System Integration

Role & responsibilities :

1. Vehicle Control & Charger Software Development - Develop application-layer software for VCU/SCU using Model-Based Design (MATLAB/Simulink).

2. Design, implement and validate software functions for EV platforms.

3. Develop control strategies for torque management, contactor control, charging, thermal management, HVIL, safety interlocks, pre-charge, etc.

4. Implement AC/DC charger control algorithms including CCS2, ISO 15118 communication, meter management, power-limiting strategies, safety fallback logic.

5. Communication & Diagnostics - Develop CAN, CAN FD, UDS (ISO 14229) diagnostic services, Create CAN protocols, message definitions, and automated code generation for signal handling.

6. Testing, Validation & Debugging - Create and execute complete functional test plans for charger and VCU/SCU systems including Functional testing
   Edge-case & stress testing network dropout, power loss, E-stop scenarios
   Perform SIL, MIL, HIL testing & firmware debugging. Validate conformance to CCS2/ISO 15118 and chargervehicle interaction.

7. ASPICE-Compliant Development - Prepare and maintain documentation for SWE.1SWE.5: Requirements, Architecture, Unit design & implementation
   Integration & testing, Verification work products, Ensure traceability and compliance for audits.

8. Cross-Functional Collaboration - work with hardware teams, battery teams, charger teams, certification bodies (ARAI, TUV, ICAT). Support certification processes for vehicle systems and EV chargers.

Preferred candidate profile -

System engineering and controls development -

1. Practical design experience from an electric vehicle background.

Experience on electric vehicle applications and software integration