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Summary readings - GEO4-2260 - Qualitative Innovation Analytics

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Summary of the readings/literature required for Qualitative Innovation Analytics (GEO4-2260) Includes: * Oost, Heinze (2006), Circling around a Question: Defining your research problem (IVLOS). “Part I: Theory. Research Problems as a Concept”, pp. 5-10 * Oost, Heinze (2006), Circling around a Question: Defining your research problem (IVLOS). “Part II: Practice. Module 2: Relevance”, pp. 19-26 * Hancké, Bob (2009), 'Chapter 1: Research in the Social Sciences', Intelligent Research Design (Oxford: Oxford University Press), 10-34. * Oost, Heinze (2006), Circling around a Question: Defining your research problem (IVLOS). “Part II: Practice. Module 1: Disciplinary Embedding”, pp. 13-18 * Bryman, Alan (2012), Social Research Methods (Oxford: Oxford University Press). “Chapter 5: Getting started: reviewing the literature”, pp. 97-128. * Oost, Heinze (2006), Circling around a Question: Defining your research problem (IVLOS). “Part II: Practice. Module 3: Precision”, pp. 27-32 *Bryman, Alan (2012), Social Research Methods (Oxford: Oxford University Press). “Chapter 3: Research designs”, pp. 44-78. * Hancké, B. (2009), 'Chapter 4: Constructing Data', Intelligent Research Design (Oxford: Oxford University Press), 85-107. * Hancké, B. (2009), 'Chapter 3: Constructing Case Studies and Comparisons', Intelligent Research Design (Oxford: Oxford University Press), 60-77. * Eisenhardt, K. M. (1989), ‘Building theories from case study research’. Academy of Management Review, 14(4), 532-550. * Yin, Robert K. (2009), Case Study Research: Design and Methods (Thousand Oaks, California: SAGE). “Chapter 2: Designing Case Studies: Identifying Your Case(s) and Establishing the Logic of Your Case Study”, pp. 25-65. * Ragin, C. (1987), 'Chapter 1: The Distinctiveness of Comparative Social Science', The Comparative Method (Berkeley: University of California Press), 1-18. * Ragin, C. (1987), 'Chapter 2: Heterogeneity and Causal Complexity', The Comparative Method (Berkeley: University of California Press), 19-33 * Ragin, C. (1987), 'Chapter 3: Case-Oriented Comparative Methods', The Comparative Method (Berkeley: University of California Press), 34-52. * Ragin, C. (1987), 'Chapter 6: A Boolean Approach to Qualitative Comparison: Basic Concepts', The Comparative Method (Berkeley: University of California Press), 85-102. * Hancké, B. (2009), 'Chapter 3: Constructing Case Studies and Comparisons', Intelligent Research Design (Oxford: Oxford University Press), 77-84. * Ragin, Charles C. (1987): ‘Application to Nation Building: A Reanalysis of Rokkan (1970)’, in Charles C. Ragin (1987): The Comparative Method – Moving Beyond Qualitative and Quantitative Strategies. Berkeley: University of California Press; pp. 126-133. * Ragin, C. (1987), 'Chapter 7: Extensions of Boolean Methods of Qualitative Comparison', The Comparative Method (Berkeley: University of California Press), 103-24. * Ragin, C. (1987), 'Chapter 8: Applications of Boolean Methods of Qualitative Comaprison', The Comparative Method (Berkeley: University of California Press), 125-63 * Bryman, Alan (2012), Social Research Methods (Oxford: Oxford University Press). “Chapter 20: Interviewing in Qualitative Research”, pp. 469-499. * Jacob, S. A., & Furgerson, S. P. (2012). Writing interview protocols and conducting interviews: Tips for students new to the field of qualitative research. The Qualitative Report, 17(42), 1-10 * Bryman, Alan (2012), Social Research Methods (Oxford: Oxford University Press). “Chapter 24: Qualitative Data Analysis”, pp. 564-589 * Corbin, Juliet and Anselm Strauss (1990), ‘Grounded Theory Research: Procedures, Canons, and Evaluative Criteria’. Qualitative Sociology 13 (1), 3-21. * Strauss, Anselm and Juliet Corbin (1994), ‘Grounded Theory Methodology: An Overview’, in: Denzin, Norman K. and Yvonna S. Lincoln (Eds.) Handbook of Qualitative Research. Sage, Thousand Oaks: pp. 273-285. * Bryman, Alan (2012), Social Research Methods (Oxford: Oxford University Press). “Chapter 17: The Nature of Qualitative Research”, pp. 379-414. * Bryman, Alan (2012), Social Research Methods (Oxford: Oxford University Press). “Chapter 18: Sampling in Qualitative Research”, pp. 416-429.

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Summary literature Qualitative Innovation Analytics

Lecture 1: Oost, Heinze (2006), Circling around a Question: Defining your research problem
(IVLOS). “Part I: Theory. Research Problems as a Concept”, pp. 5-10
Research Four theoretical approaches to the development and formulation of
problems as a research problems:
concept Disciplinary Views a research Focuses on the relationship
approach problem as a between the leading research
mathematical or question and the part of
sociological problem reality that is being
investigated

Importance of disciplinary
knowledge in resolving
scientific problems

The criterion used in classifying
research problems is the part
of reality that is the object of
the research, knowledge
domain
Justificational Views a research Focuses on the relationship
approach problem as a theoretical, between the leading research
practical or social question and the reason
problem why this particular problem
should be solved

Importance of justifying the
research problem

The criterion used in classifying
research problems is the
motivation one has in putting
forward the research problem
Formal- Views a research Focuses on the relationship
logical problem as a question, between the leading research
approach hypothesis approaches question and the answer being
or research problem sought

Importance of the logical form
of research problems,
considering the problem as a
statement with a question
mark
The criterion used in classifying
the research problems is the
‘completeness’ of the research
problem, definition of domain,
variables and relationships.
Methodical Views a research Focuses on the relationship
approach problem as a request for between the leading research
a description or question and the strategy the

1

, explanation problem implies

Emphasises the importance of
the function the research
should fulfil

Classifying the research
problems by the actions the it
triggers

The main functions of defining the problem are:
1. Defining the subject within a disciplinary domain
2. Formulating a theoretical or practical aim
3. Stating what is known and what is unknown
4. Indicating research type and structure
5. Unifying question, discipline, reason, strategy and answer
6. Facilitating criticism and control

 Functions 1-4 have been derived from the theoretical perspectives
mentioned above
 Function 5 expresses the synthesis of these perspectives
 Function 6 is a communicative function relating to the accessibility of
knowledge and the related condition of the findability of information

Four variables in which the problem can be presented:
 Explicitness (communication direct or indirect)
 Location (found in expected or unexpected place)
 Spread (key information brought together or scattered)
 Emphasis (question typographically marked or unmarked)

Standards of quality for the presentation of a problem:
 Disciplinary embedding: Relationship between the question and the
disciplinary context
 Relevance: Relationship between the question and the reason
 Precision: Relationship between the question and the answer
 Methodical functionality: Relationship between the question and the
general strategy
 Consistency: Mutual relationships between the abovementioned
structural elements
 Exposition: Relationships between all the elements and the text

Structure model of the research model:
Research problem as the heart of a
(conceptual) network

Discipline, reason, answer and strategy
are united, both to the question
(research problem) and to one another
function.

The network as a whole expresses the


2

, consistency standard (criterion)

The quality of a research problem in a scientific text is better when:
 The position of the research problem in the (inter)disciplinary context
is clearer  disciplinary embedding
 The theoretical and/or social importance of the desired knowledge is
greater  relevance
 The linguistic elements of the problem, given its explorative or
testable character, are more correctly and clearly stated  precision
 The formulation of the statement anticipates a research function
more explicitly  methodical functionality
 Question, discipline, reason, strategy and answer fit together more
logically  consistency
 The research problem and the structural relations elaborated are
more accessible and consequently more easy to judge  exposition


Lecture 1: Oost, Heinze (2006), Circling around a Question: Defining your research problem
(IVLOS). “Part II: Practice. Module 2: Relevance”, pp. 19-26
Module 2 A research problem is considered relevant when you can show that it is
Relevance worthwhile to find the answer to your question  justification of the
research problem

A well-formulated justification convinces the reader of three things:
 Newsworthiness: That the research problem has not yet been
answered satisfactorily
o Only worthwhile when it produces new information
o Can be a new question, or repeat a study when an “old”
answer isn’t satisfactory because of new developments
 Usefulness: That answering the research problem is worthwhile, it
contributes to science and/or society
o Theoretical contributions: resulting answer contributes to the
theoretical development (a new theory or further
development of an existing theory)
o Contributions to society: resulting answer contributes to
solve a practical problem or achieve a desired situation in
society. Justification needs to show:
 what the social problem or desired situation is
 how one knows that it has been solved or reached
 that knowledge is needed to reach this
 that a scientific approach is needed to collect
information
 Scope: That the research problem is made as informative as possible
o A research problem is considered optimal when there is no
other question that could yield more information  Be
careful with unnecessarily limiting the scope

Function of explaining the relevance of the research problem in a justification:
 External function  Legitimising
 Internal function  Motivating
 Regulating function  Possible to evaluate if the research still reflects

3

, the justification
o It justifies why you are doing what you are doing

Justification makes the research:
 A rational activity
 A goal oriented activity
 An interesting activity

Justification has two important characteristics:
 An evaluative text: A text passing a judgement on the value of
something. The relevance of the research problem is judged  When
the evaluative aspect has been dealt with, consider the
persuasiveness of the text
 A persuasive text: A text that wishes to convince the reader of
something. Convince the reader that the research problem is worth
researching.

Methods to apply the three criteria for justification:
 The research problem has not yet been answered satisfactorily
o Do a well-organised literature search
o Based on this, decide what is not known about the research
question
o If the research problem has been answered satisfactorily 
Look for new research problem
 The research problem contributes to science and /or society
o Analyse the present day level of knowledge on this subject
o Decide whether the answer to the research problem could
lead to a new theory
o Make use of the empirical cycle to describe which stage your
research problem focuses on
o When improving an existing theory, explain the limitations of
the present theory
 The research problem is as informative as possible
o By broadening the domain or the variables of the research
problem, you can make your questions more informative

Empirical cycle: Depicts research as a cycle that exists of phases that you
repeatedly go through when doing research:
1. Collection of empirical material
2. Formulate hypotheses
3. Make predictions on basis of the hypotheses
4. Test hypotheses by seeing in how far your predictions are realised in
empirical outcomes
5. Evaluate the outcomes to conclude if the hypotheses are correct, and
if new research is necessary

Different kinds of shortcomings which present day theory may have:
 Internal inconsistencies
 Phenomena which act differently from what the theory would predict
 Incorrect assumptions or premises
 Changes in the empirical evidence on which the theory is based

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