About the job
About Munich Electrification
Munich Electrification is a forward-thinking company dedicated to accelerating the shift towards electric and connected mobility. We specialize in developing cutting-edge electronic control units for electric vehicles and stationary storage systems tailored to our global clientele. Our passionate team comprises highly skilled engineers who understand the significance of collaboration, fostering an environment that nurtures individual talents and promotes professional growth. Our office, complete with an adjacent prototype and testing lab, is strategically located in the vibrant heart of Munich at Heimeranplatz.
Our core values include:
- Technological Leadership: We question the status quo, innovate rapidly, and predict future demands, taking calculated risks and learning from our experiences to maintain our competitive edge.
- Sustainability: We are committed to fostering change for a sustainable future, recognizing our impact and inspiring others to contribute to a better world.
- Team Culture: We believe in creating a fulfilling work environment that inspires, celebrates, and encourages teamwork across the globe.
- Entrepreneurial Spirit: We welcome change, think ambitiously, and challenge boundaries with enthusiasm.
Your Role
As a Senior Simulation Engineer, you will collaborate with our team of experts in developing battery management systems (BMS) and cell monitoring boards (CMB), renowned for their safety, functionality, and cost-effectiveness. You will play a key role in the hardware development cycle, focusing on the virtual validation of mechanical components. Your responsibilities will include ensuring the mechanical and thermal integrity of our products by performing essential calculations and simulations to meet stringent automotive standards. Your insights will significantly shape the technical concepts of our future products by predicting performance under extreme conditions.
Your Future Tasks at a Glance
Virtual Validation: Oversee (electro-)mechanical products from concept design to production release through advanced simulations.
Mechanical Analysis: Conduct structural simulations focusing on Shock & Vibration to ensure durability against vehicle road loads.
Thermal Management: Lead the analysis and optimization of high current/high voltage devices.

