Aircraft Systems Engineer (Multisystems)

For such purposes the following skills are required:

• Master's Degree in Aerospace Engineering, Computer Science or similar.

• At least 5 years of professional experience in a related field.

• Demonstrated experience in Systems Engineering discipline applied to Aircraft Systems within the Development Life Cycle (ARP4754B).

• Knowledge of Integrated Modular Avionics discipline and adaptation of the DO-297 processes to specific projects.

• Knowledge of Aircraft System Design

• Knowledge of Aircraft and System Architecture

• Knowledge of MBSE.

• Advanced level of knowledge of Systems V&V Processes at L1/L2/L3 levels (Definition, Coordination, Execution, Qualification, Formalization).

• Demonstrated experience in Certification process.

• A first experience in end to end development of airborne software or CEH would be a plus (DO-178C, DO.254,...).

• Knowledge of Certification process

• Experience in the definition and execution of End-to-End Operational Test Scenarios

• Experience with the usage of Multisystem Integration Test RIGs

• Knowledge of System Safety/Reliability Process.

• Language Skills: English at negotiation level.

• Self-determination to be able to identify new opportunities of improvement and to make decisions autonomously.

• Knowledge in technical management: planning, scheduling, risk management.

• Virtual Engineering/ Digital Twins knowledge.

• Proactivity, team spirit and high problem solving attitude.

• Agile methodologies.

Not a 100% match? No worries! Airbus supports your personal growth with customized development solutions.

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.

In order to support Air Power Engineering, Airbus Defence and Space is looking for a

We are seeking an Aircraft Systems Architect with a systemic vision and an analytical mindset capable of leading the development lifecycle from its initial conception. In this role, you will be responsible for orchestrating the integration of complex functions, ensuring that the system architecture is not only efficient and scalable but also strictly compliant with the development and safety-critical processes defined by ARP4754A.

We are not looking for a mere executor; we need a technically inquisitive professional who understands the impact of every requirement on aircraft safety and can manage full traceability-from the system level down to the embedded hardware and software.

The ideal candidate must demonstrate solid experience in requirements capture, functional allocation, and safety analysis (FHA, PSSA, SSA), ensuring the proposed architecture supports the required Design Assurance Levels (DAL). We value a proactive attitude in identifying critical dependencies and mitigating technical risks during the early design phases.

Due to new aircraft system design paradigms and new architectures demand for optimizing the digital and computing resources that host functionality of aircraft systems, we offer the possibility of training in the latest concepts of aircraft system architectures and processes such as Multisystems, IMA (ATA42) and MBSE. These new architectural concepts prompt a new way of working for the development lifecycle stage, with separate roles for architecting ATA 42, architecting user systems, developing applicative software and integrating the resulting software items into the shared computing platform. In this sense, MBSE techniques present an enormous potential to optimize the subsequent tasks of integrating the aircraft functions into these architectures.

If you are passionate about structuring systems where interconnectivity and redundancy are paramount, and you possess the rigor necessary to work within a high-stakes certification environment, we offer you the opportunity to lead the systems architecture at the core of next-generation aerial platforms.

• System Architect:

• Development of system architecture in line with safety, human factors, security and performance requirements: specification, traceability, integration, V&V, certification.

• System Development, Integration, Verification and Certification Plans definition.

• Initiate and prepare end-to-end system architecture documentation in collaboration with a wide range of user-systems, taking benefits of Shared Resources / Integrated Modular.

• When applicable, negotiate and implement user-systems needs into Shared Computing Resources (Multisystems/IMA) and Aircraft Data Network.

• Exercise complete aircraft systems design life cycle from the definition to the validation and certification of the system.

• During the Concept Phase of any project, devise the concept for the architecture of Aircraft, including the computing and data network infrastructure (e.g. usage of shared infrastructure versus federated approach).

• Support Safety specialists through the safety assessment process bearing in mind the specificities of shared computing/network resources.

Located in Getafe.

Permanent

-------

Professional

Sub-system development

At Airbus, we support you to work, connect and collaborate more easily and flexibly. Wherever possible, we foster flexible working arrangements to stimulate innovative thinking.