RESEARCH TRADITIONS
By Rich Collins
INTENDED LEARNING OUTCOMES
By the end of the lecture & through appropriate reading
you should be able to:
 Discuss differences between the Positivist &
Interpretivist approaches to research
 Discuss the strengths & weaknesses of the Positivist
& Interpretivist approaches to research
 Understand how both quantitative and qualitative
testing fit in with these approaches.
Scientific thinking is
‘knowing, but with uncertainty’
‘To the believer no proof is
necessary,
to the non-believer none
is sufficient’
POSITIVISM & INTERPRETIVISM: VIEWING THE
WORLD THROUGH TINTED LENSES
Positivism Interpretivism
POSITIVISM & INTERPRETIVISM
 Two broad, but contrasting approaches to the
nature of knowledge.
 Both have differing implications on:
 Types of research questions asked
 Subsequent methodology adopted
 Nature of the data collected
 The analysis and interpretation of such data
POSITIVISM
 Only true knowledge is that which is scientific
 Generalisable laws of nature/natural science
 Objective measurements
 Discover laws from facts
 Careful research designs show causal
relationships
 E.g. X causes Y
CHARACTERISTICS OF POSITIVIST APPROACH
 Control
 Control one variable and assess its influence on
another
 E.g. The presence of crowd on shooting
performance.
 Researcher can control crowd size
 Researcher can measure crowd size &
performance
 Researcher can draw inferences from the data
CHARACTERISTICS OF POSITIVIST APPROACH
 Replication
 In order to explain a phenomenon the same
results would need to occur if the experiment
was repeated
 E.g. Larger crowd = decreased performance
 Hypothesis Testing
 This approach involves the creation and
systematic testing of a hypothesis
TASK 1
 As a group take five minutes to identify the
strengths and weaknesses of a positivist
approach.
 Strengths:
 Inferences are possible
 Clear cut interpretation
 Straightforward planning
 Precision, control & objectivity
 Weaknesses
 Doesn’t allow for perceptions, beliefs, opinions, attitudes,
emotions etc.
 Can we confirm hypotheses? Can we produce an objective truth?
INTERPRETIVISM
 Non-numerical measures (over simplify?)
 Meanings, values, explanations, perceptions
etc.
 ‘Facts’ are what they mean to people
 Reality it multiple (different for everybody)
 Describe a school sports day you were involved
in
 Reality is socially constructed in interactions
 They seem interested in ... so I’ll ...
CHARACTERISTICS OF INTERPRETIVISM
 Attempts to study of phenomena in it’s
natural environment.
 Accept there are many interpretations of
reality
 These interpretations are part of scientific
knowledge
 Search for understanding rather than truth
 Coping with reoccurring injury
TASK 2
 As a group take five minutes to identify the
strengths and weaknesses of an interpretivist
approach.
 Strengths
 Insiders perspective
 Weaknesses
 Difficulties in legitimising research (?)
 Less generalisable (?)
 Longer time-scale
QUANTITATIVE & QUALITATIVE RESEARCH
 Refers to the characteristics of data collected
by the researcher rather than the underlying
philosophy of the nature of knowledge.
QUANTITATIVE RESEARCH
Quantitative Research is the systematic
investigation of quantitative properties and
phenomena and their relationships. The
objective of quantitative research is to develop
and employ mathematical models, theories
and/or hypothesis pertaining to natural
phenomena. The process of measurement is
central to quantitative research because it
provides the fundamental connection between
empirical observation and mathematical
expression of quantitative relationships.
QUANTITATIVE RESEARCH
 Take objective measures and place a
numerical value on them
 Positivists observe behaviours, and objectively
measure and analyse them.
 Often, but not always numerical
QUALITATIVE RESEARCH
Qualitative Research is often adopted by
sociologists and educators. It involves
observation of data in a natural setting. Data
is analysed and interpreted using description,
narratives, quotes, charts and tables
QUALITATIVE RESEARCH
 Aims to capture meaning or qualities that are
not quantifiable.
 Uses non numerical data
 Often collected over a period of time
 Issue of ‘how many’ is not relevant
 Is a rare experience any less significant than a
common one – or may it be more meaningful?
METHODS OF DATA COLLECTION
QUANTITATIVE QUALITATIVE
 Experimental data
 Hypotheses
 Laboratory testing
 Fieldwork
 Archive work
 Others?
 Naturalistic data
 Research question/s
 Semi-structured interviewing
 Focus groups
 Diaries
 Participant observation
 Others?
Week 3 - Research Traditions ug level 5.pptx
MIXED METHOD PROTOCOLS
 Here you may choose to combine both
quantitative and qualitative approaches.
 There are two main ways in which to do this:
1. One may facilitate the other –quantitative research
may identify the existence of a phenomenon that
qualitative research may explore.
2. Both approaches investigate the same
phenomenon; quantitative approaches used to
simple numerical data from a large sample,
whereas qualitative methods collect detailed data
from a smaller sample
MIXED METHODS: A CONSIDERATION
 Is there sufficient time to carry out multiple or
mixed methods study?
 Often these methods are take longer to
collect and require more money!
SUMMARY
 Positivist:
 Quantitative
 What, where, when,
how many?
 Predetermined design
 Establishes causality
 Confirms theory
 Interpretivism:
 Qualitative
 Why, how?
 Flexible design
 Explains causality
 Develops theory

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Week 3 - Research Traditions ug level 5.pptx

  • 2. INTENDED LEARNING OUTCOMES By the end of the lecture & through appropriate reading you should be able to:  Discuss differences between the Positivist & Interpretivist approaches to research  Discuss the strengths & weaknesses of the Positivist & Interpretivist approaches to research  Understand how both quantitative and qualitative testing fit in with these approaches.
  • 3. Scientific thinking is ‘knowing, but with uncertainty’ ‘To the believer no proof is necessary, to the non-believer none is sufficient’
  • 4. POSITIVISM & INTERPRETIVISM: VIEWING THE WORLD THROUGH TINTED LENSES Positivism Interpretivism
  • 5. POSITIVISM & INTERPRETIVISM  Two broad, but contrasting approaches to the nature of knowledge.  Both have differing implications on:  Types of research questions asked  Subsequent methodology adopted  Nature of the data collected  The analysis and interpretation of such data
  • 6. POSITIVISM  Only true knowledge is that which is scientific  Generalisable laws of nature/natural science  Objective measurements  Discover laws from facts  Careful research designs show causal relationships  E.g. X causes Y
  • 7. CHARACTERISTICS OF POSITIVIST APPROACH  Control  Control one variable and assess its influence on another  E.g. The presence of crowd on shooting performance.  Researcher can control crowd size  Researcher can measure crowd size & performance  Researcher can draw inferences from the data
  • 8. CHARACTERISTICS OF POSITIVIST APPROACH  Replication  In order to explain a phenomenon the same results would need to occur if the experiment was repeated  E.g. Larger crowd = decreased performance  Hypothesis Testing  This approach involves the creation and systematic testing of a hypothesis
  • 9. TASK 1  As a group take five minutes to identify the strengths and weaknesses of a positivist approach.  Strengths:  Inferences are possible  Clear cut interpretation  Straightforward planning  Precision, control & objectivity  Weaknesses  Doesn’t allow for perceptions, beliefs, opinions, attitudes, emotions etc.  Can we confirm hypotheses? Can we produce an objective truth?
  • 10. INTERPRETIVISM  Non-numerical measures (over simplify?)  Meanings, values, explanations, perceptions etc.  ‘Facts’ are what they mean to people  Reality it multiple (different for everybody)  Describe a school sports day you were involved in  Reality is socially constructed in interactions  They seem interested in ... so I’ll ...
  • 11. CHARACTERISTICS OF INTERPRETIVISM  Attempts to study of phenomena in it’s natural environment.  Accept there are many interpretations of reality  These interpretations are part of scientific knowledge  Search for understanding rather than truth  Coping with reoccurring injury
  • 12. TASK 2  As a group take five minutes to identify the strengths and weaknesses of an interpretivist approach.  Strengths  Insiders perspective  Weaknesses  Difficulties in legitimising research (?)  Less generalisable (?)  Longer time-scale
  • 13. QUANTITATIVE & QUALITATIVE RESEARCH  Refers to the characteristics of data collected by the researcher rather than the underlying philosophy of the nature of knowledge.
  • 14. QUANTITATIVE RESEARCH Quantitative Research is the systematic investigation of quantitative properties and phenomena and their relationships. The objective of quantitative research is to develop and employ mathematical models, theories and/or hypothesis pertaining to natural phenomena. The process of measurement is central to quantitative research because it provides the fundamental connection between empirical observation and mathematical expression of quantitative relationships.
  • 15. QUANTITATIVE RESEARCH  Take objective measures and place a numerical value on them  Positivists observe behaviours, and objectively measure and analyse them.  Often, but not always numerical
  • 16. QUALITATIVE RESEARCH Qualitative Research is often adopted by sociologists and educators. It involves observation of data in a natural setting. Data is analysed and interpreted using description, narratives, quotes, charts and tables
  • 17. QUALITATIVE RESEARCH  Aims to capture meaning or qualities that are not quantifiable.  Uses non numerical data  Often collected over a period of time  Issue of ‘how many’ is not relevant  Is a rare experience any less significant than a common one – or may it be more meaningful?
  • 18. METHODS OF DATA COLLECTION QUANTITATIVE QUALITATIVE  Experimental data  Hypotheses  Laboratory testing  Fieldwork  Archive work  Others?  Naturalistic data  Research question/s  Semi-structured interviewing  Focus groups  Diaries  Participant observation  Others?
  • 20. MIXED METHOD PROTOCOLS  Here you may choose to combine both quantitative and qualitative approaches.  There are two main ways in which to do this: 1. One may facilitate the other –quantitative research may identify the existence of a phenomenon that qualitative research may explore. 2. Both approaches investigate the same phenomenon; quantitative approaches used to simple numerical data from a large sample, whereas qualitative methods collect detailed data from a smaller sample
  • 21. MIXED METHODS: A CONSIDERATION  Is there sufficient time to carry out multiple or mixed methods study?  Often these methods are take longer to collect and require more money!
  • 22. SUMMARY  Positivist:  Quantitative  What, where, when, how many?  Predetermined design  Establishes causality  Confirms theory  Interpretivism:  Qualitative  Why, how?  Flexible design  Explains causality  Develops theory

Editor's Notes

  • #4: Stuart Chase – American economist
  • #10: CCI – Stat analysis removes much of the need for individual interpretation SF planning – data collected in one go, data analysed at one time = easier to anticipate time schedules
  • #12: Natural environment – lacks “control” Injury – why do some people come back faster? Work harder in rehab?
  • #13: Difficulties – how do we know we have found something without a hypothesis to test against Generalisable – research is more personal and unique – but isn’t everyone? Subjective nature of interpreting thoughts etc leads to questions over reliability, validity, trustworthiness, credibility
  • #16: Close link between positivism and quantitative research
  • #18: Feelings, thoughts, experiences etc. Close links with interpretivist approaches
  • #22: Multiple (two methods for different research questions – same phenomenon) Mixed (two methods one research question)