Jun Jeremy Min

Electrical Engineering PhD with 8+ years of hands-on experience in Power Electronics design, prototyping, and
validation, seeking full-time Senior Electrical Engineer roles.

• 400V/3.3kW CLLC bidirectional resonant DC/DC converter:
{ Proposed a new asymmetric CLLC resonant tank design method to improve wide battery voltage range
operation efficiency and reduce the bidirectional switching frequency range.
{ Proposed a unified bidirectional resonance tracking method to improve efficiency during resonance drifting.
• 400V/2kW bidirectional multi-level multi-port bridgeless PFC AC/DC converter:
{ Proposed this novel bidirectional PFC AC/DC topology to solve the high transformer ratio problem in
DC/DC stage for 48V battery charging applications.
• Prototyped the power stages of the bidirectional EV battery charger, including design, schematic capture, multi-
layer PCB layout, magnetic design, testing and debugging.
• Finite Element Analysis (FEA) to minimize PCB layout parasitic inductance, optimizing Gallium Nitride (GaN)
gate driving, switching losses, and EMI.
• Analog circuits design and implementing firrmware for digital controllers such as PI controllers and PLL algorithm
for power converters using ADC, DMA, and ePWM modules of TI C2000 DSPs.

Power Electronics Research Assistant, Martin Ordonez Lab at University of British Columbia, Full-Time