Cryogenic Modeling & Simulation Engineer

Job Description:

Your opportunity
At Airbus, our purpose is to “pioneer sustainable aviation for a safe & united world”. To do so, we have the ambition to develop the world’s first zero-emission commercial aircraft by 2035. As a member of the ZEROe project, you will join a team of highly motivated and valuable people who are involved in aircraft concept exploration, technologies development, next generation industrial system and future hydrogen ecosystem preparation that will shape the development of ourzero-emission aviation.

We are looking for a talented candidate who can reinforce our project team by bringing your experience in the field of liquid hydrogen systems and respective components as well as making the difference through proven interpersonal and collaboration skills.

Your accountabilities
As part of Airbus and to accelerate the development of a Zero Emissions Aviation, you will drive the development of the liquid hydrogen system components on all levels. This ranges from defining components and selecting the technology, sizing the component and implementing it with suppliers.

Your main responsibilities
As such:
● You will design the hydrogen systems and its related cryogenic and non-cryoenic components such as pumps, valves or heat exchangers with a focus on performance
● You will identify component requirements and core parameters based on the system architecture through simulation tasks
● You will drive simulation topics on system level to investigate performance behavior
● You will contribute to the verification strategy by defining system and component level tests

Profile
● Experience in cryogenic applications, if possible H2 & N2
● Good knowledge in typical system engineering simulation tools & languages
○ Python scripts for sizing - 0D/1D
○ Python script for data pre-post processing
○ AMEsim (dynamic studies) - 0D/1D
○ Matlab & Dymola
○ Capable of customizing library for H2 systems and components
● Aware of world standard interface between models like FMI standard or dedicated interface from Matlab & Dymola
● Good knowledge other tools for specific tasks (e.g. CFTurbo, CFD tools like StarCCM&43; or Elemental & 3D CFD modelisation of tank sloshing)
● Good knowledge of 1D tool for phase change phenomena and thermodynamics in general
● Good knowledge of system controls (development & validation)

Typical tasks: simulation, consolidation of inputs for architecture trades, definition of controls logic, component sizing (Pumps, Valves, burst discs, Heat Exchangers, Piping, Tanks)

This job requires an awareness of any potential compliance risks and a commitment to act with integrity, as the foundation for the Company’s success, reputation and sustainable growth.

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