Electrification Lab Test Engineer

Visa sponsorship is not available, now or in the near future

The Electrification Lab Test Engineer supports the client and OEM electrification programs by operating laboratory equipment, executing test procedures, and performing in depth data analysis. This role works closely with cross-functional teams, including power electronics, electronic design, software, and mechanical design, to define and interpret testing requirements aligned with product specifications.

With guidance from senior engineers, the engineer conducts electric motor and inverter characterization, product verification testing, and validation activities in accordance with the clients' standards. Results are documented through clear, accurate technical reports that support design decisions and product verification.

All activities are performed under direct, hands‑on supervision to ensure safety, quality, delivery, and cost objectives. Success in this role requires strong technical judgment, collaboration, attention to detail, and effective troubleshooting skills.

• Collect & Organize Test Requirements:
  Gather, review, and structure test requirements from internal and external customers. Provide feedback to ensure requirements are complete and testable.
• Support PV&V Testing for Power Electronics:
  Participate in Product Verification & Validation testing of electric motors, inverters, converters, and related systems, both in-house and at external facilities.
• Maintain Documentation:
  Ensure test plans, procedures, results, and schedules are accurate, current, and clearly communicated.
• Troubleshooting & Debugging:
  Apply structured troubleshooting methods to identify root causes and work with peers to resolve issues safely and efficiently.
• Customer
  
  Collaboration:
  
  Build strong working relationships with internal and external customers to support project alignment and execution.
• Testing Alignment:
  Coordinate with project teams to ensure testing aligns with product requirements, design intent, and validation standards.
• Travel:
  Domestic travel within the U.S. once or twice per year for customer collaboration. No international travel required.

• Bachelor’s degree in Electrical Engineering, Agricultural Engineering, Industrial Engineering, or equivalent from an accredited program.

• Basic understanding of embedded controllers
• Knowledge of safe high‑voltage practices
• Understanding of motor control principles and system‑level testing
• Basic knowledge of design validation processes
• Strong written and verbal communication skills (English)
• Strong organization and multitasking skills
• Experience working with motor dynamo meters (dynos)
• Hands‑on experience with oscilloscopes, multimeters, and power analyzers
• Knowledge of microcontroller peripherals (PWM, bootloaders, ADCs, serial/parallel interfaces)
• Familiarity with CAN, Ethernet, RS?232/485 communication networks

• Experience with three‑phase power and high‑voltage systems
• Understanding of motor control software
• Strong testing and validation experience