Maxfield Parson-Scherban
MPLab, Electrical Engineering, Columbia University
I work on the control of wound rotor synchronous machines — motors that replace permanent magnets with electromagnets — and on the optimization problems that arise from controlling them. I lift non-convex QCQPs to semidefinite programs to do this. My research sits at the intersection of motor control and mathematical optimization, advised by Matthias Preindl.
Outside the lab, I’m a part-time bartender, president of the Columbia Amateur Radio Club, an advisor to the Columbia Formula SAE team, a former competitive saber fencer, and a NYSERDA clean energy intern supporting task forces of New York energy sector expert volunteers.
selected publications
- Effects of Magnetic Saturation on Optimal Efficiency Reference Generation for the Wound Rotor Synchronous MachineIn IECON 2024 – 50th Annual Conference of the IEEE Industrial Electronics Society, 2024