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 developing and deploying satellite and terrestrial communication systems for next-generation 6G connectivity, with a focus on Non-Terrestrial Networks. The engineer will lead technical delivery, contribute to system architecture, and collaborate with research institutions and commercial stakeholders on innovation projects. Key activities include end-to-end network design, field deployment, and integration of satellite communications with 5G/6G and IoT technologies.
This role involves working on the research, design, and development of satellite ground station systems, including telemetry, tracking, and command systems, payload data downlink processing, and parabolic reception antennas. You will also contribute to technical project delivery, consultancy, and collaboration with universities and research centers.
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.
This role involves owning the end-to-end mechanical design and documentation for space hardware, payloads, and MGSE. Responsibilities include creating precise CAD models, assembly drawings, BOMs, and manufacturing documentation, as well as providing hands-on support for prototyping, assembly, AIT, and mechanical testing.
Lead the end-to-end delivery of satellite constellation missions from contract award through development, launch, and in-orbit commissioning. Provide strategic leadership across engineering, operations, and commercial functions while managing technical, financial, and contractual performance. Serve as the primary customer interface and drive cross-functional teams to deliver complex space systems on time and within budget.
This role involves leading a team of engineers through the final design, manufacture, test, verification, and qualification phases of a high-resolution optical payload imager electronics programme. The Project Manager will manage project delivery, ensure alignment with programme objectives, and resolve technical and programme challenges.
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.
The Systems Engineer will work on the design, integration, and testing of advanced sensor and communication payloads for satellite systems. Responsibilities include capturing engineering requirements, developing system architectures, managing system budgets, and overseeing integration and test campaigns.
The Product Assurance Engineer will lead product assurance and quality activities for complex space payload hardware, ensuring compliance with customer, regulatory, and industry standards. Responsibilities include managing quality plans, component qualification, and continuous improvement initiatives, working closely with engineering, manufacturing, and supply chain teams.
This role involves contributing to the design, development, and verification of GNC systems for complex satellite missions. Responsibilities include developing GNC subsystem requirements, integrating GNC algorithms and hardware, and conducting research into emerging GNC technologies. The position also involves working with multidisciplinary teams and supporting mission operations.
We're looking for an experienced Senior Design Engineer to join a team developing cutting-edge communications technology that will help shape the future of global connectivity.This is an opportunity to work on next-generation 5G non-terrestrial networks developing digital hardware for satellite-based...
This role involves developing and optimising advanced semiconductor and RF module assembly processes, with a focus on die attach and wire/ribbon bonding technologies. The engineer will work closely with RF teams to mature manufacturing techniques for scalable, reliable production. Key responsibilities include process control, yield improvement, and supporting new product introductions in a high-frequency electronics environment.
This role involves contributing to a satellite earth observation company focused on high-resolution thermal imaging and advanced analytics for global sustainability challenges. The organisation seeks skilled professionals across technical, data, engineering, geospatial, and commercial functions to support its mission. Work spans cutting-edge remote sensing, data analysis, and product development across defence, climate, and industrial monitoring sectors.
This role involves leading propulsion subsystem engineering activities across satellite programmes, from concept through to delivery, with responsibilities spanning technical leadership, requirements definition, design justification, and integration and test planning. The engineer will manage work packages, support major design reviews, develop analysis tools in EcosimPro, MATLAB, and Python, and resolve technical anomalies during AIT. Collaboration with cross-functional teams and external stakeholders is central to ensuring propulsion system performance and mission success.
The role involves ensuring quality, reliability, and regulatory compliance of space payload hardware throughout the product lifecycle. You'll lead product assurance activities, conduct root cause analyses, and ensure adherence to standards like ECSS, ESA, and NASA across design, manufacturing, and delivery. Collaboration with engineering, test, and supply chain teams is essential to maintain high integrity in demanding space applications.
