Page 15 - Six Sigma for electronics design and manufacturing

Contents
xiv
9.2.4
information control
303
9.2.5
Quality and supply chain management
305
9.2.6
Supply chain selection process
307
9.3
Product Life Cycle and the Six Sigma Design
Quality Issues
Changes in electronic product design
9.3.1
309
9.3.2
Changing traditional design communications 310
and supplier involvement
Design process communications needs
9.3.3 Supply chain communications and 300
313
9.4 Conclusions 314
9.5 References and Bibliography 315
Chapter 10. New Product and Systems Project Management 317
Using Six Sigma Quality
10.1 The Quality System Review and Quality-Based 318
Project Management Methodologies
10.1.1 The quality-based system design process 318
10.1.2 Six sigma quality-based system design 319
process benefits
10.1.3 Historical perspective of project 320
management
10.1.4 Project management of the product 323
development process
10.2 Technical Design Information Flow and Six Sigma 327
System Design
10.2.1 Opportunities in six sigma for system or 328
product design improvements
10.2.2 The system design process 329
10.2.3 The system design steps 329
10.2.4 Composite Cpk 330
10.2.5 Selecting key characteristics for systems 332
design analysis
10.2.6 Standardized procedures in design to 334
determine the composite Cpk
10.2.7 Standardized procedures in manufacturing 335
to determine the composite Cpk
10.3 Conclusions 338
Chapter 11. Implementing Six Sigma in Electronics Design 339
and Manufacturing
11.1 Six Sigma Design Project Management Models 340