Engineer - Powertrain Development Centre

1. Key Tasks and Deliverables

• Analyze BMS software requirements and convert them into clear, testable DVP test cases.
• Execute Unit Testing, Integration Testing, and System Testing for BMS functionalities.
• Perform BMS diagnostics and fault simulations to ensure system robustness.
• Validate core BMS functions including SOC, SOH, cell balancing, voltage protection, and thermal protection.
• Develop and execute CAN‑based validation tests and ensure correctness of CAN/UDS signals.
• Conduct regression testing for every software release to ensure functional stability.
• Log, track, and close issues using Jira/ALM.
• Ensure compliance with ISO 26262 and ASPICE during all validation activities.
• Support vehicle‑level BMS validation and field issue reproduction.

2. Critical Must‑Have Deliverables

• High‑quality test case creation aligned with BMS DVP requirements.
• Accurate reporting of issues with reproducible evidence and traceability.
• Timely execution of all test cycles including regression and diagnostic testing.
• Adherence to safety and ASPICE process standards.
• Reliable validation of CAN/UDS communication and BMS algorithms.

3. Good‑to‑Have Deliverables

• Creation of test automation scripts using CAPL or VTest Studio.
• Support for test bed automation and data visualization improvements.
• Contribution to continuous improvement initiatives in BMS testing workflows.
• Assistance in MATLAB/Simulink model‑based validation activities.

• 1–2 years of hands‑on experience in BMS or EV Powertrain testing.
• Experience in CANoe/CANalyzer, ETAS INCA, HV battery systems, and data analysis.
• Exposure to automotive testing methodologies (V‑model) and embedded systems.

• Automotive OEMs and Tier‑1 EV component suppliers with exposure to:
  EV Powertrain, BMS testing, battery systems, and high-voltage architectures.

• B.E. in Electrical / Electronics / Mechanical Engineering.
• Certification in EV systems, battery technology, or automotive testing standards (preferred but not mandatory).

Functional Competencies

• Strong knowledge of lithium‑ion battery chemistry, BMS architecture, EV systems, and power electronics.
• Hands‑on expertise with:
  • CAN and UDS protocols
  • Vector tools (CANoe / CANalyzer)
  • ETAS INCA
  • Test standards for EV powertrain & battery testing
• Ability to perform data-driven root cause analysis and test report creation.
• Basic proficiency in C programming, CAPL scripting, and VTest Studio.

Tools & Techniques

• Jira / ALM for defect tracking
• MATLAB / Simulink (basic)
• Test automation frameworks
• CAN tools, INCA, Vector suite

Behavioral Competencies

• Collaborative, customer-focused, proactive.
• Analytical decision-making and conflict management.
• Strong communication with cross‑functional engineering teams.
• Attention to safety and high-voltage operating discipline.