In this role, you will be responsible for the simulation and modeling of our hydrogen fuel cell systems, ensuring they meet the demanding requirements of applications like heavy-duty transport, marine and aviation. You will collaborate with a small, multidisciplinary team to understand system requirements, define modeling objectives, and develop detailed simulations that optimize system performance.

Additionally, you will participate in multidisciplinary research projects with other companies and institutions with knowledge on other aspects of (hybrid-) electric power and energy systems (batteries, electric motors, hybrid architectures, hydrogen storage and vehicle architectures) to develop sizing and optimization strategies for complex systems.

Key tasks include:

• Collaborating with a multidisciplinary team to gather and understand system-level requirements from real world applications.
• Interpreting operational constraints (e.g., weight, efficiency, thermal management) and translating them into modeling needs and success metrics.
• Setting up the simulation environment, including libraries, repositories and dedicated simulation tools.
• Developing, running and refining simulations to optimize system performance and reliability.
• Analyzing simulation results and identifying opportunities for improvements.
• Validating simulation models with experimental data ensuring accuracy.
• Improving modelling techniques by implementing the latest methodologies and tools.