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Management of Technology and Innovation in Japan

Management of Technology and Innovation in Japan

von: Cornelius Herstatt, Christoph Stockstrom, Hugo Tschirky (Eds.)

Springer-Verlag, 2006

ISBN: 9783540312482, 429 Seiten

Format: PDF, OL

Mac OSX,Windows PC Apple iPad, Android Tablet PC's Online-Lesen für: Linux,Mac OSX,Windows PC

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Management of Technology and Innovation in Japan


 

Preface and Introduction

6

Table of Contents

20

List of Contributing Authors

22

Part I: Strategic Aspects

25

Designing the Product Architecture for High Appropriability: The Case of Canon --- Kiyonori Sakakibara and Yoichi Matsumoto

27

The Issue of Appropriability

27

Characteristics of the Business Performance of Canon

28

Cartridge Technology that Sustains Copier’s High Profitability

29

Analysis of the Ink Jet Printer Business in Japan

32

Concluding Remarks

47

Appendix 1: The List of Product Specifications

49

Appendix 2: The Icons’ List of Exchange Cartridge

50

References

50

Case Study Shimano: Market Creation Through Component Integration --- Akira Takeishi and Yaichi Aoshima

53

Introduction

53

Outline and History of Shimano Bicycle Component Business

55

Shimano’s Position in Bicycle Parts – “The Intel of the Bicycle Industry&rdquo

56

History

59

History of Product Innovation

60

Shimano’s Strategy: Creating Markets Through Component Integration

68

Production Technology and Market Creation

69

Conclusion: Searching for New Growth Opportunities

71

Invisible Dimensions of Innovation: Strategy for De-commoditization in the Japanese Electronics Industry --- Ken Kusunoki

73

Digitization, Modularization, and Commoditization

73

Visibility of Innovation Dimension and Its Dynamics

75

Limits of Visible Innovations

78

Invisible Innovations: An Alternative Strategy

82

The Visibility Trap

87

Seeing and Showing Invisible Dimensions

90

Conclusions

95

The Customer System and New Product Development: The Material Supplier's Strategy in Japan --- Junichi Tomita and Takahiro Fujimoto

97

Introduction

97

Customer System

98

Case Study – Development of LUMIFLON at AGC

101

Management of Customer System

105

References

107

Part II: Process Aspects

109

The Japanese Know-Who Based Model of Innovation Management – Reducing Risk at High Speed --- Sigvald J. Harryson

111

From Time-Based Competition to Time-Based Innovation

111

Introducing a Know-Who Based Approach to Networking

114

Canon’s Know-Who Based Approach to Commercializing a Disruptive Display Technology

119

Analyzing the Canon Case with Further Illustrations of Know-Who Based K&I Management

128

References

132

The Domestic Shaping of Japanese Innovations --- Marian Beise

137

Introduction

137

Conclusions

161

References

162

Exploiting “Interface Capabilities” in Overseas Markets: Lessons from Japanese Mobile Phone Handset Manufacturers in the US --- Masanori Yasumoto and Takahiro Fujimoto

167

Introduction

167

Background

168

Distinction Between Interface Capabilities and Relational Knowledge

169

Overview of Japanese Mobile Phone Manufacturers

172

Handset Development Strategy of Japanese Manufacturers

175

Japanese Mobile Phone Manufacturers in the US

176

Sanyo

178

Discussion

185

Conclusion

186

Acknowledgement

187

References

187

“Fuzzy Front End” Practices in Innovating Japanese Companies --- Cornelius Herstatt, Birgit Verworn, Christoph Stockstrom, Akio Nagahira, and Osamu Takahashi

191

Introduction

191

Study

191

Results

194

Comparing Successful and Unsuccessful Companies

199

Conclusions

205

References

205

Implementing Process Innovation – The Case of the Toyota Production System --- René Haak

209

Introduction

209

Technology and Knowledge Transfer

211

The Company: A Whole System

212

Tools for Solving Problems

217

Kaizen – Core of Toyota Production System and Embodiment of Organizational Learning

221

References

222

Part III: Organizational Aspects

229

Reorientation in Product Development for Multiproject Management: The Toyota Case --- Kentaro Nobeoka

231

Introduction

231

Multi-project Management: Framework

233

Traditional Shusa Organization at Toyota

235

Organizational Problems

236

Change in the Competitive Environment

239

Establishment of Development Centers

241

Reduction of Functional Engineering Divisions

243

Reduction of the Number of Projects for Each Functional Manager

245

Roles of the Center Head for Multiple Vehicle Projects

245

Establishment of Planning Divisions in Each Center

246

Hierarchical Organization of Chief Engineers

247

Roles of Center 4

248

Outcomes of the Organizational Changes

249

Project Integration Through Streamlined Structure

249

Multi-Project Integration Within a Center

251

Potential Problems of the Center Organization

253

Discussion and Conclusion

254

References

257

Suppliers’ Involvement in New Product Development in the Japanese Auto Industry – A Case Study from a Product Architecture Perspective --- Dongsheng Ge and Takahiro Fujimoto

259

Introduction

259

Architectural Attributes of Auto Parts

261

Case Study on Pattern Choices of Suppliers’ Involvement into New Product Development

263

Discussion

268

Conclusion

271

References

271

NPD-Process and Planning in Japanese Engineering Companies – Findings from an Interview Research --- Cornelius Herstatt, Christoph Stockstrom, and Akio Nagahira

273

Introduction

273

The Study

274

NPD Project Processes

275

General Planning Activities in NPD

279

Project-Related Planning

280

Changes

283

Project Management

285

Conclusions

286

References

287

Part IV: Cultural Aspects

291

Japanese New Product Advantage: A Comparative Examination --- Cheryl Nakata and Subin Im

293

Introduction

293

Conceptual Model

294

Research Hypotheses

295

Methodology

301

Measures

302

Model Estimation and Results

303

Main Findings

304

Discussion

305

Managerial Implications

306

Limitations and Research Implications

307

Appendix: Measurement Items and Coefficient Alphas (Japan/Korea)

308

References

309

Differences in the Internationalization of Industrial R&D in the Triad --- Guido Reger

313

Introduction

313

Methodology

314

International Generation of Research and Technology

322

Conclusions

330

Acknowledgment

333

References

333

Global Innovation and Knowledge Flows in Japanese and European Corporations --- Alexander Gerybadze

335

Global Innovation and Changing Patterns of Knowledge Production

335

Downstream Innovation and New Sources of Knowledge

338

Home-Base Augmenting vs. Home-Base Exploiting R&D Strategies

341

Engineering Innovation and Knowledge Flows Within MNCs

343

Lead-Market Innovation and Knowledge Flows Within MNCs

345

Appropriate Mechanisms of Transnational Knowledge Flows: Comparing European and Japanese MNCs

347

References

349

Reducing Project Related Uncertainty in the “Fuzzy Front End” of Innovation – A Comparison of German and Japanese Product Innovation Projects --- Cornelius Herstatt, Birgit Verworn, and Akio Nagahira

352

Introduction

352

Study

355

Results

359

Conclusions

369

Appendix: List of Projects

371

References

373

Part V: Implementational Aspects

377

From Practice: IP Management in Japanese Companies --- Yonoshin Mori

379

Rapidly Changing IP Management Environment

379

Objective of IP Management

384

Leading Examples of IP Management at Individual Companies

391

Theory for IP Organizational Ability

397

Hot IP Topics Now Faced by Japanese Companies

404

MoT: From Academia to Management Practice – The MoT Implementation Case in a Traditional Japanese Company --- Gaston Trauffler and Hugo Tschirky

409

Introduction

409

The Initial Position

409

Creating Transparency

410

Forming Strategically Manageable Technology Entities

413

Designing a Holistic and Integrated MoT Process

415

Designing Organizational Company Structures

420

Customizing the Process and Accelerating Its Implementation

422

Summary and Conclusion

424

References

426

Index

427