5+ years of experience in EV battery testing and validation.
Deep understanding of battery management systems and SOC/SOH analysis.
Hands-on experience in diagnostics, troubleshooting, and failure analysis of high-voltage battery systems.
Proficiency with vehicle communication protocols like CAN and CAN FD.
Experience with data analysis tools such as SQL, Python, or MATLAB.
Responsibilities
Develop and validate battery testing and manufacturing systems.
Support both high-volume production lines and flexible manufacturing cells.
Drive improvements in repair, validation, and reporting processes.
Manage multiple engineering changes and customer requests simultaneously.
Collaborate cross-functionally to ensure production readiness and quality.
Benefits
Opportunity to work in a rapidly evolving field with cutting-edge technology.
Hands-on experience with electric vehicle battery systems.
Involvement in product launches and engineering changes.
Collaboration with a diverse team of experts across various functions.
Potential for continuous learning and skill enhancement in an expanding industry.
Full Job Description
EV Battery Manufacturing & Validation Engineer
What Makes This Opportunity Unique
Work directly with EV battery modules and packs in a rapidly growing remanufacturing operation.
Support both high-volume production lines and low-to-medium volume flexible manufacturing cells.
Influence the development of manufacturing, testing, validation, and reporting systems that are still evolving.
Play a key role in product launches, engineering changes, process development, and operational scaling.
Role Summary
This position is responsible for developing, validating, deploying, and continuously improving battery testing, manufacturing, repair, and reporting systems. The ideal candidate prioritizes effectively, thrives in a fast-paced environment, supports multiple customer programs simultaneously, and maintains a solution-focused mindset while helping move the business forward.
Technical Expertise
EV battery module and pack testing.
Battery charging/discharging and recycling preparation.
High-voltage battery and cable diagnostics, repair, and validation.
Battery Management Systems (BMS), SOC/SOH analysis, and battery failure modes.
DTC troubleshooting and root cause analysis.
Vehicle Communication & Diagnostics Experience
CAN, CAN FD, and UDS communications.
Vector CANoe, CANalyzer, and Vehicle Spy.
CAN log analysis, network diagnostics, and communication validation.
Understanding of Diagnostic Trouble Code (DTC) troubleshooting, fault isolation, and corrective action development.
Experience developing CAN-based test sequences and diagnostic routines.
Test & Validation Systems
Develop and optimize automated test sequences for battery modules and packs.
PLCs (Ignition), LabVIEW, battery cyclers, and data acquisition systems.
Validation testing, test method development, and tester integration.
Battery repair, validation, quality, and customer reporting systems.
Manufacturing & Quality Systems
Lean Manufacturing, JIT, Kanban, and continuous improvement.
PFMEA, Control Plans, Work Instructions, and standardized work.
MSA, Gauge R&R, SPC, Control Charts, and Cp/Cpk studies.
Production readiness, traceability, and quality system deployment.
Leadership & Business Impact
Prioritize multiple customer requests, engineering changes, and production needs.
Support multiple customer programs simultaneously.
Strong team player with cross-functional collaboration skills.
Customer-facing communication and technical issue resolution.
Drive problems to closure with a solution-focused mindset.
Standout Qualifications
Experience developing manufacturing, validation, testing, quality, and reporting systems from concept through production.
Experience supporting rapid program launches and frequent engineering changes.
Lean Six Sigma (LSS) experience preferred.
Experience building scalable systems in a rapidly growing operation.
Experience using SQL, Python, Minitab, MATLAB, or Power BI to convert data into actionable improvements.
Successful Candidates Will
Take ownership and drive issues to resolution.
Balance urgency, quality, and customer expectations.
Make data-driven decisions.
Work effectively across engineering, operations, quality, and maintenance teams.
Thrive in an environment with evolving processes and competing priorities.
