The Design-to-Value Playbook

Chapter 1: Design-to-Value Fundamentals

1.1 What Design-to-Value Is — and What It Is Not
1.2 The Design-to-Value Economics: Cost, Customer Value, Performance, Quality, and Risk
1.3 When to Launch a Design-to-Value Effort
1.4 Major Design-to-Value Levers Across the Product Cost Structure
1.5 The End-to-End Design-to-Value Process and Typical Deliverables

Chapter 2: Setting the Target and Building the Cost Fact Base

2.1 Establishing Product, Subsystem, and Component Target Costs
2.2 Building the Current-State Product Cost Baseline
2.3 Creating the Target-Cost Waterfall and Quantifying the Cost Gap
2.4 Segmenting Products and Components to Focus the Effort
2.5 Cost Baseline and Target-Cost Checklist

Chapter 3: Teardown Benchmarking and Competitive Cost Analysis

3.1 Selecting Benchmark Products and Planning a Teardown
3.2 Comparing Product Architecture, Features, Materials, and Components
3.3 Estimating Competitor Product Costs and Identifying Cost Gaps
3.4 Separating Structural Cost Advantages from Design Choices
3.5 Teardown Benchmark Template and Findings Summary

Chapter 4: Should-Cost Modeling

4.1 When and Where to Apply Should-Cost Analysis
4.2 Building a Component Should-Cost Model Step by Step
4.3 Modeling Materials, Labor, Manufacturing Processes, Tooling, Overhead, and Margin
4.4 Testing Assumptions and Reconciling Should-Cost to Quoted or Actual Cost
4.5 Should-Cost Model Template and Supplier Challenge Fact Base

Chapter 5: Generating Design-to-Value Opportunities

5.1 Identifying Overengineering and Low-Value Specifications
5.2 Material Substitution and Component Redesign
5.3 Feature Simplification and Specification Optimization
5.4 Component Standardization, Commonization, and Variant Reduction
5.5 Design-to-Value Workshop Guide and Opportunity Checklist

Chapter 6: Evaluating and Prioritizing Design Changes

6.1 Building the Design-to-Value Opportunity Pipeline
6.2 Quantifying Savings, Investment, and Gross Margin Impact
6.3 Assessing Customer, Performance, Quality, Warranty, Compliance, and Operational Risk
6.4 Prioritizing Quick Wins versus Design-Cycle and Platform-Level Changes
6.5 Opportunity Prioritization Matrix and Business Case Template

Chapter 7: From Approved Ideas to Production-Ready Changes

7.1 Translating Opportunities into Engineering Change Requirements
7.2 Prototyping, Testing, Validation, and Design Approval
7.3 Coordinating Design Changes with Suppliers and Manufacturing
7.4 Updating Bills of Materials, Specifications, Drawings, and Product Documentation
7.5 Production Release and Savings-Capture Readiness Checklist

Chapter 8: Managing a Design-to-Value Program

8.1 Establishing Workstreams, Savings Targets, Owners, and Decision Rights
8.2 Cross-Functional Governance Across Engineering, Sourcing, Manufacturing, Finance, and Product Management
8.3 Building the Initiative Tracker and Confirming Realized Savings
8.4 Managing the Design-to-Value Cadence, Stage Gates, and Escalations
8.5 Design-to-Value Program Dashboard and Governance Templates

Chapter 9: External Advisors and Consultants

9.1 Determining Where External Support Can Accelerate a Design-to-Value Program
9.2 Selecting Technical, Engineering, Cost-Modeling, and Industry Specialists
9.3 Choosing Between Rapid Diagnostics, Project Teams, Implementation Support, and Subject Matter Experts
9.4 Scoping the Engagement, Setting Deliverables, and Evaluating Advisor Effectiveness
9.5 Engaging Independent Management Consultants Through Umbrex

Appendices

A.1 Glossary of Design-to-Value Terms
A.2 Common Acronyms and Abbreviations