For my Master's work I both characterized the inductor designed for my undergraduate research and investigated new, high energy density inductor designs.
During my undergraduate research, I designed an inductor which exhibits extremely low loss at a high current, high frequency regime using a distributed-gap ferrite structure.
As part of my advanced power electronics class at MIT (6.332) and FSAE, I designed both the hardware and firmware for a custom 20 kW traction inverter.
At SpaceX, I worked on the Starship power electronics team.
At Tesla, I developed magnetics simulation tools for PCB based magnetics and characterized magnetic materials for use in new power converters.
FSAE Battery Management System Head Unit
6.334 Design of a Buck Converter
I researched high frequency magnetic materials for power electronic systems.