Development Engineer Automotive High-Voltage Battery Systems
Pubblicato il 13-08-2026 - Bertrandt Group in Valle d'Aosta
We are Bertrandt. An independent, international engineering service provider with decades of expertise. With cross-industry know-how and a comprehensive understanding of systems and products, we create technological solutions across the entire value chain. We focus on the trending topics of digitalization, e-mobility, and autonomous systems, primarily for the automotive, aerospace, defense, and mechanical engineering industries, consistently enabling the development of tailor-made solutions. Our goal: to accelerate technological progress and make a meaningful contribution to a sustainable future. We work toward this every day - with approximately 12,000 employees at over 50 locations worldwide.
We are Bertrandt. An independent, international engineering service provider with decades of expertise. With cross-industry know-how and a comprehensive understanding of systems and products, we create technological solutions across the entire value chain. We focus on the trending topics of digitalization, e-mobility, and autonomous systems, primarily for the automotive, aerospace, defense,
and mechanical engineering industries, consistently enabling the development of tailor-made solutions. Our goal: to accelerate technological progress and make a meaningful contribution to a sustainable future. We work toward this every day - with approximately 12,000 employees at over 50 locations worldwide.
What To Expect
In this exciting and diverse role, you will strengthen our multidisciplinary team in the design, analysis, and validation of high-voltage battery functions with a focus on fast charging and battery aging for electric vehicles. You will contribute to the development of robust charging strategies and lifetime-oriented battery concepts from simulation through validation.
- Enhancing simulation and aging models for lithium-ion batteries and fast-charging processes
- Developing algorithms and deriving functional measures to optimize charging performance, battery lifetime, and