Mission & DutiesThe duties and responsibilities of the Onboard Safety Critical Senior Software Engineer for the Department of Air Refueling Software will be the following: To be in charge of the Software Requirements Specification for the Onboard Safety Critical Computing Platforms developed inside the AR Domain. To be in charge of the Hardware/Software Integration Testing for the Onboard Safety Critical Processing Units developed inside the AR Domain. To be involved in the development of the Software DO-178B/C DAL A/B for the Onboard Processing Units developed under the responsibility of the Air Refueling domain, and to be involved in its verification (testing, reviews and analysis).To share the responsibility of the Software Certification Process of such Software in front of the Certification Authorities in order to demonstrate the compliance with the RTCA DO-178B/C DAL A/B Objectives.

To lead R&T; and R&D; projects to evolve to new technological frameworks in the Safety Critical Airborne Systems development and certification. SkillsAdvance knowledge in Artificial Intelligence technologyDemonstrated previous experience in the usage of AI techniquesKnowledge in Software Certification Processes and Regulation (RTCA DO-178B/C up to DAL A/B).Advanced level of knowledge of C/C++ and Ada95/2012 programming language. Advanced level of knowledge of modelling languages and environments as UML and SysML, Matlab/Simulink and SCADE Suite/Display.

Demonstrated previous experience in Software Certification Processes applying the RTCA DO-178B/C up to DAL A/B.Advanced level of knowledge on Static Timing Analysis and optimization techniques. Knowledge on Code Static Analysis techniques including such based on abstract interpretation.



Knowledge on SW Verification Techniques considering Software Hardware/Software Integration and Software Integration Testing, and Formal Review of Software Requirements, Software Architectures and Design, Source Code and Test Cases Definitions and Results.

Knowledge on Software Structural Coverage Analysis Techniques for DAL A/B.Knowledge on Worst-Case Execution Time Analysis techniquesAdvanced knowledge of Real Time Operating Systems. Knowledge and demonstrated previous experience in control systems theory. Knowledge and demonstrated previous experience in continuous integration environments and SW management tools such as JIRA, GIT/Bitbucket.

Advanced knowledge of Python and scripting. Demonstrated previous experience in AGILE frameworks. Knowledge in current state of the art of the usage and certification of AI in airborne systemsKnowledge in synthetic data generation and visual simulations, specifically in UNREAL framework.

Hybrid model of working when possible, promoting the work-life balance.

Benefits such as health insurance, employee stock options, retirement plan, or study grants. On-site facilities (among others): free canteen, kindergarten, medical office. Possibility to collaborate in different social and corporate social responsibility initiatives.

Software

EngineeringAt Airbus we are focused on our employees and their welfare.

Take a look at some of our social benefits: We welcome all applications irrespective of social and cultural background, age, gender, disability, sexual orientation or religious belief. Wherever possible, we foster versátil working arrangements to stimulate innovative thinking. In commercial aircraft, Airbus offers modern and fuel-efficient airliners and associated services. In helicopters, Airbus provides the most efficient civil and military rotorcraft solutions and services worldwide.

📌 Onboard Safety Critical Software Engineer (Getafe)
🏢 Prestwick Aerosystems
📍 Getafe