Sr Lead Engineer

Responsibilities Key Deliverables 1 Key Tasks and Deliverables Lead end-to-end integration validation and verification of Battery Management Systems BMS within electric powertrains for passenger EVs Ensure timely delivery of Electrical Electronics E E packages for xEV platforms aligned with regulatory standards and program milestones Collaborate with cross-functional teams to integrate Power Distribution Box PDB features optimizing for quality cost and schedule Drive execution excellence by mentoring junior engineers and managing technical deliverables across development phases Conduct system-level diagnostics and root cause analysis using quality tools and structured methodologies Review and validate BMS circuit designs CAN communication matrices and embedded diagnostic strategies Coordinate with suppliers for component development validation and compliance assurance Execute Design Verification Plans DVP and participate in DFMEA reviews to mitigate technical risks Operate and manage test equipment including oscilloscopes battery cyclers and data loggers for validation activities Analyze vehicle and pack-level logs to identify and resolve system-level issues 2 Critical Must-Have Deliverables Validated and production-ready BMS and Cell Supervisory Controller CSC systems with full compliance to safety and performance standards First-Time-Right delivery of E E systems across xEV platforms Robust diagnostics and fault tracing protocols implemented across vehicle-level systems Successful execution of DVP and DFMEA for all battery-related components Supplier coordination and validation reports ensuring adherence to technical specifications 3 Good-to-Have Deliverables Development and automation of CAPL CASL scripts for testing and diagnostics Contribution to homologation documentation and regulatory compliance strategies Support in developing energy storage architectures for BEV PHEV EREV and SHEV platforms Cross-functional training modules for junior engineers and new hires Participation in innovation forums and technical benchmarking initiatives Experience Minimum 15 years of experience in the automotive sector with a focus on electric vehicle systems and high-voltage architectures Proven track record in system integration validation and supplier collaboration for E E systems Extensive hands-on experience with vehicle-level testing fault tracing and diagnostics Industry Preferred Automotive OEMs and Tier-1 suppliers specializing in Electric Vehicles EVs Hybrid Electric Vehicles HEVs and advanced powertrain systems Experience in passenger vehicle programs with embedded systems and high-voltage component integration Qualifications Bachelor s or Master s degree in Electrical Engineering Electronics Automotive Engineering or related field Certifications in automotive diagnostics embedded systems or EV architecture preferred Training in DFMEA DVP and CAN LIN communication protocols is highly desirable General Requirements Competencies and Skills Functional Competencies EV powertrain architecture and system integration Battery Management System BMS design and validation High-voltage system safety and diagnostics Supplier management and technical documentation Tools and Techniques Used VECTOR tools CANalyzer CANoe VSignalyzer Advanced proficiency 3D CAD tools and PLM systems Working knowledge CAPL CASL scripting Preferred Oscilloscopes battery cyclers and data loggers Hands-on experience DFMEA DVP and fault tree analysis Expert level Behavioral Competencies Strong leadership and mentoring capabilities Proactive problem-solving and decision-making skills Effective cross-functional collaboration and stakeholder communication Commitment to quality safety and continuous improvement