Eric Severson is an associate professor and electromechanical systems engineer who translates deep research into disruptive, highly efficient motor and power-electronics technologies. With 11+ years of experience spanning academia, industry R&D, and entrepreneurship, he has advanced bearingless machines, magnetic bearings, high-speed flywheel energy storage, and SiC-based drive systems from prototypes to patentable designs. His background blends hands-on prototype construction and control firmware development (ARM/FPGA/Zynq) with analytic and 3D FEA machine design, enabling unusually high power density and reliability trade-offs. Notably, he has demonstrated a bearingless AC homopolar prototype that levitates and spins using a single stator winding—an approach that reduces components and supply-chain exposure compared with magnetic-bearing systems. Based in Minneapolis, he leads research at the intersection of motor drives, prognostics, and Industry 4.0, often pushing solutions aimed at real-world grid and turbomachinery applications.
11 years of coding experience
13 years of employment as a software developer
PhD, Electrical Engineering, PhD, Electrical Engineering at University of Minnesota
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