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Today’s leading organizations recognize the importance of research and development (R&D) to maintain and grow market share. If companies want to survive into the future, they must accelerate their R&D-to-market cycles or find themselves behind the competition.
Project Management for Research and Development: Guiding Innovation for Positive R&D Outcomes explains how to apply proven project management methods to obtain positive outcomes in R&D and innovation projects. It addresses the specific factors companies must consider when using project management to scope, define, and manage R&D projects. It also offers best practices and case studies that illustrate actual applications of theory.
This book details methods to help readers optimize results in R&D through the use of structured processes derived from the project management field and other complementary disciplines. Each chapter includes diagrams, surveys, checklists, and question-answer forms to guide readers in determining where their activity falls along a project spectrum and to help them structure their own R&D project.
The methods presented in this book can easily be applied to innovation projects and creative endeavors. As there are limited sources of information on how to utilize project management methodology effectively in these types of projects, this book is an ideal resource for anyone looking to add structure and proven methods to enable R&D, innovation, and other creative activities.
Project Management Approaches
Nature of Projects
Formality of Project Management
Formal Project
Semiformal Project
Informal Project
Traditional Project Management
Scope
Deliverables/Outcomes
Requirements
Approach
Organization
Schedule
Budget
Risk Management
Performance Measurement
Communications
Flexible Project Management
Types of Flexible Development
Key Components
Program Management
Portfolio Management
The Hierarchy of Project versus Program versus Portfolio Management
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Life Cycle Approach to Project Management
Life Cycle Approach and R&D
Research Phase
Development Phase
Control Phase
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Case Study: Explorers Connect8 Website Development Project
Background
Life Cycle Perspective
Project Management
Scope
Deliverables/Outcomes
Requirements
Approach
Organization
Schedule
Budget
Risks and Mitigation Plan
Performance Management
Communications
Outcomes
Critical Branch Points
Leadership
Lessons Learned
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Project Management as an Enabler
Traditional Project Management
R&D Project Management
Disciplines That Complement Project Management
Flexible Methods
Spiral Development
Agile Method
Management Frameworks
Scrum
Unified Process
Dynamic Systems Development Method
Product Lifecycle Management
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Systems Engineering
Systems Engineering Management Processes
Systems Engineering Technical Processes
Industrial Engineering
Complementary Disciplines’ Value on R&D Projects
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Driving Innovation with Project Management
Case Study: The Design, Build, and Flight Test of a MIG-31 Model Aircraft
Background
Life Cycle Perspective
Design
Initial Build
Flight Test #1
Flight Test #2
Flight Test #3
Project Management
Project Integration and Systems Engineering Challenges
Outcomes
Lessons Learned
Selected R&D Challenges
Selected Programmatic Challenges
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Bounding the Creative Spaces
Elements of R&D
Research
Research Methods
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Typical Steps in Research
Development
Development Methods
Typical Steps in Development
R&D Projects versus Other Projects
Elements of Innovation
Innovation versus Other Types of Projects
Innovation versus R&D
Innovation versus Invention
Innovation versus Creative Projects
Project Management Approach for R&D
R&D Project Leadership
Special Considerations: Project Leadership
R&D Project Definition
R&D Project Plan: Project Definition
Special Considerations: Project Definition
R&D Project Planning.
R&D Project Plan: Project Planning
Special Considerations: Project Planning
R&D Project Controls
Special Considerations: Project Controls
Project Management Approach for Innovation
Innovation Project Leadership
Innovation Project Definition
Innovation Project Planning
Innovation Project Controls
Case Study: Mars Environmental Capability Assessment (MECA) Project
Background
Life Cycle Perspective
Project Management
Outcomes
Lessons Learned
Selected R&D Challenges
Selected Programmatic Challenges (Lessons Learned)
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Measuring Success
Defining Success
Essential Foundations
Project Manager
Communications
Project Baseline
Definitions of Success across Disciplines
Types of Measurements
Measures versus Metrics
Governance
Change Management
Configuration Management
Trend and Variance Analysis
Technical Performance
Schedule Performance
Budget Performance
Risk Management
Resources Allocation
Outcomes
Test, Verification, and Validation
Reviews
Management Reviews
Audit Reviews
Information Reviews
Peer Reviews
Requirements Reviews
Design Reviews
Verification Reviews
Phase, Decision Point, or Gate Reviews
After-Action, Retrospective, Reflective, and Postmortem Reviews
Quality
Quality Metrics
Quality Inspection and Audit
Benchmarking
Statistical Modeling and Analysis
Quality Controls
Quality Tools
Technical Readiness
Case Study: Trekking the Planet—Bringing Geography to Life
Background
Life Cycle Perspective
Project Management
Defining the Scope
Develop the Objectives
Identify the Requirements
Outline the Deliverables
Develop the Schedule
Develop the Budget
Develop Risks and Mitigation Plan
Develop a Contingency Plan
Critical Branch Points
Outcomes
Lessons Learned
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Building Blocks to Success
Key Objectives
Measurements for Different Project Types
Basic and Applied Research Measures
Development Measures
Innovation Measures
Production Measures
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Measurements for R&D Projects
Essential Measurements
Implementing the Techniques
Metrics for R&D
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Measuring R&D Performance
Documentation
Budget and Schedule
Outcomes
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Change and Configuration Management
Risk Management
Reviews
Quality
Leadership
Communications
Case Study: Flower Circles and Watercolours Project
Background
Life Cycle Perspective
Project Management
Defining the Scope
Develop the Objectives
Identify the Requirements
Outline the Deliverables
Develop the Schedule
Develop the Budget
Develop Risks and Mitigation Plan
Critical Branch Points
Outcomes
Defining Success
Types of Measures Used
Governance
Trends and Variances
Test, Verification, and Validation
Reviews
Quality
Controlled Progression
Leadership
Communications
Lessons Learned
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Overcoming Obstacles
Risk Management
Risk Management Processes
Risk Management Plan
Risk at the Project Level
Identification of Risk
Risk Assessment
Responses
Mitigation
Monitoring and Change Control
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Risk at the Program Level
Risk at the Portfolio Level
Compiling
Assessing
Downselecting
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Essential Risk Management for R&D
R&D Risk Plan and Approach
R&D Risk Decision Support
R&D Risk Responses and Mitigation
R&D Risk Monitoring and Change Control
Case Study: LEGO® Mindstorms®
Background
Life Cycle Perspective
Project Management
Defining the Scope
Develop the Objectives
Identify the Requirements
Outline the Deliverables
Develop the Project Schedule
Develop the Budget
Develop Risks and Mitigation Plan
Critical Branch Points
Outcomes
Defining Success
Types of Measures Used
Governance
Trends and Variances
Test, Verification, and Validation
Reviews
Quality
Controlled Progression
Leadership
Communications
Lessons Learned
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Facilitating the Creative Team
Leading the R&D Team
R&D Project Management
The Leadership Role
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The Management Role
Managing the Workforce
Staff Selection and Diversity
Team Building Activities
Objectives Alignment
Workforce Sharing
Team Evolution
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Optimizing the R&D Output
Organizational Alignment
Learning Environment
Free Time
Free Speech
Focus on Outcomes
Creative Physical Environment
Performance Incentives
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Accountability and Responsibility
Commitment
Responsibility
Fortitude
Project Management for Specific Disciplines
Researcher or Scientist R&D
Artistic R&D
Engineer R&D
Software R&D
Case Study: Adventure Day Camps on the Shores of Lake Grapevine
Background
Life Cycle Perspective
Project Management
Defining the Scope
Develop the Objectives
Identify the Requirements
Outline the Deliverables
Develop the Project Schedule
Develop the Budget
Develop Risks and Mitigation Plan
Critical Branch Points
Outcomes
Defining Success
Types of Measures Used
Governance
Trends and Variances
Test, Verification, and Validation
Reviews
Quality
Controlled Progression
Leadership
Communications
Lessons Learned
Case Analysis
Key Point Summary
Key Concepts
Key Terms
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References
Process Steps for the R&D Project
Project Fit, Alignment, and Approach (Steps 1 and 2)
Elements of Complementary Disciplines (Step 3)
Facilitate the Type of R&D Project (Step 4)
Project Management and Systems Engineering Documents (Steps 5 and 6)
Project Baseline and Measurements (Step 7)
Active Management (Step 8)
Mitigate Risks and Seize Opportunities (Step 9)
Facilitate and Support the R&D Team (Step 10)
Bibliography
Appendix 1
Appendix 2
Index
Lory Mitchell Wingate has achieved notable success in program and project management within policy research, aerospace engineering, production and support, and scientific research organizations. With over 25 years of experience in both for-profit and non-profit companies, Wingate possesses detailed knowledge and expertise in project management and has developed a strong method for combining the best practices from several disciplines into a winning formula for the management of research and development.
She has an MBA in information technology management, and is a Certified Project Management Professional (PMP®). Wingate’s area of expertise is in project management, program management, and systems engineering, and she actively pursues opportunities to present training workshops and materials associated with her areas of expertise.