Satellite Earth Engineer

The engineer oversees eight to thirteen meter diameter parabolic dishes operating across X band downlink frequencies between eight point zero and eight point four gigahertz and S band command links. Conforming to standards established by the Consultative Committee for Space Data Systems CCSDS and the International Telecommunication Union ITU, the engineer calibrates multi axis azimuth and elevation antenna drive servo motors. They execute automated program tracking based on Two Line Element TLE orbital forecasts, along with monopulse auto tracking that senses RF signal phase gradients to keep the narrow main antenna beam locked onto fast moving low Earth orbit satellites traversing the horizon in under ten minutes.

While automated scheduler software schedules satellite passes and initiates data ingestion scripts, operating high power microwave ground equipment involves severe mechanical and environmental challenges. Azimuth bearing wear, gearbox backlash, rotary joint microwave losses, feed horn pressurization leaks, and severe rain attenuation can disrupt high value satellite downlinks. The earth station engineer performs microwave noise figure calibration, tunes phase locked loop demodulators receiving complex DVB S2X modulations, repairs servo drive electronics, and responds to emergency communication loss during launch and early orbit phases LEOP.

The day begins at six forty five in the morning at the high latitude satellite ground station facility. The engineer reviews the automated pass schedule, which shows fourteen low Earth orbit Earth observation satellite contacts scheduled across the station's three eleven meter parabolic tracking antennas over the next eight hours. During the overnight shift, Antenna Two reported an intermittent azimuth servo tracking error when tracking satellites climbing above seventy degrees elevation, indicating potential encoder jitter or mechanical cable wrap drag. Donning safety climbing harness, hardhat, and insulated cold weather gear, the engineer ascends the exterior ladder to the antenna pedestal

room thirty feet above the ground. Inspecting the azimuth dual motor anti backlash gearbox, they check oil levels and inspect the optical rotary encoder coupling. They detect slight mechanical play in the flexible shaft coupling, tightening the clamping collar to exact torque specifications and wiping down the internal slip ring contacts with solvent. Returning to the control room, the engineer prepares for an upcoming pass of a commercial synthetic aperture radar satellite. As the spacecraft crests the northern horizon at five degrees elevation, the antenna smoothly acquires the signal, switching.

A Satellite Earth Station X Band Downlink and Telemetry Engineer designs, operates, aligns, and maintains high gain parabolic tracking antennas, cryogenic low noise amplifiers, and high data rate digital demodulators that receive gigabit payload downlinks and transmit critical telemetry, tracking, and command TT and C signals to satellites passing over ground stations. Operating across remote polar ground stations, commercial satellite earth station networks, and defense satellite communications centers, the engineer ensures uninterrupted data pipelines connecting Earth observation satellites with ground processing servers.

Core responsibilities include operate, track, and maintain multi meter parabolic dish earth station antennas communicating with low earth orbit satellites., operational coordination, and ensuring strict adherence to Kenyan statutory frameworks and quality standards.

Key organizations hiring for this role include Kenya Space Agency KSA, Regional Centre for Mapping of Resources for Development RCMRD, Kenya Civil Aviation Authority KCAA, Safaricom Telecommunications Satellite Ground Stations, alongside expanding opportunities in Nairobi, Mombasa, Kisumu, and regional infrastructure projects.

Satellite Earth Engineer Specialist, Senior Satellite Earth Engineer, Satellite Earth Engineer Lead, Satellite Earth Engineer Consultant

While automated scheduler software schedules satellite passes and initiates data ingestion scripts, operating high power microwave ground equipment involves severe mechanical and environmental challenges. Azimuth bearing wear, gearbox backlash, rotary joint microwave losses, feed horn pressurization leaks, and severe rain attenuation can disrupt high value satellite downlinks. The earth station engineer performs microwave noise figure calibration, tunes phase locked loop demodulators receiving complex DVB S2X modulations, repairs servo drive electronics, and responds to emergency communication loss during launch and early orbit phases LEOP. Employment opportunities concentrate across major industrial, commercial, and financial hubs including Nairobi, Mombasa, Kisumu, Nakuru, and Eldoret, alongside specialized regional project sites.