Airbus

AIR CONDITIONING AND OXYGEN SYSTEMS ENGINEER (MILITARY DERIVATIVES)

Location: Getafe, Spain

Location flexibility: 1 office day / week, 2 office days / week, 3 office days / week, 4 office days / week

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Job Description

Job Description:

Job Position:

The candidate will work inside Environmental and Crew Systems within Airbus Defence and Space.

Successful aplicant will join TADYX5 group in Getafe

Description of the Job:

TADYX5 is responsible of crew support and air systems in Airbus DS. The scope considers pneumatic, air conditioning, ice protection, oxygen and crew escape systems for all military platforms. The team is considered as a reference not just internally but externally in the different international program consortiums (e.g. EF, A400M).

Additionally air systems are expected to evolve in order to adapt to new aircraft concepts. Therefore Research and Innovation is one of our core activities.

The job holder will support the entire development life-cycle from requirement analysis, system definition, development up to integration and certification/qualification in a multi platform environment. As there are a variety of programs in different development/in-service stages, job is quite dynamic in terms of systems involved and tasks.

We are looking for a candidate passionate about engineering, who wants to make a change of prospective in its career and flexible to adapt to the most pure technical tasks with capability to manage technical interfaces, stakeholders or supplier management.

Tasks an Accountabilities

- Accomplish the technical activities of the development life cycle that are necessary to develop and provide the level of confidence which is consistent with regulation and program requirements.

- Provide input to checkpoints and reviews with associated maturity expectation aligned with program phases and gates. Includes the definition of the development logic, the architecture activities and the verification and qualification .

- Define interfaces between functions, or between systems and to manage their consistent implementation into system(s).- Verify that the system's requirements are correctly & completely implemented.- To ensure the product is designed according to the state-of-art and the relevant safety standards- To ensure compliance of the product with airworthiness regulations- Support production, reception flight testing & delivery.