<p><span>Product lifecycles have shortened due to competition, rapidly changing markets, emerging technology, and regulation. </span><span>Modernizing Product Development Processes: Guide for Engineers</span><span> provides a foundation to focus on giving engineers, entrepreneurs, and innovators a g
Modernizing Product Development Processes: Guide for Engineers
β Scribed by Jon M Quigley, Amol Gulve
- Publisher
- SAE International
- Tongue
- English
- Leaves
- 231
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Synopsis
Product lifecycles have shortened due to competition, rapidly changing markets, emerging technology, and regulation. Modernizing Product Development Processes: Guide for Engineers provides a foundation to focus on giving engineers, entrepreneurs, and innovators a guide to developing products with a new approach instead of a traditional product development cycle.
Using the fundamental pillars of this book, the authors demonstrate how to bridge the gap in today's product development cycle to improve "time to market" needs in a fast-paced environment. These pillars include:
-Learning from failures and doing
-Harnessing creativity (out-of-the-box thinking)
-Front loading (develop concepts early)
-Explore multiple possible solutions
-Technology/Manufacturing readiness level
-Modularity (integrate common solutions)
In addition, the authors prepare engineers to scale up production to meet customer demands in a dynamic environment by demonstrating how to establish strategies and road maps with a stage gate approach focused on harnessing creativity to build concepts/technologies in early phases.
In today's era of innovation, rapid technological growth, and high consumer demand, engineers must adapt and deliver products with reasonable, engineered solutions and this book shows them how.
β¦ Table of Contents
Front Cover
Title Page
Copyright Page
Contents
Preface
Acknowledgments
CHAPTER 1 Product Development the Gap
Introduction
Gaps in Product Development
Product Development Steps
Business Case
Time to Market of New Technology (Speed)
Knowledge of the Potential Market
Ways We Work Now and New Ways to Meet the Gaps
Organization and Process Assets
Supporting Learning the Emergent Technology
Support Application of the Emergent Tech
A Rapidly Changing Environment
Adjusting to the Rapidly Changing Environment
Areas of Action
Limitations of the Traditional Way of Working
What Are the Limitations?
Generation Dynamics and High Customer Expectations
Difference between Customer Expectations and Needs
Why Should You Know and Meet the Expectations of Your Customers?
Factors Influencing Customer Expectations
How Companies Can Meet Customer Expectations
Product Generation Dynamics that Meet High Customer Expectations
Increasing Sensitivity to Customer Needs Changes
Reducing the Product Generation Cycle Time
Forecasting
Conclusion
References
CHAPTER 2 Learning
Product Development Is Learning
What Is Learning?
Benefit of Learning Fast
Individual Learning
Team Learning
Benefits of Team Learning in an Organization
Agile Overview
Learning Environment
Benefits of Controlled Failure
Why Push to the Edge Excluding Previously Thought to Be Constraints?
Learning by Discovering Boundaries
What We Do Not Know and Assumptions
Calculated Risk
Experiential Learning
Fail Fast
Time to Market
Failing Is Learning
How this Works
Delay Deciding
Exploration and Experimentation
What Do We Know?
How Do We Find Out?
Biases
Simulation and Models
Model
Design of Experiments
References
CHAPTER 3 More Than Engineering
Creativity
Importance
The Myriad of Small Things
Platform Thinking
Creativity in a Smaller Organization
How to Harness Creativity
Creative Tools
References
CHAPTER 4 Front Loading
Front-Load the Product Development Process
Front Loading Product Development
What Does Front-Load Mean?
System Dynamics: Investigating Front-Load Effects
Customer Involvement
Virtual and Augmented Reality Technologies for Product Realization
Configuration Management Is a Key Product Management Area in 3-D Printing
Product Performance, Function, and Physical Attributes
References
CHAPTER 5 Readiness Level
Maturity
Technology
Concept Decision Matrix
Manufacturing Reviews
Manufacturing Risk Analysis
Manufacturing 4.0
Maturity Models
Reasons for TRL
Technology Readiness Levels
TRL and Verification
Reasons for MRL
Manufacturing Dimensions
Manufacturing Readiness Level
References
CHAPTER 6 The Right Solution
Determine Solution
Why Wait?
Decision-Making and Risk
Build Product Knowledge
Set-Based Development and Concurrent Engineering
Right SizingβRight Timing
Constraints and Boundary Conditions
Product and Manufacturing Evaluation
Customer and Product Samples
Evaluation Approaches
References
CHAPTER 7 Benefits of Multiuse and Reuse
Modularity
What Is Modularity?
Benefits of Modularity
Software Modularity
Applications of Modularity
Road Map and Strategy
Establishing Requirements and Boundary Conditions
Manufacturability and Serviceability
Problem-Solving
Improved Quality
References
CHAPTER 8 System of Systems
Systems Engineering
What Is Systems Engineering?
Fault Tree Analysis
Function Point Analysis
Areas of Improvement
Integrated Development
Compare and Contrast
INCOSE
Manufacturing
Configuration Management
Verification and Validation
References
Index
About the Authors
Back Cover
π SIMILAR VOLUMES
<p>Systems Engineering Guidebook: A Process for Developing Systems and Products is intended to provide readers with a guide to understanding and becoming familiar with the systems engineering process, its application, and its value to the successful implementation of systems development projects. Th
Your recording can make or break a record, and a clean recording is an essential catalyst for a record deal. Professional engineers with exceptional skills can earn vast amounts of money be in demand from the biggest acts. To develop such skills you need to master both the art and science of recordi
A comprehensive overview of current developments and applications in biofuels production Process Systems Engineering for Biofuels Development brings together the latest and most cutting-edge research on the production of biofuels. As the first book specifically devoted to process systems engineering