12 of 12 SpaceWire Jobs in the UK

reports and supporting test and non- conformance reviews. • Spacecraft systems technical knowledge is desirable, e.g. Data Handling, Packet Utilisation Standard, Data Bus Communications – 1553, Spacewire, Attitude & Orbital Control, Star Trackers, Gyros, Momentum Wheels, power systems, batteries, Solar Arrays, Thermal Control, heaters, thermostats, FDIR, Spacecraft Configuration Vectors etc. • Programming and scripting More ❯

reports and supporting test and non- conformance reviews. • Spacecraft systems technical knowledge is desirable, e.g. Data Handling, Packet Utilisation Standard, Data Bus Communications – 1553, Spacewire, Attitude & Orbital Control, Star Trackers, Gyros, Momentum Wheels, power systems, batteries, Solar Arrays, Thermal Control, heaters, thermostats, FDIR, Spacecraft Configuration Vectors etc. • Programming and scripting More ❯

component level. * Network and computer administration in Windows and Linux environments * Good documentation skills (procedures, reports etc.) * Knowledge of interfaces such as Mil-1553, SpaceWire, CAN bus, RS232/422 etc. * ATE environments such as PCI, VXI, PXI etc. * Competent in the use of a variety of general-purpose lab More ❯

component level. • Network and computer administration in Windows and Linux environments • Good documentation skills (procedures, reports etc.) • Knowledge of interfaces such as Mil-1553, SpaceWire, CAN bus, RS232/422 etc. • ATE environments such as PCI, VXI, PXI etc. • Competent in the use of a variety of general-purpose lab More ❯

a focus on real-time and embedded systems Knowledge of satellite telemetry, telecommand (TT&C), and communication technologies and protocols (CCSDS, ECSS PUS, CAN, SpaceWire) Ground specific experience Strong programming skills in Java with a focus on data-oriented enterprise systems Knowledge of satellite telemetry, telecommand (TT&C), and communication More ❯

knowledge of TMTC Databases. Spacecraft systems and subsystem technical knowledge and awareness is essential, e.g. Data Handling, Packet Utilisation Standard, Data Bus Communications - 1553, Spacewire, Attitude &, Orbital Control, Star Trackers, Gyros, Momentum Wheels, power systems, batteries, Solar Arrays, Thermal Control, heaters, thermostats, FDIR, Spacecraft Configuration Vectors etc. Programming and scripting … the use of various test equipment used for electrical measurements, e.g. DMM, oscilloscope, current probes, Data acquisition unit, data bus monitors (1553 MilBus and SpaceWire probes/analysers) would be an advantage. Spacecraft electrical and harness knowledge would be an advantage but not essential. Familiar with the Windows and Linux More ❯

knowledge of TMTC Databases. Spacecraft systems and subsystem technical knowledge and awareness is essential, e.g. Data Handling, Packet Utilisation Standard, Data Bus Communications - 1553, Spacewire, Attitude &, Orbital Control, Star Trackers, Gyros, Momentum Wheels, power systems, batteries, Solar Arrays, Thermal Control, heaters, thermostats, FDIR, Spacecraft Configuration Vectors etc. Programming and scripting … the use of various test equipment used for electrical measurements, e.g. DMM, oscilloscope, current probes, Data acquisition unit, data bus monitors (1553 MilBus and SpaceWire probes/analysers) would be an advantage. Spacecraft electrical and harness knowledge would be an advantage but not essential. Familiar with the Windows and Linux More ❯

Degree in electrical engineering (or something similar). 2+ years of hands-on experience with satellite C&DH systems. Comfortable with standards like CCSDS, SpaceWire, RS422, I2C, and CAN. Good understanding of how satellite systems work together. Experience writing test plans and running verification on avionics. Nice to have (but More ❯

High speed (Gigabit) transceiver interfaces. FPGA design techniques for high reliability and radiation environments. Requirement verification using UVVM test bench methodology. Working knowledge of SpaceWire and RMAP/CCSDS protocols. Image handling and processing. More ❯

High speed (Gigabit) transceiver interfaces. FPGA design techniques for high reliability and radiation environments. Requirement verification using UVVM test bench methodology. Working knowledge of SpaceWire and RMAP/CCSDS protocols. Image handling and processing. More ❯

High speed (Gigabit) transceiver interfaces. FPGA design techniques for high reliability and radiation environments. Requirement verification using UVVM test bench methodology. Working knowledge of SpaceWire and RMAP/CCSDS protocols. Image handling and processing. More ❯

and development processes. High-speed transceiver interfaces. Design techniques for high reliability and radiation environments. Requirement verification using UVVM test bench methodology. Knowledge of SpaceWire, RMAP, and CCSDS protocols. Image processing experience. Experience with SVN configuration control. Familiarity with DDR3/4 memory and AXI interfaces. Benefits Located in Chelmsford More ❯