GaN-based power electronics circuit design
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GaN-based power electronics circuits can achieve high-frequency operation
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The high-frequency operation can dramatically reduce the passive component size
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Magnetic component design for high-frequency operation (planar transformer and inductor design)
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Planar core-based magnetics for high power density and low profile converter implementation
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Analysis of parasitic components in high-frequency operation
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PCB layout and packaging considerations for GaN-based converters
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Research for high-efficiency and high-density power solutions
Power electronics for home appliance applications
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Power electronics circuit design for home appliances (air conditioners, refrigerators, etc.)
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High-efficiency and low-noise inverter design for appliance applications
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Compact and cost-effective power converter design for mass production
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EMI/EMC-aware circuit design and compliance with regulatory standards
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Integration of motor drives and power converters for appliance systems
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Smart and connected appliance systems with embedded control and AI
AI-based power electronics technology
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Digital twin for power electronics systems (simulation-to-real validation)
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Integration of AI with digital twin frameworks for real-time monitoring, prediction, and design optimization
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Bayesian optimization and reinforcement learning for experimental tuning
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AI-based EMI/EMS prediction and mitigation techniques
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AI-assisted optimal design of power converters (topology, parameter tuning, modulation strategy)
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Data-driven modeling and surrogate modeling for fast simulation and design exploration
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Applications: smart grid, EV chargers, data centers, renewable energy systems
Capacitive wireless power transfer
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Capacitive wireless power transfer based on electric field coupling
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GaN-based high-frequency operation for improved power transfer efficiency and power density
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Circuit topology and impedance matching techniques for CPT systems
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Dynamic wireless charging power converters
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EMI/EMC-aware design and analysis in high-frequency wireless power transfer
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Applications: consumer electronics, EV charging, robots, drone systems, and biomedical devices
Power electronics for mobility systems
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Power converters for EV charging and discharging systems (on-board charger, fast charger, V2G)
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Battery cycling systems integrated with impedance analysis (EIS-based diagnostics and monitoring)
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Multi-port power converters for hybrid energy storage systems
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High-efficiency, high-power-density converter design for mobility applications
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Applications: electric vehicles, UAM, robots, energy storage systems, and battery testing platforms
Motor control and drive circuit design
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GaN-based motor drive circuit design
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High-power-density and high-efficiency motor driver circuit design
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Advanced control techniques for disturbance rejection and periodic disturbance compensation
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AI-based parameter estimation for motor control
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Applications: robot actuators, drones, electric vehicles, fuel-cell vehicles, etc.