Be part of a team delivering the next generation of secure military communications satellites for the UK Ministry of Defence. This work provides resilient, high performance connectivity for the UK, its allies and Defence personnel worldwide, playing a critical role in protecting national security as space becomes more contested and demand for secure data continues to grow.
Joining Lockheed Martin also means helping to shape significant investment in the North East space sector, with more than £100 million proposed to support high skill jobs, advanced manufacturing and long term economic growth. Opportunities include potential satellite manufacturing in County Durham and collaboration with NESST – the North East Space Skills and Technology Centre at Northumbria University – helping to build a strong pipeline of talent, learning and innovation.
This is your chance to work on mission critical technology, develop cutting-edge skills and build a meaningful career, while delivering lasting impact for the region and the nation.
The Role:
This is an opportunity to work on advanced RF systems at the heart of mission-critical Ground Segment capabilities supporting defence and aerospace programmes. The role offers exposure to the full RF system lifecycle, developing high-performance solutions designed to operate in complex and demanding environments. You will join a highly skilled engineering team delivering cutting-edge RF architectures and contributing directly to the performance, resilience, and evolution of next-generation systems.
The position involves the design and development of RF circuitry for high-frequency and microwave applications, including receivers, transmitters, antennas, and frequency synthesizers. Responsibilities include RF hardware design and layout, component selection and evaluation, prototype development, and RF testing to verify performance against requirements. The role also supports manufacturing during build, integration, and test activities, and contributes to formal technical documentation.
In addition, the role focuses on the development of RF system and subsystem architectures, including antennas, transmitters, receivers, low-noise amplifiers, high-power amplifiers, RF conversion elements, and transmission line systems. It includes performing link analysis and optimisation, considering propagation effects and potential interference sources, as well as defining and allocating RF system requirements.
Further responsibilities include identifying and tracking RF technical performance measures (TPMs), conducting system and subsystem trade studies, and supporting CAIV analysis. The role also contributes to lifecycle considerations, including cost, reliability, availability, maintainability, and overall system effectiveness.
Responsibilities
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Develop innovative RF engineering solutions to complex technical challenges aligned with programme and organisational objectives.
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Work independently with limited direction, with outputs reviewed upon completion against departmental standards and objectives.
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Contribute to major engineering work packages and may take on technical leadership responsibilities within RF-focused programmes.
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Engage with senior engineers and stakeholders on significant technical matters, influencing system design and programme direction.
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Contribute to the development of new RF concepts and solutions, applying deep technical expertise and industry knowledge to advance capability across the organisation.
