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DRM, a Design Research Methodology

of: Lucienne T.M. Blessing, Amaresh Chakrabarti

Springer-Verlag, 2009

ISBN: 9781848825871 , 397 Pages

Format: PDF, Read online

Copy protection: DRM

Windows PC,Mac OSX,Windows PC,Mac OSX geeignet für alle DRM-fähigen eReader Apple iPad, Android Tablet PC's Read Online for: Windows PC,Mac OSX,Linux

Price: 213,99 EUR



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DRM, a Design Research Methodology


 

Preface

5

Contents

10

1 Introduction

17

1.1 Design

17

1.2 Design Research

18

1.3 Main Issues

22

1.4 Need for a Design Research Methodology

25

1.5 Objectives

26

1.6 Structure of this Book

27

1.7 Main Points

28

2 DRM: A Design Research Methodology

29

2.1 Introduction

29

2.2 Methodological Framework

30

2.3 Types of Research Within the DRM Framework

34

2.4 Representing Existing and Desired Situations

35

2.5 Success Criteria and Measurable Success Criteria

42

2.6 The Main Stages

45

2.7 Comparison with Other Methodologies

54

2.8 Main Points

57

3 Research Clarification

59

3.1 Research Clarification Process

60

3.2 Identifying Overall Topic of Interest

61

3.3 Clarifying Current Understanding and Expectations

67

3.4 Clarifying Criteria, Main Questions and Hypotheses

73

3.5 Selecting Type of Research

76

3.6 Determining Areas of Relevance and Contribution

79

3.7 Formulating Overall Research Plan

83

3.8 General Guidelines on Doing Research

86

3.9 Main Points

88

4 Descriptive Study I: Understanding Design

91

4.1 Schools of Thought

92

4.2 Types of DS-I

96

4.3 DS-I Process Steps

96

4.4 Reviewing Literature

97

4.5 Determining Research Focus

105

4.6 Developing Research Plan for DS-I

118

4.7 Undertaking an Empirical Study

130

4.8 Drawing Overall Conclusions

147

4.9 Main Points

153

5 Prescriptive Study: Developing Design Support

157

5.1 Types of Design Support

158

5.2 Types of PS

159

5.3 A Systematic PS Process

160

5.4 Task Clarification

164

5.5 Conceptualisation

169

5.6 Elaboration

180

5.7 Realisation

183

5.8 Support Evaluation

192

5.9 Main Points

194

6 Descriptive Study II: Evaluating Design Support

197

6.1 Evaluation

198

6.2 Types of DS-II

211

6.3 Systematic DS-II Process

212

6.4 Reviewing Existing Documentation

213

6.5 Determining Evaluation Focus

215

6.6 Developing Evaluation Plan(s)

217

6.7 Undertaking Evaluation

225

6.8 Drawing Overall Conclusions

227

6.9 Main Points

228

7 Writing Up: Publishing Results

231

7.1 Various Forms of Publication and Their Intent

232

7.2 Overall Structure of a Thesis

233

7.3 Approaches to Help Structure a Thesis

235

7.4 Tips on Writing Specific Sections

237

7.5 Writing Papers

243

7.6 General Guidelines

243

7.7 Main Points

245

8 Summary and Conclusions

247

8.1 Experience of Using DRM

247

8.2 Further Research

253

Appendix A Descriptive Study Methods

254

A.1 Paradigms and Assumptions

254

A.2 Reviewing Empirical Studies

258

A.3 Laboratory Versus Industrial Environment

269

A.4 Data-collection Methods

269

A.5 Statistical Analysis

288

Appendix B Prescriptive Study Methods

292

B.1 Product Development Methodologies

292

B.2 Software Development Approaches

297

B.3 User-interface Design

310

B.4 Support Outline: Summarising Scope and Assumptions

316

Appendix C Example Research Projects

320

C.1 Overview of the Examples

320

C.2 A Process-based Approach to Computer-supported Engineering Design

322

C.3 A Program for Computational Synthesis and Conceptual Design Support

333

C.4 Teamwork in Engineering Design

343

C.5 Measuring Conceptual Design Process Performance in Mechanical Engineering: A Question-based Approach

354

C.6 Design for Quality

366

C.7 Multi-disciplinary Design Problems

376

C.8 Design for Reliability in Mechanical Systems

386

References

397

Index

407