About the role
Key Responsibilities
- Contribute to the conceptual design and engineering development of vehicle-level and component-level architecture for electric vehicle platforms
- Derive core system control logics and formulate comprehensive test cases to rigorously validate normal operations and edge cases across embedded hardware and software
- Author, review and maintain critical engineering documentation including product requirement documents, software and hardware requirement specifications, DFMEA and design verification plans
- Collaborate cross-functionally with mechanical, electrical, firmware and validation engineering teams to guarantee seamless multi-system integration
- Liaise directly with external Tier-1 suppliers and technology partners to align component specifications, delivery milestones and integration standards
- Participate actively across the end-to-end product lifecycle management process from initial concept ideation through to full-scale commercial manufacturing
- Deliver complete technical ownership across core automotive electronic modules including vehicle control units, anti-lock braking systems, instrument clusters, telematics, body control modules and telematics control units
- Investigate field failures swiftly by instituting interim containment actions to safeguard operational uptime
- Execute thorough root-cause analyses and deploy robust permanent corrective actions to prevent recurrence of architectural and embedded flaws
- Integrate firmware-over-the-air update capabilities and model-based systems engineering workflows to future-proof vehicle software architecture
Ideal Candidate
- Bachelor’s or Master’s degree in Electrical, Electronics or Mechatronics Engineering
- 3 to 8 years of direct engineering experience in automotive vehicle architecture or component development within the electric vehicle industry
- Possess profound technical knowledge of embedded hardware and software architectures, vehicle communication networks like CAN, and model-based systems engineering
- Apply automotive functional safety standards with a disciplined ISO 26262 mindset alongside practical expertise in firmware-over-the-air protocols
- Demonstrate scripting capability in Python or C++ for test automation, data sheet interpretation and proven experience delivering electronic modules through full development lifecycles