Cryogenic stage thermal engineer
Job description
MaiaSpace is a European space tech company, designing, manufacturing and operating competitive and sustainable solutions for space mobility. We are driven by the belief that access to space is a major enabler for a better and more sustainable life on Earth, addressing the challenges faced by humanity: climate, resources, connectivity, and data. Our aim is to successfully design and test a cost-effective and reusable mini-launch vehicle by 2026.
Cryogenic stage thermal engineer
We are looking for a thermal engineer to join one of our Cryogenic Stage Teams. Our teams design, manufacture and test the cryogenic stages.
You will be in charge of the determination of thermal environment to which the stage and its constituting sub-systems are submitted. The main focus will be the determination of thermal environment in stage and launcher cavities. You will also have the responsibility to size of the necessary thermal regulation systems: conditioning, thermal protections… You will work in close collaboration with thermal engineer from other product teams with the possible support of experts.
Your tasks include all or a sub-set of the following based on your experience and abilities:
- Contribute to the cryogenic stage development plan by identifying necessary activities to ensure the flight worthiness of our stages regarding thermal aspects whether they be simulations and/or tests
- Define the necessary methods and tools in order to perform the required calculations whether they be analytical or numerical; or contribute to this activity
- Benchmark, choose, purchase and support the installation of necessary numerical tools to perform required simulations; or contribute to these activities
- Calculate the thermal environment (radiative, convective and conductive) in stage cavities or on stage structures during all flight phases whether they be on ground, in atmospheric flight or ballistic phases
- Define test objectives, define measurement plans and identify necessary sensors, contribute to the elaboration of test campaigns, perform test predictions and test exploitations
- Assess the compatibility of stage equipment to the thermal environment and in case of incompatibility propose solutions to solve the issues (design modifications, additional tests, reduction of calculation conservatisms)
- Size thermal protections and determine possible thermal protection materials and technologies
- Size conditioning systems
- Support treatment of production anomalies on thermal regulation systems
- Perform flight simulations and flight exploitations