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This role involves leading research on host galaxies of transients, deriving properties from LSST+TiDES data, and studying transient correlations with their environments. The position is part of a larger collaboration to address key questions in astrophysics, including the origins of star explosions and the nature of Dark Energy.
This role involves developing and enhancing the ground-based systems responsible for planning and scheduling tasks across Spire's nanosatellite constellation and ground station network. Responsibilities include designing new scheduling features, building observability dashboards, and supporting live operations of constellation scheduling software.
As a Quality Control Technician, you will perform visual and dimensional inspections of spacecraft components, support in-process and final inspections, resolve supplier engineering queries, and maintain inspection equipment. You will work closely with Quality, Engineering, and Supply Chain teams to ensure compliance with aerospace standards and maintain accurate records.
This role involves end-to-end ownership of Spire’s launch services procurement, including sourcing, contracting, and managing relationships with satellite launch providers. The candidate will develop commercial frameworks, negotiate long-term agreements, and ensure reliable, cost-effective access to launch capacity across dedicated and rideshare options. They will work closely with technical and programme teams to align contracts with mission requirements, while driving supplier performance and compliance in a highly regulated environment.
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.
The Project Controller will establish and maintain controls frameworks, programme schedules, and reporting tools for complex, multi-year space technology programmes. Working closely with Delivery Project Managers, the role involves managing baselines, cost performance, risk registers, and change control processes while leveraging modern project management platforms and data tools. The role emphasizes building scalable processes and improving delivery efficiency through automation, analytics, and AI-driven insights.
A little outside Milton Keynes, but within reach.
The role involves providing expert advice on export control regulations, developing and implementing compliance processes, and training cross-functional teams. You will work in a diverse, multidisciplinary team focused on the fast-growing space sector, ensuring precision and innovation in export control.
This role involves leading the technical delivery of satellite and terrestrial communication projects, focusing on end-to-end system design and integration. The engineer will develop practical solutions using 5G, 6G, satellite, and IoT technologies, working closely with external partners and research organisations. Responsibilities include hands-on system integration, hardware setup, coding, and solving complex engineering challenges in emerging telecoms domains.
This role involves designing and integrating terrestrial and satellite communication systems, with a focus on next-generation 5G and 6G technologies. The engineer will work on end-to-end system integration, connect telecoms components with embedded hardware, and collaborate with external research and industry partners. The position is technically hands-on, requiring strong systems engineering and problem-solving skills in a cutting-edge telecoms environment.
This role involves leading assembly, integration, and test (AIT) activities for on-board processor units in advanced space communications systems. The engineer will perform hands-on electrical, thermal, and environmental testing, including vibration, shock, and vacuum, ensuring validation of satellite payload and subsystems. Close collaboration with cross-functional teams is required during integration with ground test equipment and throughout the test lifecycle.
Lead the development of advanced electronics for FPGA and ASIC-based space systems, spanning the full hardware lifecycle from design to space qualification. Provide technical leadership across multidisciplinary teams and oversee integration, testing, and manufacturing with internal and external partners.
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