Multisystem Integration, Verification & Validation Engineer

Job Description

Job Description:

Inside of TADY’s CoC (Aircraft Systems Centre of Competence), Highly Integrated Systems (HIS) is a newly created organization (Domain) with specific responsibilities in Multisystem Architectures, Airborne Computing Platforms, IMA and Modular Integration, HW/SW Certification and Infrastructure and Digitalization, acting as Multisystem and IMA Design Office and providing transversal support and services to the whole System’s CoC. This organization has been created to evolve and prepare the CoC’s organization to the new challenges and paradigms in the Systems design, to attend current and future customer needs and to foster reuse, common strategies alignment, economy of scale, multisystem architectures and digitalization. The aim is to deliver cross-functional strategies, artefacts and support for the design, development and certification of AirPower systems by centralizing competencies, expertise and activities to act as Multisystem Design Office.

Inside of the Multisystem Design Office, HIS is looking for an Multisystem Integration, Verification & Validation Engineer for one of the Airbus' UAV programs.

Tasks and Responsibilities

The Multisystem Integration, Verification & Validation Engineer shall be responsible for the identification of the V&V Objectives for the Multisystem, necessary to validate and verify the end product and shall define the strategy and means of the coverage of these objectives, performing or delegating, when necessary, the test definitions and execution to external partners (Design Offices, test departments, FAL (Final Assembly Line) and MAP (Mise Au Point) teams). The idea is to bound all the test activities that are necessary to validate and verify the Multi-System element (Function and Component) with the product.

The Multisystem Integration, Verification & Validation Engineer is responsible for planning, coordinating, and consolidating all Verification and Validation (V&V) activities across system levels and stakeholders involved in the integration of Multisystems, from L3/L2 integration benches to aircraft-level validation (L1). This role ensures that V&V activities are consistent, complete, traceable, and aligned with certification objectives. The Multisystem Integration, Verification & Validation Engineer acts as the central orchestrator between all verification actors, infrastructures, and technical domains.

The Multisystem Integration, Verification & Validation Engineer plays a key role in establishing confidence in the integrated system by ensuring that all layers of verification-from software partitions to full aircraft behavior-are coherent, certifiable, and traceable. This role bridges technical, process, and certification perspectives , and is critical in large, modular programs where distributed development and complex integration environments are the norm.

It leads V&V strategies and supports execution test campaigns on benches (L3 development benches, L2 integration benches, RIG), supports aircraft-level test execution (GT/FT), and collects all verification artifacts required by certification authorities. HIS also supports functional test reviews and integration with ATAXX teams and test centers, ensuring no late discovery of integration defects.

The Multisystem Integration, Verification and Validation Engineer plays a key role in establishing confidence in the integrated system by ensuring that all layers of verification-from software partitions to full aircraft behavior-are coherent, certifiable, and traceable. This role bridges technical, process, and certification perspectives and is critical in large and modular programs where distributed development and complex integration environments are in place.

Required Skills

For such purposes the following skills are required:

• Advanced level of knowledge of Aircraft System Design
  
• Advanced level of knowledge of MBSE
  
• Advanced level of knowledge of Matlab Simulink
  
• Advanced level of knowledge of Simulink Requirements and Simulink Test
  
• Advanced level of knowledge of Aircraft and System Architecture
  
• Advanced level of knowledge of Systems V&V Processes at L1/L2/L3 levels (Definition, Coordination, Execution, Qualification, Formalization and traceability)
  
• Knowledge of Certification processes (DO-178C, ARP4754B...)
  
• Demonstrated experience in the definition and execution of End-to-End Operational Test Scenarios
  
• Demonstrated experience with the usage of Mutisystem Integration Test RIGs.
  
• Language Skills: English at negotiation level .
  

Additional valuable skills

• It shall be valuated positively Virtual Engineering/Digital Twins knowledge
  
• It shall be valuated positively proactivity, team spirit and high problem solving attitude
  
• Demonstrated previous experience in AGILE frameworks.
  
• Self-determination to be able to identify new opportunities of improvement and to make decisions autonomously.
  
• Leadership capabilities to guide other teams into adopting strategies and methods.
  

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.

Company:
Airbus Defence and Space SAU

Employment Type:
Permanent
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Experience Level:
Professional

Job Family:
Sub-system development

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