Taufkirchen, Germany
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For this thesis you will join the design team to work on drafting system test scenarios, integrating a variety of hydraulic components (valves, heat exchangers, pumps) for a liquid hydrogen (LH2) Storage System application. The focus shall be particularly on test scenarios to verify endurance & reliability assumptions taken from industry literature sources,extending the knowledge on design and sizing of a hypothetical future aerospace application. Your work will contribute to improve the understanding of the available literature (component catalogues, industry standards) and subsequent pre-design & sizing of an appropriate test rig proposal. You will take an important role in dealing with preliminary system level requirements and translate them into functional design trades, iteratively supported by the creation of 0/1D simulation bricks and graphical representations to be used to support system trades as well as in creating a coherent testhouse proposal. This thesis is planned to begin around the second half of 2026 for an ideal duration of 6 months (start date can be adjusted). You will be helping to support future testhouse capability development that will be used to support Airbus development strategy.
