Battery Monitoring Hardware Engineer, Ford Energy

Ford Ford · Auto · Dearborn, MI +1 · PD Operations and Quality

This role focuses on the hardware design and development of battery monitoring systems for grid-scale energy storage. The engineer will define and develop sensing topologies, design and release hardware for BESS applications, and own the electrical subsystem architecture from concept to production. Responsibilities include performing circuit analysis, supporting safety and compliance activities, leading hardware bring-up and validation, and collaborating with firmware, controls, and systems teams. The role requires a Bachelor's degree in Electrical, Electronics, or Computer Engineering with 5+ years of experience in high-voltage hardware design, BMS, or battery electronics, and hands-on experience with analog and mixed-signal circuit design.

What you'd actually do

  1. Define and develop sensing topologies (centralized, distributed, or modular) for rack and string-level monitoring.
  2. Design and release hardware for BESS applications, including sensing circuits, balancing circuitry, contactor interfaces, and isolation monitoring.
  3. Own the electrical subsystem architecture from initial concept through production release, including schematics, PCB layouts, and BOM management.
  4. Perform Worst Case Circuit Analysis (WCCA) for critical monitoring circuits to document margins and mitigations.
  5. Lead board-, module-, and rack-level hardware bring-up and validation in lab and prototype environments.

Skills

Required

  • Bachelor’s degree in Electrical, Electronics, or Computer Engineering
  • 5+ years of experience in high-voltage hardware design, BMS, or battery electronics
  • Hands-on experience with analog and mixed-signal circuit design and sensor interfaces
  • Proven ability to perform hardware debug and failure analysis in a lab environment
  • Strong communication skills with experience working cross-functionally with manufacturing and software teams

Nice to have

  • Master’s degree in Electrical Engineering
  • Direct experience with centralized or distributed BMS architectures in utility-scale BESS or automotive HV platforms
  • Proficiency in WCCA, FMEA, and FMEDA processes for safety-critical electronics
  • Knowledge of communication interfaces such as CAN, CAN-FD, and SPI
  • Experience supporting production launch and supplier quality resolution

What the JD emphasized

  • high-voltage hardware design
  • BMS
  • battery electronics
  • analog and mixed-signal circuit design
  • hardware debug and failure analysis