Safety Engineer

Context

You will be responsible for functional safety, technical safety concepts, and safety software requirements for ongoing 48V hybrid inverter projects and high voltage full EV platforms. This includes creating, updating, and validating safety architectures and ensuring compliance with ISO 26262 .

Missions

• Develop and maintain technical concepts (TSC).
• Create and validate safety related software requirements.
• Conduct/support FMEA, FMEDA safety analyses.
• Support verification, validation, safety testing, and safety case preparation.
• Ensure ISO 26262 compliance across system and software levels.

Tools & Environment

• MATLAB/Simulink
• C/C++
• Hardware schematics and software implementations related to inverter technology

Working Conditions

• Role focused on 48V hybrid inverter systems and full EV high voltage platforms
• Emphasis on functional safety and compliance with ISO 26262

Profile :

1. Degree in Electrical, Systems, or Safety Engineering
2. Deep understanding of inverter technology, failure modes, and control safety
3. Strong experience in ISO 26262 and safety architecture definition
4. Proficiency in MATLAB/Simulink and C/C++
5. Ability to interpret hardware schematics and software implementations
6. Rigorous, structured engineering mindset with strong documentation and communication skills