Base Power
Electronics Design Engineer
About this role
Base seeks an Electronics Design Engineer to lead end-to-end development of distributed energy storage systems, from schematic design through manufacturing and field deployment. You'll own inverter, battery, and interconnect device designs while collaborating across mechanical, firmware, and test teams in a fast-paced startup environment.
What you'll do
- Design and validate energy storage systems including inverters, batteries, and microgrid interconnect devices from specifications through production
- Perform schematic capture, PCB layout using Altium, board bring-up, and oversee reliability and functional testing
- Execute high voltage and high current validation testing for inverter, battery, and BMS designs
- Debug complex component interactions and system-level failures
- Collaborate with cross-functional teams (mechanical, firmware, test, reliability) to support high-volume manufacturing
- Evaluate and select power semiconductors and circuit topologies for performance and cost efficiency
What they're looking for
- Digital and analog circuit design
- High voltage and power supply design
- PCB design (Altium) and board bring-up
- Embedded firmware and microcontroller knowledge
- Power semiconductor design (MOSFETs, IGBTs)
- Lab equipment proficiency (oscilloscopes, function generators, power supplies)
- Automotive networking (CAN, LIN, Ethernet)
- Control theory and sensor bandwidth fundamentals
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Base Power
Base Power develops high-power-density battery energy storage systems and related hardware for residential and commercial energy applications. The company is hiring System Design, Thermal, and Mechanical Engineers for product development, plus Supply Chain and Data Engineers to build internal platforms and infrastructure supporting distributed battery operations at scale.
View all jobs at Base PowerLikely interview questions
- Walk us through a complex electrical system you designed from schematic to production—what were the key validation challenges and how did you solve them?
- Describe your experience debugging board-level issues in high voltage circuits. What tools and methodologies do you rely on?