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Join an innovative project aiming to revolutionize space mobility! This full-time engineering position focuses on developing a sustainable water-based propulsion system. You will engage in designing, assembling, and testing cutting-edge technology while collaborating with a passionate team. With a 3-year contract, enjoy 30 days of paid holidays and a chance to make a significant impact in the space industry. If you're driven by a strong interest in space propulsion and want to contribute to sustainable solutions, this role is your opportunity to shine!
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The EIC-funded research project ‘Solar for Ice-to-Thrust’ (S4I2T), with TUM in the leading role, aspires to advance (self-)sustainable space mobility and consequently develop and demonstrate a water-based propulsion system and infrastructure. Goals of the project include lab demonstrations of an end-to-end in-situ resource utilization (ISRU) process (converting icy regolith into thrust) and an AI-based autonomous docking and water transfer of two CubeSats. These worldwide unique demonstrations aim to pave the way for a more efficient, cost-effective, and eco-friendly space mobility infrastructure, enabling economically viable in-orbit servicing such as spacecraft assembly, refilling, or active debris removal.
This engineering position contributes to the S4I2T project by supporting all engineering aspects, from designing test benches and specimens required by the project to their acquisition, integration, and testing.
Required Skills & Experience
· A Science/Engineering degree with excellent results in disciplines like Aerospace Engineering, Mechanical Engineering, or a comparable field of study at the time of appointment.
Knowledge and skills in:
o Mechanical design as well as analysis of structural and fluid dynamic engineering problems
o Proven ability to identify and solve problems through a proactive, systematic approach
o Knowledge and understanding of standards and norms
o Ability to work in a team as well as independently
o Programming language skills in Matlab and/or Python
o Fluent communication skills, both written and spoken in English
Advantageous Skills:
o Strong interest in spaceflight and especially space propulsion
o Highly motivated to carry out a research project and to advance new space propulsion technologies
o Strong interest in economically sustainable space mobility
o German language level B1 or higher (optional)
Responsibilities
Your main responsibilities will include:
· Technical design, realization, assembly, and commissioning of test benches (mechanical, fluidic, etc.), including component selection, quality assurance, and documentation
· Procurement management and manufacturing supervision of test bench parts and test articles (e.g., prototypes)
· Maintenance and servicing of measurement equipment
· Supervision of test benches, including implementation and organization of commissioning and maintenance
· Analyzing, evaluating, and documenting specifications and key figures
· Preparation of certification certificates and approval documents
· Development of guidelines and regulations for test bench infrastructure and operation
What we offer
· Full-time position (% / 40h) with a 3-year contract
· 30 days of paid holidays
· An amazing team and the opportunity to get involved in something significant
· A large network of professionals in the space industry
· Please note: The position is based in Ottobrunn / Munich, with potential for regular on-site presence in Oberpfaffenhofen
We value diversity, equity, and inclusion and encourage candidates from underrepresented groups to apply. We are committed to providing an inclusive research environment and welcome applicants of all backgrounds, including individuals with disabilities. The position is suitable for disabled persons.
Application
Interested candidates should send their application (including CV, a one-page motivation letter, current and past transcripts, and any supporting documents) via email (preferably as a single PDF). We look forward to receiving your application.