Lead component- and pack-level validation testing under realistic and accelerated dynamic and environmental conditions, including structural, vibration, thermal, and electrical testing
Design, build, and automate test infrastructure for battery system and component testing
Investigate test and field failures to drive product development and improve validation processes
Collaborate cross-functionally with Design Engineers, Reliability Scientists, Material Scientists, Quality, and Service teams to identify failure modes and define robust validation plans
Develop and execute design validation plans (DVPs) and test methods to ensure compliance with performance requirements
Lead high-voltage battery testing programs, mentoring engineers and influencing critical product decisions
Utilize data acquisition, instrumentation, and automation for precise testing and analysis
Present findings and recommendations to cross-functional teams and leadership
What You’ll Bring
Engineering Degree in Mechanical Engineering, Mechatronics, Electrical Engineering or equivalent with 3+ years of work experience
Strong knowledge in data acquisition, solid mechanics, material science, heat transfer, failure analysis, and digital electronics
Experience with object-oriented programming and scripting (Python, C++, etc.) for hardware control and data analysis
Proficiency in 3D CAD software for designing test automation systems, mechanical structures, or mechatronic systems
Familiarity with high-voltage systems and electrical test equipment
Experience leading technical projects, coordinating with multiple teams, and balancing competing priorities
Passion for hands-on problem-solving and first-principles thinking