Battery Monitoring Hardware Engineer
About The Position
At Ford, we are the movers of the world and the makers of the future. We get up every day, roll up our sleeves, and build a better world — together. Our advanced energy team is a dynamic division dedicated to powering the future through advanced electric vehicle (EV) battery systems and related electrified energy solutions. As we scale these advanced electrification initiatives, we are seeking technically strong engineers who can help establish the foundation for our product execution, safety strategy, and readiness. The High-Voltage Battery Monitoring System (BMS) Hardware Engineer will lead the design, development, validation, and release of battery monitoring hardware for our advanced EV and high-voltage battery programs, working closely with core automotive engineering and specialized technical teams. This role owns critical elements of the monitoring architecture, including cell voltage and temperature sensing, current sensing, balancing, isolation monitoring, contactor and precharge support, and fault detection. The ideal candidate brings strong experience in high-voltage battery electronics, analog and mixed-signal hardware design, PCB development, worst-case circuit analysis, hardware validation, and safety-focused engineering. This person will translate system requirements into robust hardware designs and help ensure safe, reliable, manufacturable battery monitoring solutions for high-capacity energy applications.
Requirements
- Strong experience in high-voltage battery electronics
- Analog and mixed-signal hardware design
- PCB development
- Worst-case circuit analysis
- Hardware validation
- Safety-focused engineering
- Translate system requirements into robust hardware designs
- Ensure safe, reliable, manufacturable battery monitoring solutions for high-capacity energy applications
Responsibilities
- Lead the design, development, validation, and release of battery monitoring hardware for advanced EV and high-voltage battery programs.
- Own critical elements of the monitoring architecture, including cell voltage and temperature sensing, current sensing, balancing, isolation monitoring, contactor and precharge support, and fault detection.
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What This Job Offers
Job Type
Full-time
Career Level
Senior
Education Level
No Education Listed
