More efficient and sustainable fabrication will also lead to overall efficiency and sustainability across multiple industries through modeling, analytics, and automation.
Current Research:
- Blockchains, smart contracts, data integration, knowledge representation, provenance, and decentralized learning systems as cornerstones of a streamlined supply chain and advanced automation in microelectronics research applications
- Challenges and the means of achieving environmental and human sustainability from an operations management perspective, combining optimization modeling, data analytics, and econometric modeling
- Data analytics techniques to improve semiconductor manufacturing processes
- Control theory and applications characterized by complex, nonlinear, and imprecise models and multiple design objectives
