9 of 9 Remote GNSS Jobs in the UK

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 ❯

project directives. Ability to work autonomously, with limited oversight from Team Leaders and Management. Degree in STEM (Science, Technology, Electrical Engineering, Mathematics) or similar industry certification. Desirable Knowledge of GNSS systems and receiver characteristics. Experience with the IBM Rational DOORS toolset. Experience with RF (including Antennas) and Digital Hardware design and test. Algorithm development incorporating Modelling experience in MATLAB/ More ❯

Experience in settlement monitoring systems, methods, and technologies • Experience in geodetic requirements associated with project requirements. • Experience using latest survey equipment, software, and technologies. • Experience in establishing GNSS (Global Navigation Satellite System) networks Why work for us Day in, day out, our teams deliver some of the UK’s most ambitious, exciting and meaningful projects; developing, building and maintaining the More ❯

Experience in settlement monitoring systems, methods, and technologies Experience in geodetic requirements associated with project requirements. Experience using latest survey equipment, software, and technologies. Experience in establishing GNSS (Global Navigation Satellite System) networks Why work for us Day in, day out, our teams deliver some of the UK’s most ambitious, exciting and meaningful projects; developing, building and maintaining the 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 ❯

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 ❯

innovative solutions for complex customer requirements, focusing on navigation sensors, and participating in multi-national research programmes. As a Systems Engineer, you will specify and assess navigation sensors including GNSS receivers, anti-jam units, and inertial measurement units. You will monitor supplier and technology roadmaps, support assessment trials, and undertake research activities within an international team. Skills, Qualification and Experience … highly desirable Proficiency with MATLAB and/or Simulink is advantageous Experience in Defence/Aerospace or safety-regulated environments is advantageous What you'll be able to learn: GNSS functionality, multi-constellation technology, and system integration Receivers, anti-jam, and CRPA technology GNSS system performance and challenges GNSS jamming and spoofing Inertial sensor specification and characterization Company Benefits Bonus 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 ❯