Overview In this role you will lead the electrical and PCB engineering efforts to develop high-power, high-density motor drives and power electronics. You will shape technical direction, guide circuit design and EMI/EMC strategies, and work closely with mechanical engineering to deliver robust hardware. You will oversee bring-up, debugging, and customer escalations, ensuring performance and reliability at scale. This role offers impact by guiding cross-functional teams to realize advanced power electronics solutions that enable high-performance servo drives.
Responsibilities- Lead and develop the electrical engineering team and coordinate with mechanical engineering
- Set technical direction for power electronics architecture and hardware platforms
- Design and review power stages, gate drives, sensing, protection, and analog front-end circuits
- Guide analog control loop design, filtering, and stability analysis
- Drive EMI/EMC strategies, grounding, shielding, and high-power PCB layout practices
- Oversee auxiliary and bias supply design, thermal analysis, and derating
- Lead design reviews, risk assessments, sustaining engineering, and trade studies
- Support bring-up, debug, failure analysis, and customer escalations
Key requirements- BS/MS in Electrical Engineering
- 10+ years in power electronics design (motor drives or power conversion)
- Expertise in analog control loops, mixed-signal hardware, and HV/HC systems
- Hands-on design of switching and linear power supplies and magnetics
- Proficiency with SPICE and MATLAB/Simulink or Mathcad
- Strong knowledge of high-power, low-EMI PCB layout
- Strong foundation in power electronics, controls, electromagnetics, or thermal design
- leadership and people management
- cross-functional collaboration
- clear communication
- power electronics design
- analog control loops
- mixed-signal hardware
