•Requirements engineering, incl. clarification, analysis and acceptance

•Clarification, analysis and acceptance of fuel cell E/E subsystem

•Develop innovative design of fuel cell E/E architecture concepts, system and subsystem

•Analysis, specification and simulation of in-vehicle communication networks

•Design the fuel cell system and vehicle power on/off sequence

•Design the diagnostic logic of the fuel cell system and components

•E/E powernet development (LV/HV powernet topology, LV/HV powernet analysis and calculation, key components requirement definition and selection, e.g. DCDC)

•Verification & validation of E/E system design

E/E problem solving

•Master degree or above in Power Engineering, Electrical Engineering, Control Engineering, Vehicle Engineering, electrochemical or equivalent

•Knowledge and experience of QM-system, 5 Q-tools (APQP, FMEA, SPC, MSA, PPAP)

•Knowledge and experience of requirement management, risk management and problem-solving technique

•Good English in both spoken and written for technical communications

Good teamwork, creative mind and self motivated