EU remote
Intern System Mechanical Design
About this role
As an intern within our Systems Engineering team in Munich, Germany you will work closely with our mechanical designers and systems architects to help shape the future of space mobility and orbital refueling infrastructure. You will contribute to system & subsystem level development activities while supporting mechanical design,analysis,integration and verification efforts. Your role will include: Shape and implement our orbital refueling systems & subsystems, from pre-development phases to detailed definition and qualication.
Perform mechanical analyses in 3DX / Abaqus / Simulia. Implement the CAD models in CATIA / 3DX. Carry out trade studies on components, weighing mass, stiffness, manufacturing and cost. Help derive and track mechanical requirements. Interface with other disciplines and share a systems vision. Support integration and verification activities on subsystem level. Support with other relevant ad-hoc activities. Enrolled in Aerospace Engineering, Mechanical Engineering, or a related degree program.
Solid grasp of mechanics, materials and structural design,plus an understanding of environments such as loads, vibration, high pressure or cryogenic temperatures Proficiency in design & analysis tools Understanding of manufacturing and assembly processes Strong analytical and communication skills Passion for creating a new spaceflight paradigm: space logistics and orbital refueling Nice to have: Experience from a student rocketry, CubeSat, or similar team Basics of thermal engineering or analysis First exposure to systems or requirements engineering, or to ECSS standards.
Internship can be mandatory or voluntary Above average remuneration Guided but self-determined problem solving to realize your ideas Deep dive into the domain of commercial spaceflight and mobility Opportunity for an adjacent employment as working student or for thesis Flexible entry date, the sooner the better with flexible working hours Holiday entitlement above German standards
Source listing: personio_deltavision