Introduction to R&D Management ―Management of Technology―

Kazuya Okamoto(著)

Kazuya Okamoto(著)

定価 4,400 円(本体 4,000 円+税)

A5判/252ページ
刊行日:2023年11月01日
ISBN:978-4-254-20176-5 C3050

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内容紹介

好評の『MOT研究開発マネジメント入門』を一部改訂のうえ英語化。コア技術の理解,市場の分析,最適な組織の構築など,経営の視点から研究開発の効率的なマネジメントを目指す。MOTを学ぶ留学生,海外の研究開発部門と連携する技術者およびマネージャーに最適のテキスト。

編集部から

* Note
The schematic diagrams in Figures 7.15 and 7.16 are reproduced from lecture materials prepared by Dr. Masakazu Takahashi (Yamaguchi University), as acknowledged in the Preface.

目次

 1. Technology Management and R&D Management
  1. 1 What Is Management of Technology (MOT)?
  1. 2 What Is R&D Strategy?
   1. 2. 1 Strategy and Tactics
   1. 2. 2 Strategic System Diagram
   1. 2. 3 R&D Flow: Research, Development, Design and Fabrication/Manufacturing
   1. 2. 4 The Essence of R&D Strategy
   1. 2. 5 R&D in Intellectual Property
  1. 3 What Is R&D Management?
   1. 3. 1 Approach to R&D Management
   1. 3. 2 R&D Organization
   1. 3. 3 R&D and Innovation Management
  1. 4 Three R&D Specifications Required for the Enterprise Model
   1. 4. 1 Unique Challenges of the New DX Era Using AI, IoT & Big Data,and R&D Management
Session I Overview of R&D Management
 2. R&D Management Methods
  2. 1 Essential Flow of Business and R&D Management
  2. 2 Economics of R&D Activities: Economies and Diseconomies of Scale
  2. 3 R&D Generations and Design Models
  2. 4 R&D to Create New Shared Value
  2. 5 S-shaped Growth Curve of Technology and Product Life Cycle
 3. Organization of R&D Management
  3. 1 What Is Required for R&D Management
  3. 2 Hierarchy from Organization to Product
  3. 3 Five Generational Nature of R&D
  3. 4 R&D Organization Theory
  3. 5 Operation of the R&D Organization
   3. 5. 1 Managing from the R&D Connection Perspective
   3. 5. 2 Management of R&D Personnel from an Organizational Structure Perspective
  3. 6 Competencies in R&D Management
 4. Technology Development and R&D Strategy
  4. 1 What Is Technology?
  4. 2 Technology and Product Architecture
  4. 3 Technology and Commoditization
  4. 4 Technology and the Value Customers Want
  4. 5 What is Technology Strategy?
  4. 6 Correlation between Types of Technology Strategy and R&D Strategy
   4. 6. 1 Relationship between Technology and Strategy
   4. 6. 2 Technology Strategy Development Process (based on M. E.Porter’s method)
   4. 6. 3 Resources in Technology Strategy
   4. 6. 4 Technology Strategy in the Age of VUCA
  4. 7 R&D Strategies by Industry
   4. 7. 1 R&D Strategy for the Chemical Industry Sector: Central Glass Co.,Ltd.
   4. 7. 2 R&D Strategy in the Drug Discovery Field: Daiichi SankyoCo., Ltd.
   4. 7. 3 R&D Strategy in the IT Field: NTT DATA INSTITUTE OFMANAGEMENT CONSULTING, Inc.
Session II R&D Proposals and Practices
 5. Technology Roadmapping
  5. 1 What is the Age of VUCA?
  5. 2 Forecasting Methodology
  5. 3 Technology Roadmapping from Market Forecasts
   5. 3. 1 Typical Examples of Technology Roadmaps
   5. 3. 2 Methodology for Developing a Multi-Level Technology Roadmap
   5. 3. 3 Clarification and Visualization of Priorities through Technology Quantification
  5. 4 How to Collect Information for Creating a Technology Roadmap
   5. 4. 1 General Information
   5. 4. 2 Web Information
 6. R&D Projects
  6. 1 What to Consider Before Embarking on an R&D Project
  6. 2 Structure of Revenue Logic
  6. 3 R&D Activity Analysis
  6. 4 R&D Strategy and Selection of R&D Themes
  6. 5 Classification of R&D Themes and Tax Considerations
   6. 5. 1 R&D Classification
   6. 5. 2 Tax Breaks for R&D expenses (R&D Relief for Corporation Taxes)
  6. 6 What Is R&D Productivity?
  6. 7 Measures to Improve R&D Productivity
  6. 8 Typical R&D Themes, Evaluation Timing, and Efforts not to Become a Mere Facade
  6. 9 How toWrite a R&D Theme Proposal
  6. 10 Prioritizing Against Goals
  6. 11 High Value-Added R&D
  6. 12 Progress Management of R&D Themes
 7. Portfolio Management and Intellectual Property Strategy
  7. 1 Visualizing Business Operations through Business Portfolios
  7. 2 Development of Portfolio Management
  7. 3 Improving the Efficiency of R&D management up to Commercialization
  7. 4 Intellectual Property Strategy: Significance of Patent Application
  7. 5 R&D Management from the Perspective of Intellectual Property
   7. 5. 1 The Nature of Intellectual Property and R&D Attitudes
   7. 5. 2 Patent Strategy from the Perspective of Patent Law
   7. 5. 3 Considerations from Patent Information
  7. 6 OODA Loop Methodology
  7. 7 Fundamentals of Alliances and Legal Issues in R&D
   7. 7. 1 Significance of Alliances
   7. 7. 2 Forms of Alliances and What to Consider
   7. 7. 3 Selecting Alliance Partners
   7. 7. 4 Alliance Flow and Contracts
Session III Organization Building and Human Resource Development in R&D
 8. The Essence of Creativity
  8. 1 The Idea Funnel in Product Development
  8. 2 Conception and R&D Theme
  8. 3 Sources and Triggers of Ideas
  8. 4 The Nature of Scientific Thinking
  8. 5 The Importance of R&D Management for Concepts
  8. 6 What is Creativity?
  8. 7 Sticky Information
 9. Organization and Human Resource Development in R&D Investment
  9. 1 R&D Investment: Mobilization and Optimal Allocation of R&D Resources
  9. 2 Decision Points for R&D Investment
  9. 3 Strengthening R&D Organizational Capacity
  9. 4 Human Resource Cultivation: Classical Theories of Motivation
  9. 5 Motivation in R&D
 10. R&D Finance
  10. 1 Accounting
  10. 2 Finance
  10. 3 R&D Decisions Based on Market and Return on Investment Projections
  10. 4 Estimating the Market Size (TAM)
 11. Ethics for R&D Professionals
  11. 1 What are Research Ethics?
  11. 2 The State of Science and Technology, and R&D
  11. 3 Research and Engineering Ethics Required for R&D Management
  11. 4 The Shape of Ethics in R&D Management
Session IV Long-Term Vision for R&D
 12. Innovation Management
  12. 1 Innovation and Long-Term Strategy
   12. 1. 1 Definition of Innovation
   12. 1. 2 Theory of Disruptive Innovation
   12. 1. 3 Jobs-to-be-done Theory of Innovation
  12. 2 The State of Innovation Management
  12. 3 Innovation Comparison: Open vs. Closed
   12. 3. 1 Imec Model
   12. 3. 2 DARPA Model
  12. 4 Ideal Cycle for New Product Development Based on Innovation
  12. 5 A NewWave of AI-Based Innovation
Index
At the Conclusions
Acknowledgments
About the Author

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