Teaching
We teach across the power and energy curriculum - from junior-level energy conversion to graduate power electronics and machine drives - with a hands-on, hardware-oriented approach shaped by the lab’s research.
Purdue University
Electromechanical Motion Devices
Undergraduate
Magnetic circuits, transformers, and the fundamentals of rotating electric machines - the foundation of every drive system in the lab.
Electrical Engineering Senior Design Projects
Undergraduate Capstone
Team-based capstone design taking projects from concept through build and demonstration.
Power Electronic Converters and Systems
Graduate
Advanced converter topologies, modulation, and control for graduate students on campus and online.
Michigan State University
Solid State Power Conversion
Senior / Graduate
Power semiconductor devices and DC-DC, DC-AC, and AC-DC converter design.
Power Electronics Systems for Renewable Energy, Transportation, and Utility Applications
Graduate
System-level power electronics for grid integration, electrified transportation, and utility-scale applications.
AC Electrical Machines and Drives
Graduate
Reference-frame theory, machine modeling, and field-oriented control of AC drives.
Energy Conversion and Power Electronics
Junior
Introduction to electromechanical energy conversion and power electronic circuits.
Short Courses & Outreach
- Power Electronics Boot Camp - Fundamentals of Distributed Energy Resources Short Course, Sunchon National University · Dec. 2025
- Transportation Electrification Boot Camp Engineering and Science Success Academy (ESSA), MSU · Jul. 2023
- Power Electronics Design Boot Camp University of Wisconsin-Madison · Nov. 2018
- Introduction to Electric Machines and Drives University of Wisconsin-Madison · Jun. 2019
- "Can We Make the Wild Robot?" STEM outreach, West Lafayette Elementary School · Sep. 2024