Manager, Power Electronics Engineering

We are seeking a Manager of Power Electronics Engineering to lead a team of 10–15 electrical engineers developing next-generation inverter systems for grid applications.

This role combines technical leadership with team management .

You will be responsible not only for guiding engineers, but for driving system-level design decisions and ensuring that our products perform reliably in the field.

You will own the development of power converter platforms and their integration into multi-megawatt systems (~5 MW scale), working across hardware, controls, and system integration disciplines.

• Lead and develop a team of 10–15 electrical engineers working on power converter design and integration
• Drive the design and architecture of grid-connected inverter systems at the multi-megawatt scale
• Ensure successful integration of inverter platforms into larger systems (BESS, solar plants, data centers)
• Provide technical leadership in power electronics, including converter design, PCB implementation, controls, protection, and system-level electrical integration (fusing, cabling, grounding, and interconnects)
• Collaborate cross-functionally with firmware, mechanical, manufacturing, and field engineering teams
• Guide engineering tradeoffs with a focus on performance, reliability, cost, and manufacturability
• Lead design reviews, verification & validation efforts (DVT), and product release processes, ensuring designs are thoroughly tested, meet requirements, and perform reliably under real-world operating conditions
• Mentor engineers and elevate the technical capabilities of the team

• Bachelor’s or Master’s degree in Electrical Engineering (PhD a plus)
• 8+ years of experience in power electronics or related field
• 3+ years of experience leading engineering teams or technical groups
• Strong expertise in: Power converter design (DC/AC, DC/DC, inverter systems) Medium-voltage and high-power applications Grid-connected systems and standards PCB design and layout considerations for high-power/high-frequency systems Balance-of-system design including protection, cabling, grounding, and interconnects