Chapter 10 Lecture Notes

Chapter 10 Lecture Notes - Managing Engineering Managing...

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Unformatted text preview: Managing Engineering Managing Design Chapter 10 Chapter Advanced Organizer Managing Engineering and Technology Management Functions Planning Decision Making Organizing Leading Controlling Managing Technology Research Design Production Quality Marketing Project Management Personal Technology Time Management Ethics Career Chapter Objectives Chapter • Describe the phases or stages in Describe systems engineering and the new product development process product • Discuss product liability and safety Discuss issues issues • Discuss the significance of reliability Discuss and other design factors and What is Engineering Design What • Design is the process of Design transforming information--from transforming from needs to a solution. needs Information needs Information solution Engr Design Process New Product Development Stages • Conceptual Conceptual • Technical Feasibility or Concept Technical Definition Definition • Development • Commercial Validation • Full-scale production • Product Support • Disposal Stage Stage-Gate™ Model Stage Discovery Idea Screen Gate 1 Build Business Case Stage 1 Scoping Gate 2 Second Screen Stage 2 Development Stage 3 Testing & Validation Stage 4 Launch Stage 5 Gate 5 Go To Launch Gate 3 Go To Development Gate 4 Go to Testing Post-Launch Review Stage-Gate ™ Themes Stage Gate • Each stage incurs more work Each and cost more than the preceding one. Why? preceding • There is a bias to kill the project. There Why? Why? Gate Stage Gate Structure Gate • A set of required deliverables. • Criteria against which the Criteria project is judged. project • Defined outputs Criteria Deliverables Outputs Stage Gate Process Stage • Risk management approach for Risk developing a portfolio of products. Why would we think of SG as a “risk risk management” process? management • All models have a similar approach, All see Table 10-1. see Six Sigma Six • Description on page 214 is poor. • There are two main programs: There SS Improvement and DFSS. SS • Credit for SS goes to Motorola Credit and GE though most of the material was “borrowed” from from the TQM and design methodology communities. methodology Fundamental Concept Fundamental mean -6σ +6σ Six Sigma Improvement Six Define Measure Analyze Improve Control } { Plan Do Check Act Refinement of TQM’s Deming Cycle, focused on improving processes. Design for Six Sigma Design • Less well defined • DMADV (Define-Measure-Analyze-DesignVerify) • DMADOV (Define-Measure-Analyze-DesignOptimize-Verify) • IDOV (Identify-Design-Optimize-Validate) • DMEDI (Define-Measure-Explore-DevelopImplement) • DCCDI (Define-Customer-Concept-DesignImplementation). Implementation). • The best practices for product development • Similar to Systems Engineering Concurrent Engineering Concurrent Set of methods, techniques, Set and practices, that: and • Consider life-cycle factors within cycle the design stage • Reduce the time required to Reduce translate design into products translate Systems and Concurrent Engr Engr • How does serial (Systems How Engineering) and parallel (Concurrent Engineering) process coexist? Figure 10-2 process provides insight provides Control Systems in Design Control • Drawing Release • Traditional approaches no longer Traditional valid; IT challenging valid; • Configuration Management • Specific protocols (internal and Specific external) for developing products external) • Design Reviews Special Considerations in Design Design • Product liability and safety • Reliability • Maintainability Liability Liability • Designer foresee unlikely conditions Designer (reasonable, foreseeable misuse) (reasonable, • Product contains adequate warnings • Risks reduced to greatest extent Risks possible possible • Meets user’s reasonable reasonable expectations of safety expectations Reliability Reliability • Probability that the product Probability will perform a specified function for a stated period of time under specified conditions conditions Maintainability Maintainability • Probability that a failed system Probability will be restored to performance within a stated period of time when maintained under specified conditions. Maintainability Maintainability • Corrective • Preventive • MTBM mean time between maintenance MTBM mean • MDT mean down time MDT mean • MTTR mean time to repair MTTR mean • MTBF mean time between failure MTBF mean Homework Homework • 10 - 1, 2, 4, 8 10 ...
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This note was uploaded on 04/13/2010 for the course EM 510 taught by Professor Stauffer,l during the Spring '08 term at Idaho.

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