Design Practices
- Open System architectures
- Packaging and special thermal techniques
- Techniques to successfully use PEMs & COTS
- Ruggedizing COTS for military use
- PEMs in long term storage conditions
- Critical applications
Applications
- Avionics, ships, military vehicles and radios
- Missile and weapons systems
- Satellites & launch vehicles
Case Studies / History
- Use of PEMs and commercial components
- Use of COTS subassemblies and systems
- Engineering and managing COTS
- Lessons learned
Obsolescence Management
- Business practices
- Industry perspectives
- Life cycle managemen
- Designing for obsolescence
Radiation Hardness
- Assessing hardness levels of COTS and PEMs
- Maintaining hardness through design changes
- Shielding techniques
- Impact of scaling on RH performance
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Technology Trends
- New technologies and how to use them
- Replacing obsolete technologies
- Life time of the new technologies
Risk Mitigation
- System redundancy
- Failure/error detection and correction
- New reliability assessment practices
- ICs, optos, hybrids, and discretes
- Passives, relays and connectors
- Batteries and sensors
Selecting Commercial Suppliers
- How to select suitable suppliers
- Quality issues and acceptable quality levels
- Automotive, telecom and commercial practices
Testing Requirements and Results
- COTS and PEMs qualification practices
- Uprating parameters from manufacturers data sheet
- Theory and structure of qualification program
- ESS, screening practices and cost analysis
Construction & Destructive Physical Analysis
- When to use & results
- What is different for COTS
- Using these analyses to assure quality
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