A compact professional overview covering competencies, working focus and experience direction.
I have worked since 2010 across mechanical and electrical engineering with a strong foundation in vehicle development, electrification, high-voltage systems, CAD, aftermarket, documentation and development methods. My work combines hands-on detail with system-level perspective.
A compact view of the most relevant technical assignments, with the current TRATON direction shown first.
Developing and validating service and repair methods for fully electric truck and bus platforms, with focus on high-voltage VCB systems, charging boxes, battery installations, serviceability and field reliability. The role also supports group sprint planning and coordination, mentors junior colleagues, and strengthens the bridge between R&D and service operations through simulation, VR, workshop verification and continuous method improvement.
Developed and validated repair and service methods for electric propulsion units, VCB installations and battery-related work, combining DELMIA/VR simulation with hands-on workshop verification.
Led vehicle-level electrical installation and architecture work across high-voltage, low-voltage and signal-cable systems, with focus on packaging, routing, serviceability and robust lifecycle design.
Worked with electrical and hardware integration for advanced radar platforms, supporting power distribution, signal systems, RF/optical subsystems, prototype verification and troubleshooting in regulated environments.
Supported geometrical integration of mechanical and electrical systems within FH/FM cab platforms, balancing packaging, design constraints, manufacturability and cross-functional requirements.
My background includes CAD and engineering platforms such as CATIA and Creo, together with documentation, planning and structured engineering methods. I care about clarity, reliability, and building systems that can withstand real use — not just look good on paper.