About the Role
Join Bertrandt's multidisciplinary team to design, analyze, and validate high-voltage battery functions for electric vehicles. You will focus on fast charging and battery aging, contributing to the development of robust charging strategies and lifetime-oriented battery concepts from simulation through validation.
Main Responsibilities
- Enhance simulation and aging models for lithium-ion batteries and fast-charging processes
- Develop algorithms and derive functional measures to optimize charging performance, battery lifetime, and operating strategies
- Coordinate with internal and external stakeholders to create functionally consistent battery system designs with focus on performance and durability
Your Profile
- Degree in Electrical Engineering, Automotive Engineering, Mechatronics, Computer Science, Natural Sciences, or comparable field
- Practical knowledge of MATLAB/Simulink and/or Python or other common programming languages
- Experience in simulation and modeling of lithium-ion cells; knowledge of battery aging mechanisms is advantageous
- Basic knowledge of electrochemical energy storage and high-voltage battery systems
- Structured and analytical approach to problem-solving
- Strong interest in electromobility
Languages
Fluent English required; German is an advantage.
About Bertrandt
An independent, international engineering service provider with decades of expertise. We create technological solutions across the entire value chain, focusing on digitalization, e-mobility, and autonomous systems for the automotive, aerospace, defense, and mechanical engineering industries. With approximately 12,000 employees at over 50 locations worldwide, we are committed to accelerating technological progress and contributing to a sustainable future.
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