Ortloff, Dirk: Product engineering for silicon based MEMS IP. 2006
Inhalt
- Introduction
- Status and Requirements of MEMS IP Product Engineering
- Product Engineering introduction
- State-of-the-Art
- IP Business model
- Process IP transfer mechanisms
- Product Engineering Education
- Product Engineering Methods
- Product Engineering Frameworks
- MEMS process development
- Requirements of MEMS IP Product Engineering
- Process IP transfer mechanisms
- Development Methodologies
- Engineering Frameworks
- Process development Support
- Summary: Issues addressed by this thesis
- Product Engineering Method
- Product development essentials
- Drivers for Innovation
- Success factors for new product developments
- Success factors for a new product process
- Baseline Product Development Methods
- Baseline Project Management Methods
- New Product Development Methodology
- Definitions
- Method overview
- Method composition
- Stage 0: Idea capturing
- Gate 1: Idea screen
- Stage 1: Preliminary investigation
- Gate 2: Detailed screen
- Stage 2: Project Initialization
- Gate 3: Project gate
- Stage 3: Feasibility study
- Gate 4: Prototype-Development decision
- Stage 4: Prototype development
- Gate 5: Development decision
- Stage 5: Product development
- Gate 6: Commercialization decision
- Process Development Methodology
- Conclusions
- Product Engineering Framework
- Required PEF Features
- Configuration Management
- Change Management
- Requirements Engineering
- Data Organization
- Standards
- Common Environment + Information Sharing
- Issue Tracking
- Knowledge Management
- Planning & Tracking
- Regular Execution
- Regular Status
- Enforcement
- Vision
- Processes/Procedures/Mortar
- Conclusions
- Quality Assurance Framework
- MEMS process IP development
- Process DFM components
- Overall approach
- Experimental verification support
- Process Development Tracking System(PDTS)
- Promenade Tracking Environment (EVERIST)
- The System overview
- Concept additions
- New and changed Features
- System architecture
- Data models
- Embedding into environment
- Back Annotation
- Conclusions
- Further Work
- Useful extensions of the tracking environment
- Directed & attributed relations
- Navigation by Relation Types
- Relation groups
- FMEA integration
- Additional retrieval mechanisms
- Further usability improvements
- Back Annotation
- Integration of Structural and Behavioral design
- Conclusions
- Bibliography
- Details for Managing a project
- The Management of the project preparations
- The Management of the R&D loop
- Project + Product Management templates
- Details of Engineering Framework Blocks and Components