19 of 19 Permanent GNSS Jobs in the UK

both oral and written. • Ability to be in the office 5 days a week. • Full clean UK driving license. • Keen interest in technology and the automotive industry. • Exposure to GNSS and automotive-based technologies. • Understanding of testing methodologies, tools, and best practices. • Background in programming would be beneficial, such as C++ or Python. • Profit-related bonus (after probation). • Comprehensive More ❯

facilities like anechoic chambers and screening rooms Strong experience in at least two of the following technologies: TETRA - 100-900 MHz GSM - MHz LTE/4G/5G - MHz GNSS - 1.6-2 GHz WiFi - 2.4-6GHz Excellent communication and interpersonal skills, with the ability to effectively liaise with the team and collaborate with other departments. Ability to manage multiple projects More ❯

operating systems (RTOS), sensor integration, and low-level control for robotics. Responsibilities Develop firmware and embedded software for custom and open-source flight controllers (e.g., PX4, ArduPilot). Integrate GNSS, IMUs, Lidar, Radar, magnometer, and multispectral sensors. Familiarity with GPS. GLONASS a plus Enable autonomous navigation and flight control Optimize onboard systems for size, weight, power, and thermal efficiency. Collaborate More ❯

transforming the capabilities of billions of devices used every day around the world, enhancing the efficiency and safety of everyday life. The Opportunity: We are looking for a Principal GNSS Engineer who is passionate about technology and excited about the goals of our company. You will join our GNSS team and help lead the development and delivery of our S … GNSS product. The role offers significant scope for professional development spanning the product and engineering disciplines. Key Responsibilities Join the development team and actively contribute to the software lifecycle. Contribute to the development and maintenance of Supercorrelation software and testing tools. Take ownership of requirements capture, test definition and quality assurance. Champion the improvement and adoption of development processes. Generate … the company. Your Experience Essential Act as a backlog owner for an agile team. Relevant industrial experience (product lifecycle, requirements capture and test definition). In-depth knowledge of GNSS measurement engine signal processing. Strong programming or analysis in Matlab, C++, C or similar. Desirable Agile development. Source Control (e.g., git). Continuous Integration. In-depth knowledge of the full More ❯

applications.Founded on a culture of research and discovery, Advanced Navigation's mission is to be the catalyst of the autonomy revolution. Fields of expertise include artificial intelligence, underwater sonar, GNSS, radio frequency systems, inertial sensors, robotics, quantum sensors and photonics. Today, Advanced Navigation is a supplier to some of the world's largest companies, including Airbus, Boeing, Google, Tesla, NASA … accessible with the Global HQ, based in Australia Have an understanding that you will be travelling roughly 25% of the time Relevant technical knowledge, such as inertial sensors, acoustics, GNSS, optical sensors, and robotics with an ability to go deep enough on technical aspects to differentiate between varied and comparable navigation products/solutions in the market Coach-able and More ❯

avionics. Nice to have (but not essential): FPGA development (VHDL or Verilog). Python scripting for test automation. Experience working in a cleanroom or handling flight hardware. Background in GNSS, time sync, or radiation tolerance in LEO. Why this role? Flexible hybrid working (you'll be on site regularly, but not every day). Private healthcare, 25 days holiday (plus More ❯

Interest in Physics, measurements, and communications, for example: Time and frequency measurement and time scale steering Real-time monitoring and control of electronic hardware Satellite communication, optical fibre and GNSS-based systems We actively recruit citizens of all backgrounds, but the nature of our work in specific departments means that nationality, residency and security requirements can be more tightly defined More ❯

data and AI systems. You must have full right to work in the UK for this role - visa sponsorship is not available. Key Responsibilities: Develop alternative navigation systems to GNSS for pedestrians and vehicles Analyze geospatial data using feature recognition, clustering, classification, and dimensionality reduction Contribute to core components of next-generation localization and positioning systems Advance cooperative SLAM and More ❯

data and AI systems. You must have full right to work in the UK for this role - visa sponsorship is not available. Key Responsibilities: Develop alternative navigation systems to GNSS for pedestrians and vehicles Analyze geospatial data using feature recognition, clustering, classification, and dimensionality reduction Contribute to core components of next-generation localization and positioning systems Advance cooperative SLAM and More ❯

data and AI systems. You must have full right to work in the UK for this role - visa sponsorship is not available. Key Responsibilities: Develop alternative navigation systems to GNSS for pedestrians and vehicles Analyze geospatial data using feature recognition, clustering, classification, and dimensionality reduction Contribute to core components of next-generation localization and positioning systems Advance cooperative SLAM and More ❯

Simulink, UML, SysML), embedded software systems, and simulation of complex dynamic systems. Autonomous Systems & Robotics: Experience with UAVs, UXVs, PNT systems, flight controllers, and robotics sensors (IMU, GPS/GNSS, LIDAR, RADAR, Cameras). Industry & Work Environment: Background in defence/aerospace, start-ups, or small teams requiring adaptability and problem-solving. What's Next? Excited to join us? Apply More ❯

technology. We’re looking for a Systems Engineer to help develop and assess the core technologies that guide our missile systems. You'll work on advanced navigation sensors—like GNSS (Global Navigation Satellite Systems), anti-jam units, and Inertial Measurement Units (IMUs)—as part of high-profile, fast-moving defence projects. This role involves close collaboration with our international partners … including regular engagement with our French teams, and offers opportunities for travel and technical development. Your role will include: Specifying and assessing GNSS receivers, CRPAs, and IMUs Monitoring supplier tech roadmaps and supporting equipment trials Contributing to multi-national research programmes and innovation initiatives What we’re looking for: Degree in Electronic Engineering, Physics, or similar Background in defence, aerospace … navigation, or RF systems Project delivery experience and knowledge of modelling tools (e.g. MATLAB) Understanding of GNSS functionality, anti-jam tech, and inertial sensors This is a great opportunity to develop niche technical expertise, work internationally, and shape the next generation of defence navigation systems. Apply now and help define the future of missile guidance. More ❯

opportunities. The team is very closely linked with the navigation sensors team in France with associated travel opportunities You will carry out specification and assessment of navigation sensors including GNSS receivers, anti-jam units and inertial measurement units. You will monitor supplier and technology roadmaps to identify cutting edge technology for investment, support sub assembly and equipment assessment trials, and … proficiency with tools such as MATLAB and/or Simulink would be advantageous The ability to gain an understanding of the following: A detailed understanding of all aspects of GNSS functionality, multi-constellation technology and system integration Detailed knowledge of receivers, anti-jam and CRPA's GNSS system chain performance & integration challenges GNSS jamming and spoofing experience Inertial sensor specification More ❯

generation defence systems, and this team works on high-profile, fast-paced programmes with international collaboration. You'll work on the specification, evaluation, and research of technologies such as: GNSS receivers and multi-constellation systems Inertial Measurement Units (IMUs) Anti-jam units and Controlled Reception Pattern Antennas (CRPAs) You'll also: Monitor supplier developments and tech roadmaps Support trials and … a related sector Strong knowledge of navigation, avionics, or RF engineering Desirable: Project delivery or commercial exposure Useful: Modelling skills in MATLAB and/or Simulink Additional Knowledge (Desirable): GNSS systems, multi-constellation functionality, and integration Receivers, anti-jam technologies, and CRPAs GNSS system chain performance challenges Jamming/spoofing detection and mitigation Inertial sensor performance and specification More ❯

The team is very closely linked with the navigation sensors team in MBDA France with associated travel opportunities You will carry out specification and assessment of navigation sensors including GNSS receivers, anti-jam units and inertial measurement units. You will monitor supplier and technology roadmaps to identify cutting edge technology for investment, support sub assembly and equipment assessment trials, and … proficiency with tools such as MATLAB and/or Simulink would be advantageous The ability to gain an understanding of the following: A detailed understanding of all aspects of GNSS functionality, multi-constellation technology and system integration Detailed knowledge of receivers, anti-jam and CRPA's GNSS system chain performance & integration challenges GNSS jamming and spoofing experience Inertial sensor specification More ❯

several multi-national research programmes, as well as the chance to challenge yourself technically. As a Systems Engineer you will carry out specification and assessment of navigation sensors including GNSS receivers, anti-jam units and inertial measurement units. You will monitor supplier and technology roadmaps to identify cutting edge technology for investment, support sub assembly and equipment assessment trials, and … be advantageous Experience in the Defence/Aerospace or safety regulated environment would be advantageous What you'll be able to learn: A detailed understanding of all aspects of GNSS functionality, multi-constellation technology and system integration Detailed knowledge of receivers, anti-jam and CRPA's GNSS system chain performance & integration challenges GNSS jamming and spoofing experience Inertial sensor specification More ❯

several multi-national research programmes, as well as the chance to challenge yourself technically. As a Systems Engineer you will carry out specification and assessment of navigation sensors including GNSS receivers, anti-jam units and inertial measurement units. You will monitor supplier and technology roadmaps to identify cutting edge technology for investment, support sub assembly and equipment assessment trials, and … be advantageous Experience in the Defence/Aerospace or safety regulated environment would be advantageous What you'll be able to learn: A detailed understanding of all aspects of GNSS functionality, multi-constellation technology and system integration Detailed knowledge of receivers, anti-jam and CRPA's GNSS system chain performance & integration challenges GNSS jamming and spoofing experience Inertial sensor specification More ❯

LOCATION: Cheltenham SALARY: ~ £85,000 Essential skills for the RF Engineer are: Design of amplifiers, filters, LNAs and antennas from first principle Understanding of satellite comms, LoRa, INS and GNSS Ideally an understanding of development in GPS denied environments Appreciation of general electronics, mechanical and software systems (power, digital control etc) Knowledge of blocker/jammer tolerance Willingness to complete More ❯

altitude Zephyr aircraft. Key Responsibilities Executing full lifecycle analogue and digital circuit design for harsh thermal and radiation environments Managing and supporting the design and development of datalinks (Satcom, GNSS) Coordinating unit testing of avionics modules from component to systems level Managing non-conformances throughout the design lifecycle Capturing lessons learned and identifying improvements to designs and processes Tracking design More ❯