Objective
- Overarching goal
- Quickly and effectively detect, diagnose, predict, and eliminate faults/failures to achieve excellent productivity and quality as well as safety and security for complex engineering systems.
- Research thrusts
- Modeling of complex engineering systems based on fusion of measurement data and the first principles
- System sensitivity and diagnosability analysis and control based on quantitative models
- System-level maintenance and service optimization
Application
- Manufacturing processes
- Machining and assembly processes
- Forging, stamping, and rolling processes
- PCB assembly processes
- Thin film deposition processes
- Ultrasonic-based nano-composite manufacturing
- Manufacturing and service systems
- Manufacturing production systems
- Clinical services
- Healthcare call centers
- Maintenance service systems
Funded projects
- National Science Fondation (NSF)
- Air Force Office of Scientific Research (AFOSR)
- Department of Energy (DOE)
- National Institute of Standards and Technology - Advanced Technology Program (NIST - ATP)
- National Institute of Standards and Technology - Technology Innovation Program (NIST-TIP)
- SME Education Foundation
- Office of University - Industry Relationship
- OG Technologies
- DCS
- GE Healthcare
- GM
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