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Microelectronics Engineering

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Microelectronics Engineering

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Research Frontiers in Power Semiconductor Device Engineering

Development of high-efficiency power MOSFETs, IGBTs, and wide-bandgap semiconductors for power conversion applications.

Wide Bandgap Thermal Management at Operating Extremes
Dynamic On-Resistance Variability in GaN and SiC Devices
Parasitics-Induced Switching Losses in Power Density Optimization
Reliability Degradation Mechanisms in Next-Generation WBG Semiconductors
Electrothermal Instability and Hot-Spot Formation in Power Modules
Gate-Drive Complexity for Heterogeneous Device Stacks
Junction Temperature Sensing Without Embedded Instrumentation
Avalanche Robustness Limits in Ultra-Fast Power Switches
Cosmic Ray Induced Soft Errors in Power Electronics
Multilevel Converter Topology Innovation for Distributed Energy

All Microelectronics Engineering PhD categories