About the role
- VIM Validation: Design and execute DVP / DVT for Vehicle Interface Modules (IoT) in EV applications — power rails, peripherals, connectivity (cellular / GNSS / BLE) and CAN.
- Board Bring-up & Testing: Bring up new boards and ensure full validation coverage before handover, using oscilloscope / DSO, multimeter, logic analyser and electronic load.
- System Integration: Ensure the VIM communicates reliably with the BMS and Charger across the EV ecosystem.
- Debugging & RCA: Diagnose hardware failures and produce formal RCA in the Vecmocon standard format ; maintain a hardware bug log.
- Connectivity & Compliance: Validate antenna and server-connectivity performance and get understanding to run EMI / EMC pre-compliance checks.
- Design Support: Contribute to component selection and schematic review.
- Documentation & Field Support: Maintain DVP reports, test plans and change-logs; willing to travel for on-site testing and integration.
- Experience: 1–2 years in electronics hardware testing / validation (BMS,VIM or general electronics backgrounds are encouraged).
- Education: B.E. / B.Tech in Electronics, Electronics & Communication, or a related field.
- Core Electronics: Strong fundamentals — power supplies, MCU peripherals, reading schematics / datasheets — plus PCB-level testing and troubleshooting.
- Tools: Confident with lab equipment (DSO, multimeter, logic analyser) and soldering of SMD and through-hole components.
- Software: MS-Excel for data interpretation; Python for test automation is a plus.
- Mindset: Strong problem-solving, structured root-cause analysis, ownership and clear communication.
- IoT protocols / telematics and server connectivity.
- VIM / IoT assembly and the Vecmocon standard DVP and RCA processes.
- EMI / EMC pre-compliance and thermal / environmental validation.