The Software Engineer will work on the complete development lifecycle of flight safety and navigation systems, from concept and algorithm design to system integration and testing. You will collaborate with a multidisciplinary team to deliver high-performance solutions, maintain high-quality code, and produce comprehensive documentation.
This role involves ensuring software quality across the full development lifecycle for satellite systems while also providing mission assurance during satellite operations, including anomaly response and commissioning. The engineer will lead root cause analyses, manage non-conformances, and improve processes using standards like ISO 29110 and ECSS. A key focus is bridging software QA with automated satellite operations, supporting AI/ML-driven fleet management and enhancing fault detection and recovery systems.
You will work on building and maintaining advanced testing frameworks, automating software updates for satellites, and improving the satellite software development lifecycle. The role involves collaborating with a multidisciplinary team to support high-impact projects and enhance developer productivity.
In this role, you will develop core modules for an engineering design platform, integrate them into a cloud compute environment, and streamline complex engineering processes through high-quality automation. You will work in a cutting-edge, rapidly expanding team that tackles unique challenges and collaborates with leading tech, automotive, aerospace, and engineering brands.
As a Software Engineering Graduate at Saab UK, you will join a structured 2-year programme with hands-on experience in cutting-edge Autonomous Vehicles technology. You will rotate through four 6-month placements, gaining industry-recognised skills and building a strong professional network.
As a Software Engineering Graduate at Saab, you will work on cutting-edge sub-sea robotics technology, gaining hands-on experience across various engineering disciplines through a structured 2-year programme with four 6-month rotations. You will develop industry-recognized skills and build a strong professional network while working on real systems and participating in continuous learning activities.
Design and develop safety-critical embedded software for autonomous systems within a specialist engineering team. Work on evolving software architecture in a regulated environment with real-time systems. The role involves contributing to impactful technology in aerospace, defence, or autonomous domains, requiring office attendance three days per week.
This role involves developing control and automation software for bespoke machinery in the composite manufacturing industry, programming PLCs, and supporting Siemens TIA Portal development. You will work on projects across luxury marine, aerospace, wind energy, and advanced manufacturing, providing technical support to clients both in the UK and internationally.
This role involves designing and developing safety-critical embedded software for autonomous systems, focusing on runtime assurance, mission safety, and regulatory compliance. You will work with high-integrity languages like SPARK Ada and contribute to the certification of autonomous systems.
This role involves designing, developing, testing, and maintaining software applications across sectors like cybersecurity, defence, and finance. You'll work across the full development lifecycle, write clean code, troubleshoot issues, and collaborate with multidisciplinary teams in a supportive environment focused on learning and innovation.
As a Senior Embedded Software Engineer, you will design, develop, and integrate embedded software and firmware for advanced RF and communications products. Your responsibilities will include working with Zephyr, embedded Linux, Yocto, bare-metal environments, and secure communications, as well as collaborating with RF, FPGA, and hardware engineers.
This role involves designing and developing safety-critical embedded software for autonomous systems, focusing on runtime assurance and high-integrity software using SPARK Ada. The engineer will support software architecture, integration, and safety monitoring functions, working in a regulated environment with a strong emphasis on safety standards and verification.
Lead the development and integration of embedded processing solutions for advanced space systems, working across hardware and software domains. Define processing architectures using microcontrollers, FPGAs, and DSPs, and support full lifecycle activities from specification to automated testing. Collaborate with international teams and external partners while adhering to space-grade engineering standards and driving process improvements.
This role involves designing, building, and refining critical connectivity infrastructure systems. You will lead technical work, scale distributed systems, optimize computational pipelines, and refine algorithms using signal processing and linear algebra. The position offers the opportunity to work with top industry engineers and deliver projects end-to-end.
This role involves supporting the design and development of electronic controller products for aerospace and training/simulation markets. You will work closely with multidisciplinary teams to translate customer and product requirements into robust technical solutions, covering the full engineering lifecycle from requirements to delivery.
