(Will be available in IEEE Xplore soon) (Co-authored with Prof. Rob Cuzner on Chapter 2: Power Converter Impacts)
Dr. He has multiple undergraduate and graduate courses to offer every year, including EE-415 on electromagnetic circuits and electric machines, EE-518 on electric motor drives and controls, and EE-599/699 on power converters for renewable energy applications (solar, wind turbines, energy storage, etc.). In all these courses, fundamental knowledge will be instructed combined with practical engineering examples and the emerging technologies based on Dr. He's industrial R&D experience.
- EE-518 Electric Drives, 2023 fall semester. Course content: power semiconductor devices including wide bandgap switches, various power converter topologies (2-level and multilevel converters, VSI and CSI), hardware configuration and controls of electric drives (scalar control, vector control, etc.).
- EE-415 Electromechanics, 2023 spring semester. Course content: fundamental knowledge of magnetically coupled circuits, DC machines, induction machines, synchronous machines and permanent magnet AC machines.
- EE-518 Electric Drives, 2022 fall semester. Course content: power semiconductor devices including wide bandgap switches, various power converter topologies (2-level and multilevel converters, VSI and CSI), hardware configuration and controls of electric drives (scalar control, vector control, etc.).
- EE-415 Electromechanics, 2022 spring semester. Course content: fundamental knowledge of magnetically coupled circuits, DC machines, induction machines, synchronous machines and permanent magnet AC machines.
- EE-518 Electric Drives, 2021 fall semester. Course content: power semiconductor devices, various power converter topologies, hardware configuration and controls of electric drives.
- EE-415 Electromechanics, 2021 spring semester. Course content: fundamental knowledge of magnetically coupled circuits, DC machines, induction machines, synchronous machines and permanent magnet AC machines.
- EE-599/699 Power Converters for Renewable Energy, 2020 fall semester. Course content: power converter designs and controls for renewable energy generation (solar, wind, ocean wave energy, energy storage, etc.)
- EE-415 Electromechanics, 2020 spring semester. Course content: fundamental knowledge of magnetically coupled circuits, DC machines, induction machines, synchronous machines and permanent magnet AC machines.
- EE-518 Electric Drives, 2019 fall semester. Course content: power semiconductor devices, various power converter topologies, hardware configuration and controls of electric drives.
- EE-415 Electromechanics, 2019 spring semester. Course content: magnetically coupled circuits, DC machines, induction machines, synchronous machines and permanent magnet AC machines.