As a member of our Orbital Systems team in Munich, Germany you will work closely with our Systems Architects and other domains to shape the future space mobility spacecraft on System & Subsystem levels, as well as to perform relevant mechanical verification activities.
Your role will include:
Shape and implement our versatile multi-orbit spacecraft, starting from system proposals and pre-development phases to detailed definition, qualification and support towards production implementation
Perform mechanical analyses in 3DX / Abaqus / Simulia
Implement the CAD models in CATIA / 3DX
Interface with other disciplines and share a systems vision
Contribute to MBSE models and ways of working
Derive and manage Mechanical requirements
Support integration and verification activities (TVAC, others) on subsystem and system level
Integration & Production support
Support with other relevant ad-hoc activities.
Your profile
2+ years in spacecraft mechanical design engineering
We are also happy to consider significantly more experienced Mechanical Design engineers, with matching compensation
Strong understanding of mechanical physical principles and relevant environments
High level proficiency in design & analysis tools
Basic knowledge of Systems Engineering practices including Requirements Engineering; ECSS
Passion for creating a new spaceflight paradigm (space logistics & orbital refuelling)
Strong analytical and communication skills
Accountable with an agile mindset
Understanding of manufacturing and assembly processes, and experience with MAIT, at least on interface level
Nice to have:
Thermal engineering / analysis basics
We offer
Immediate and flexible start
Permanent full-time position (40 h/week)
Attractive salary
30 days annual vacation and flexible working hours
Bike leasing, Jobticket and EGYM Wellpass
Complimentary beverages, company events, and professional development opportunities
About us
We are deltaVision GmbH – a young, ambitious high-tech company based in Munich, driving the future of in-space mobility and infrastructure.
Since our founding in 2022, we have been developing, manufacturing, and qualifying advanced fluid control systems for the aerospace industry and H₂ aviation. Our expertise spans cryogenic and high-pressure propulsion systems as well as next-generation orbital refueling technologies, including couplers and fully integrated refueling systems designed for the harsh environment of space.
With our deep knowledge of fluid control for space systems, we are shaping the space economy towards refuelable and reusable spacecraft. We enable longer mission lifetimes, greater operational flexibility, and entirely new architectures for sustainable space operations.
What sets us apart?
Innovative products enabling next-generation space infrastructure
Exceptional cost efficiency through optimized design and manufacturing
Rapid development and delivery cycles beyond traditional industry standards
We are rethinking spaceflight — enabling a future where spacecraft are not disposable, but reusable, refuelable, and built to operate sustainably in orbit.