Develop, integrate and validate Battery Management System hardware for lithium-ion battery packs. Responsible for circuit design, component selection, hardware validation, debugging, and support of automotive-grade BMS product development activities.
Key Responsibilities
- Hardware Development
- Design and develop BMS hardware modules as per system requirements.
- Prepare hardware requirements and design documentation.
- Support analog and mixed-signal circuit development.
- Perform component selection and design calculations.
- Develop schematics and support PCB layout activities.
- Design & Analysis
- Perform circuit simulation using LT Spice/PSpice.
- Support Worst Case Circuit Analysis (WCCA).
- Prepare EBOM and hardware design deliverables.
- Participate in design reviews and layout reviews.
- Support hardware-software interface definitions
- Validation & Testing
- Execute board bring-up and hardware debugging activities.
- Perform functional, environmental and vehicle-level testing.
- Support EMI/EMC/ESD qualification testing.
- Use oscilloscopes, data loggers and laboratory equipment for validation.
- Analyze failures and support root cause investigations
- Product Quality & Compliance
- Follow automotive hardware development processes.
- Support DFMEA and reliability activities.
- Ensure compliance with applicable automotive and BMS standards.
- Maintain complete design and validation documentation
- Cross Functional Collaboration
- Coordinate with software, system, validation and manufacturing teams.
- Support customer testing and issue resolution.
- Participate in prototype build and production support activities
Qualifications
- B.E./B.Tech in Electronics, Electrical, Electronics & Communication, Instrumentation or related discipline.
- M.Tech preferred but not mandatory.
- 3–8 years of experience in automotive electronics hardware development.
- Experience in BMS, Power Electronics, EV Controllers, PDU, MCU or automotive ECUs preferred.
Technical Skills
- Analog Circuit Design.
- Automotive Hardware Fundamentals.
- Schematic Design (Altium, ORCAD, PADs).
- Circuit Simulation (LT Spice, PSpice).
- Component Selection and Design Calculations.
- PCB Layout Review.
- Board Bring-up and Debugging.
- EMI/EMC/ESD Testing.
- CAN and UDS Fundamentals.
- Hardware Validation and Testing.
- Documentation and Requirement Analysis.