Join our Propulsion and Equipment department in Munich and contribute to the development of cryogenic regulation valves and high-performance fluid systems. You will bridge the gap between traditional material science, modern digital tools, and tangible hardware engineering. Your tasks include:
Focus on Materials: Conduct advanced literature research on material compatibility and key properties in challenging aerospace contexts (with a strong focus on liquid hydrogen and other propellants).
Build Knowledge Databases: Leverage modern digital tools (including LLMs and AI) to efficiently extract, cross-reference, and structure complex research data into intelligent, company-wide engineering databases.
Explore Engineering Automation: Assist the team in researching and implementing automated workflows for CAD activities, such as AI-assisted drawing creation and parametric design to eliminate repetitive tasks.
Get Hands-On: Support hardware activities, including the physical inspection and tear-down of components after testing to evaluate actual material behavior against theoretical data.
Impact the Design: Contribute directly to design-relevant decisions based on your material research, database insights, and automated workflows.
