End-to-End Ownership: Responsible for (electro-)mechanical products and components from initial concept and 3D CAD design (PTC Creo) through to production release.
Standards-Driven Design: Design components in accordance with ISO 16750 (environmental loads) and ensure compliance with LV 124 / LV 148 for mechanical and climatic durability.
High-Voltage Safety: Implement mechanical safeguards for high-voltage (HV) components, focusing on creepage and clearance distances and structural isolation to meet ISO 26262 and SAE J2929 safety objectives.
Thermal Architecture: Lead mechanical integration of thermal interface materials (TIMs) and heat-sinking solutions to manage heat in high-current balancing circuits.
Design Verification Leadership: Define and execute/coordinate engineering tests together with validation engineers in our laboratory, correlating physical test results with simulation to ensure robustness against shock & vibration and thermal cycling.
Supplier & Lifecycle Management: Act as the technical lead for supplier technical reviews and manage the Bill of Materials (BOM) within PLM systems.
Requirements
Degree in Mechanical or Mechatronics Engineering.
5+ years in automotive mechanical design, with a strong understanding of low-voltage (LV) systems and AEC‑Q qualified component housings.
Expertise in high-volume processes such as injection molding and precision stamping for battery interconnects.
Advanced proficiency in PTC Creo and experience with PLM/PDM workflows (e.g. Windchill, Teamcenter).
Familiarity with UN 38.3 (battery transport safety) and general automotive environmental testing.
Benefits
Trust-based working hours and hybrid work
Competitive compensation
Pension plan and performance bonus
Free access to the fitness center adjacent to our office or a subsidized EGYM Wellpass membership
Free snacks, coffee, drinks and daily lunch (freshly prepared by our chef)