Software is cut-and-dried – every button you press has a predictable effect – but qualitative analysis is open-ended and unfolds in unpredictable ways. This contradiction is best resolved by separating analytic strategies – what you plan to do – from software tactics – how you plan to do it. Expert MAXQDA users have unconsciously learned to do this. The Five-Level QDA® method unpacks the process so that you can learn it consciously and efficiently.
The first part of the book explains how the contradiction between analytic strategies and software tactics is reconciled by "translating" between them. The second part provides both an in-depth description of how MAXQDA works and comprehensive instruction in the five steps of "translation". These steps are illustrated with examples from a variety of research projects. The third part contains real-world qualitative research projects from a variety of disciplines, methodologies, and kinds of qualitative analysis, all illustrated in MAXQDA using the Five-Level QDA method. The book is accompanied by three sets of video demonstrations on the Companion Website.
The functionality and interface design of MAXQDA for Windows and Mac are identical. The Five-Level QDA method learned from this book is therefore the same whether you are working on a Mac or Windows computer.
The Five-Level QDA method is based on the authors’ combined 40 years of experience teaching MAXQDA and other software packages used as platforms for conducting qualitative analysis. After many years observing their students’ challenges they developed the Five-Level QDA method to describe the process that long-time MAXQDA experts unconsciously adopt. The Five-Level QDA method is independent of software program or methodology, and the principles apply to any type of qualitative project.
Please see the following URL to access the accompanying materials for this book: https://www.qdaservices.co.uk/five-level-qda
Table of Contents
List of Figures
List of Tables
List of Boxes
Part I: The Principles of the Five-Level QDA Method
Chapter 1: Strategies and Tactics
Chapter 2: Developing Objectives and Analytic Plans (Levels 1 and 2)
Chapter 3: Translating Analytic Tasks Into Software Tools (Levels 3, 4, and 5)
Part II: The Five-Level QDA Method in Practice
Chapter 4: Orientation to MAXQDA
Chapter 5: The Architecture of MAXQDA
Chapter 6: Mastering the Process of Translation
Part III: Case Illustrations
Chapter 7: Orientation to Case Illustrations
Chapter 8: Case Illustration – An Exploratory Literature Review
Chapter 9: Case Illustration – A Thematic Analysis to Evaluate an Education Program
Appendix 1: Three Levels of Detail of Analytic Tasks
Appendix 2: Five Analytic Activities
Appendix 3: Examples of Units in Analytic Tasks
Appendix 4: Identifying the Units of Analytic Tasks
Appendix 5: Identifying the Purpose of Analytic Tasks
Nicholas H. Woolf has worked as an independent qualitative research consultant, coach, and trainer since 1998. He has conducted or consulted on numerous research studies, from single-site to multinational studies in various fields in the behavioral sciences using a wide range of methodologies, from highly structured content analyses, to evaluations, grounded theory-style projects, and interpretive phenomenology. As a trainer Nick specializes in teaching qualitative analysis using ATLAS.ti. He has conducted 285 workshops at over 100 universities and other institutions, primarily in the USA and Canada, for more than 3,000 PhD students, professors, and research and evaluation consultants. In 2013 Nick introduced Five-Level QDA in his keynote address at the first ATLAS.ti users conference in Berlin (Woolf, 2014).
Christina Silver has worked at the CAQDAS Networking Project at the University of Surrey, UK since 1998. She is responsible for capacity-building activities and has designed and led training in all the major qualitative software programs, including ATLAS.ti, Dedoose, MAXQDA, NVivo, Transana, QDA Miner, Qualrus, and Quirkos. Christina also works as an independent researcher, consultant, and trainer, supporting researchers to plan and implement computer-assisted analysis, and contributing to doctoral research programs in several UK universities.