methods is the basis
of pedagogical technology. Pedagogical technology is
a systematic method of creating, applying and
defining the process of teaching and learning, taking
into account the interaction of technical and personal
resources, with the task of alternative forms of
education. The interdisciplinary teaching of
Developmental Biology, which we want to
recommend, serves to master the same science at a
systematic, consistent and creative level.
CONCLUSIONS AND RECOMMENDATIONS
The Republic of Uzbekistan is building a democratic
state governed by the rule of law and an open civil
society, ensuring the observance of human rights and
freedoms, the spiritual renewal of society, the
formation of a socially oriented market economy,
integration into the world community. The main goal
and driving force of the ongoing reforms in our
country is the creation of conditions and effective
mechanisms for the realization of the interests of the
individual, his full development and well-being of
man, outdated thinking and social behavior [5].
Monitoring and evaluating the quality of teaching
processes, their analysis and correction will help to
master the science at the required level.
In the process of introduction and implementation of
teaching technology, it is necessary to take into

account all the components of the pedagogical
system, their interconnectedness and interdependence,
the psychological characteristics of the participants in
the learning process.
References:
[1] Tolipova J.O. G'ofurov A.T. Methods of
teaching biology -T., 2012. −128 p.
[2] Madatov R. M., Ongarov M. B. Heredity and
environment, their impact on the development
of the organism // Ekonomika i sotsium. - 2018.
- №. 4. - S. 38-39.
[3] Azizxodjaeva N.N. Pedagogical technology and
pedagogical skills. –Tashkent: Science and
technologies, 2006. -186 p.
[4] N.Tashmanov “Developmental Biology”
Navruz Publishing House Tashkent-2018. 17
b.t. 282 pages
[5] Avliyaqulov N.X., Musaeva N.N. New
pedagogical technologies. –Tashkent: Yangi asr
avlodi, 2003. - 190 p.
[6] Berdikulov R. S. Developmental factor of
chemical thinking of future chemistry teachers
// European Journal of Research and Reflection
in Educational Sciences Vol. - 2020. - Т. 8. -
№. 9.
[7] Rakhmatov U. E. Cognitive tasks in
educational process on biology // International
scientific review of the problems and prospects
of modern science and education. - 2019. - 60-
61 p.

Didactic Requirements for a Modern Lesson

More Related Content

Similar to Didactic Requirements for a Modern Lesson (20)

More from ijtsrd (20)

Recently uploaded (20)

Didactic Requirements for a Modern Lesson