دانلود کتاب The future of design methodology

فهرست مطالب :

26.3 Definition of a human-centric Design Methodology......Page 2
26.6 Closing remarks......Page 4
Foreword......Page 5
Preface and Acknowledgements......Page 6
Cover......Page 1
The Future of DesignMethodology......Page 3
24.4 Learning from Other Communities......Page 8
24.6 References......Page 9
Part I Specific Ways to Further DevelopDesign Methodology......Page 10
23.7 References......Page 11
2.2 The Starting Point for Embodiment......Page 13
2.3 What Happens During The Embodiment Stage?......Page 14
Contents......Page 7
2.1 Disappearing Engineering Design?......Page 12
16.4 References......Page 16
2.4 Function Reasoning......Page 15
2.5 Structuring......Page 17
2.6 Property Reasoning......Page 19
2.7 Part Design......Page 20
2.8 Embodiment and Verification......Page 21
2.9 Nature of Human Design......Page 22
2.11 Conclusion......Page 24
2.13 References......Page 25
3.1 Introduction......Page 26
3.2 The Five Attributes of Modular Products and their Effects......Page 27
3.3 Strategies for Controlling External Variety......Page 29
3.4 PKTs Integrated Approach for Developing ModularProduct Families......Page 30
3.4.1 Product Program Planning......Page 31
3.4.2 Design for Variety......Page 32
3.4.3 Life Phases Modularization......Page 33
3.4.5 Module Lightweight Design......Page 35
3.5 References......Page 36
4.1 The Challenges of Complex Product Design Projects......Page 37
4.2 Uncertainty and Risk in Product Design......Page 38
4.3 Risk-based View: Risk-Driven Design......Page 40
4.5 References......Page 43
5.1 Introduction......Page 45
5.2 The Fundamentals of Product Development......Page 46
5.4.1 DFX......Page 48
5.4.2 Calculations and Simulations in Design for Production......Page 49
5.4.4 Process Modelling......Page 52
5.5 The Future Development of Methodology and CAx tools......Page 53
5.6 Conclusion3......Page 54
6.1 Introduction......Page 56
6.2 Analyzing the Combination between Human and Computers......Page 57
6.3 Approach......Page 58
6.3.1 Formularization Phase......Page 59
6.3.2 Preparation Phase......Page 60
6.4.1 Methods for Formalizing the Requirements......Page 61
6.5 Developing a Procedure Model for Selecting a ProductVariant......Page 62
6.6.1 Implementation......Page 63
6.6.2 Analysing the SOM to Make a Decision......Page 64
6.7 Summary......Page 65
7.1 Present State of and Challenges in Product Development......Page 67
7.2 Objectives for Product Development in the Future......Page 68
7.3.1 Requirements on Engineering Design Methodologies......Page 69
7.3.2 IKTD’s Approach......Page 70
7.3.2.1 Evaluation of Innovative Product Ideas......Page 71
7.3.2.2 Systematic Design of Hybrid Intelligent Design Elements (HIKE)......Page 72
7.3.2.3 Proactive Support of Product Development Processes with Multi-Agent Systems (ProKon)......Page 74
7.3.2.4 Evaluation of Product Development Knowledge (PDKbench......Page 75
7.4 Conclusion and Outlook......Page 77
7.5 References......Page 78
8.1 Introduction......Page 79
8.2 Requirements of Design Theory and Methodology......Page 80
8.3 Theoretical Base......Page 81
8.4 Computer Support in Product Development/Design......Page 85
8.6 References......Page 91
9.1 Intensification and expansion of existing research focuses......Page 93
9.2 Improvement of the revision of work in human-computer relations and the integration of computer usage into DesignMethodology......Page 95
9.3 Fortification of the scientific foundation......Page 96
9.4 Results and recognitions......Page 97
Part II Holistic Ways to Supply, Extend or Replace Design Methodology......Page 99
10.1 Introduction......Page 101
10.2 Broadening Horizons through Boundary Conditions......Page 102
10.3.1 Competencies and Disciplines (from Engineering to Innovation)......Page 104
10.3.2 The Nature of the Offering (from Product to Service)......Page 105
10.3.3 New Production Forms (from Design to Doing)......Page 106
10.3.4 Elements of Choice (from Regulation to Choice)......Page 107
10.3.6 Perceptions of Value (from Quality to Value)......Page 108
10.4 Case: PSS in the Maritime Industry......Page 109
10.5 Discussion and Conclusion......Page 110
10.6 References......Page 111
11.1 Introduction......Page 113
11.2.1 Three Dimensions to be Considered......Page 114
11.2.2 Reviewing Design Research on PSS......Page 115
11.2.3 Future Research Issues......Page 116
11.3.1 Implication from Theory......Page 117
11.3.2 Industrial Needs......Page 118
11.3.3 Existing Knowledge and Research Opportunity......Page 119
11.5 References......Page 120
12.1 Introduction......Page 123
12.2 General Design Theory......Page 125
12.3.1 CSL- Company Strategic Landscape......Page 129
12.3.2 DFC- Product Configuration......Page 131
12.3.3 Kontu: Combined Variation of Product, ManufacturingProcesses and Networks......Page 132
12.4 Conclusions......Page 133
13.1 Introduction......Page 135
13.2 Lifecycle Approaches and Workflow Management......Page 137
13.2.1Information Technology-driven Product Lifecycle......Page 138
13.2.2 Workflow Management......Page 140
13.3 Progress Monitoring and Maturity Management......Page 142
13.4 Conclusion......Page 143
13.5 References......Page 144
14.1 Introduction......Page 145
14.2 Structural Complexity......Page 146
14.3 Requirement Analysis......Page 147
14.4 Knowledge Identification......Page 149
14.5 Design to Cost......Page 150
14.6 Process Planning......Page 152
14.7 Conclusion and Outlook......Page 154
14.8 References......Page 155
15.1 Introduction......Page 156
15.2 Basic Principles of the Autogenetic Design Theory......Page 157
15.3 The ADT Process Model......Page 159
15.4 The ADT Prohibition Space......Page 161
15.5 The ADT Product Model......Page 163
15.6 Conclusion and Outlook......Page 165
15.7 References......Page 166
16.1 The PAST: What is Design Methodology Good For?......Page 167
16.1.1 The Two Faces of Design Methodology......Page 168
16.1.2 Deficits of Design Methodology......Page 169
16.2 The Present: Do Designers Need Design Methodology?......Page 171
16.2.1 Uncertainty as a Consequence of Routine and Non-RoutineSituations......Page 172
16.2.2 The Users’ View......Page 173
16.3 THE FUTURE: Design Methodology as A New BusinessModel......Page 178
16.3.1 Design Thinking as ‘Design Methodology-lite’?......Page 179
16.3.2 Implications for the Future of Design Methodology......Page 180
16.4 References......Page 182
17.1 Introduction – Five Hypotheses on Product Engineering......Page 184
17.2 Different Views on Methods and Processes of ProductEngineering......Page 186
17.3 Product Engineering is the Transformation of Objectivesinto Objects......Page 189
17.4 Validation......Page 190
17.5 Introducing the Integrated Product Engineering ModeliPeM......Page 192
17.6 Conclusion......Page 193
17.7 References......Page 194
18.1 Object-related extension of Design Methodology towards adevelopment methodology for Product Service Systems......Page 195
18.2 Process-related extensions of Design Methodology towards a methodology of computer-aided planning and development ofactivities......Page 196
18.3 Additions to Design Methodology with holistic methodsderived from other science areas......Page 197
18.4 Alternative design methods with new paradigms......Page 198
18.5 Results and recognitions......Page 200
Part III General Reflections onDesign Methodology......Page 202
19.1. Leonardo\'s Life......Page 204
19.2. Some Thesis on Abilities, Skills and Methods in Art,Science and Design......Page 205
19.3 Leonardo: a First Man of the Modern Era......Page 206
19.4 Useful Methods and Skills of Leonardo......Page 207
19.5 Leonardo\'s Dream of Flying......Page 209
19.6 Conclusions......Page 210
19.7 References......Page 211
20.1 Introduction......Page 212
20.2 The Diffusing Concept of Design......Page 213
20.3 The Changing Context of Design......Page 214
20.4 Conclusions......Page 219
20.5 References......Page 220
21.1 Introduction......Page 221
21.2 Design Practice Knowledge......Page 223
21.3 Design Research Knowledge......Page 224
21.4 Knowledge Transfer – A Case Study......Page 227
21.5 Conclusions......Page 229
21.6 References......Page 230
22.1 Introduction......Page 231
22.3 Future of Design Research......Page 233
22.4 Academic Maturity of the Discipline and Consolidation......Page 234
22.5 Some Initial Proposals......Page 236
22.6 Application of the Taxonomy of Design Research Areas......Page 238
22.8 References......Page 240
23.1 Introduction......Page 242
23.2 Design Research at University......Page 244
23.3 Teaching Engineering Design......Page 247
23.4 The Impact of Education Policy......Page 248
23.5 Industrial Needs as a Driver for Design Research......Page 249
23.6 The Future......Page 251
23.7 References......Page 252
24.1 Introduction......Page 255
24.2 Background......Page 256
24.3.1 Are There Areas In Which We Can Agree?......Page 258
24.3.2 Where Is There Less Agreement?......Page 260
24.3.3 Summary......Page 261
24.4 Learning from Other Communities......Page 262
24.6 References......Page 263
25.1 Internal and external requirements for developing DesignMethodology......Page 265
25.2 The unsolved problem of Design Methodology transfer intopractice......Page 266
25.3 The creation of Design Methodology by design research......Page 267
25.4 Results and recognition......Page 269
26.1 Further development towards a life cycle developmentmethodology......Page 271
26.3 Definition of a human-centric Design Methodology......Page 272
26.4 The comprehensive integration of information technologyinto Design Methodology......Page 273
26.6 Closing remarks......Page 274
Index......Page 276