Systems Engineer - Space Industry

Aurora Avionics | Edinburgh, Scotland Full-time | Permanent Neogen AI has been retained exclusively by Aurora Avionics to support the continued growth of its engineering team. Aurora Avionics is building the avionics backbone for a new era of access to space , developing advanced, modular avionics systems for next-generation launch vehicles and spacecraft platforms. Its technology supports reusable spacecraft programmes and is designed to enable faster, more cost-effective and scalable access to space across Europe.

From ascent through orbit and re-entry, Aurora's systems are engineered for extreme environments, reliability and real mission performance. As Aurora continues to grow, we're looking for a Systems Engineer to join the team in Edinburgh. You'll sit at the centre of the engineering function, working across hardware, software and real-world mission environments to help define system architecture and ensure everything works together as one reliable, mission-ready system.

The Role This is an opportunity to work across the full systems engineering lifecycle , from requirements and architecture through integration, verification, validation and acceptance testing. You'll work closely with hardware, software and operations teams, developing a broad understanding of Aurora's technology and how individual components and subsystems interact within the wider system. This isn't simply a documentation or requirements-management role.

We're looking for someone who enjoys understanding how complex technology works, solving multidisciplinary engineering problems and getting close to the actual product. What you'll be doing Capturing and managing system requirements and traceability Supporting system architecture and subsystem decomposition Defining and maintaining Interface Control Documents (ICDs) Translating system-level requirements into clear subsystem requirements Working across hardware, software and other engineering disciplines Contributing to verification and validation planning Developing test procedures and producing test reports Supporting system integration and acceptance testing Contributing to risk, hazard and failure mode analysis Identifying system-level risks, constraints and dependencies Supporting technical trade studies and engineering decision-making Supporting design reviews throughout the development lifecycle Investigating system-level issues during integration and testing Maintaining high-quality technical documentation and configuration control These responsibilities reflect Aurora's emphasis on requirements, architecture, interfaces, V&V, integration, risk analysis and cross-functional engineering.

What we're looking for You don't necessarily need to already be a Systems Engineer working within the space industry. We're interested in people with experience or exposure to systems engineering within complex engineering environments , together with the technical curiosity and structured thinking required to understand how multidisciplinary systems come together. You may already be working within Systems Engineering, or your background could include hardware, electronics, software, integration, test or another engineering discipline where you've gained exposure to the wider system lifecycle.

Ideally, you'll bring experience or knowledge across several of the following areas:
Systems engineering within complex products or environments Requirements capture and management Requirements decomposition and traceability System and subsystem architecture Interface definition and management Hardware/software integration Verification and validation System integration and test Technical documentation Configuration and change control Risk and failure analysis Root-cause analysis and technical problem solving

Desirable Experience

Experience with in space, aerospace or another high-reliability engineering environment would be advantageous, but isn't essential. Exposure to the following would be particularly useful: ECSS standards Aerospace or space systems High-reliability engineering environments Integration and test environments These are desirable rather than essential requirements…