ESASpace Engineering
   
What we do
Directorate of Technical and Quality Management (TEC)
Electrical
Electrical engineeringControl SystemsData SystemsRadio Frequency Payload SystemsElectromagnetics and Space EnvironmentPower and Energy Conversion
Mechanical
Mechanical engineeringThermal ControlStructures and MechanismsMechatronics and Optics, incl. robotics and life supportPropulsion and Aerothermodynamics
Systems
Systems and software engineeringSoftware SystemsSystems Engineering, incl. cost engineeringTechnology programmes
Product Assurance
Product AssuranceFlight SafetyDependabilityQuality Management and AssuranceMaterials and ProcessesElectronic ComponentsSoftware Product Assurance
Standards
Requirements and standardsEuropean Cooperation for Space Standardization (ECSS)European Space Components Coordination (ESCC)
Services
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Electrical laboratories
 
 
 
Mars Express Avionics Test Bench
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Avionics Laboratory

The word avionics is a contraction of 'aviation electronics', referring to the data handling sub-system, guidance navigation and control devices and associated software flown aboard a satellite.


 
 
Radiated emission
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Electromagnetic Compatibility and Magneto-static Laboratory

EMC refers to the ability of electrical equipment to operate safely in its environment, neither causing non tolerable electromagnetic disturbances to other equipment in its environment nor suffering performance degradation due to electromagnetic disturbances being present in that environment.


 
 
VAST-12 antenna in ESTEC`s CATR
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Antenna Test Facilities

Antennas are the way that a satellite maintains communications with Earth. They are expressly designed for transmitting and receiving EM radiation. On the ground, other antennas are the counterparts that relay the satellite signals to base stations.


 
 
Galileo system simulator facility
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Radio Frequency Payload Systems Laboratories

Satellites of all kinds have one central characteristic in common. To fulfil their various purposes, they all have to reach out beyond themselves either to receive commands, transmit scientific findings, relay telecommunications, perform remote sensing or, increasingly, deliver precision navigation and timing data.


 
 
Power electronics laboratory workspaces
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Power Laboratory - Power systems

Satellite systems rely on electricity to keep operational, but their power subsystems require careful design and management. The level of power produced by solar arrays – the dominant electricity source for almost all missions – varies greatly over time depending on satellite and planetary motion and short- and long-term space environment effects.


 
 
Sun Spectrum and Simulated Sun Spectrum in Solar Generator Labor
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Power Laboratory - Solar Generator

Solar cells are a familiar element of satellites, arranged in solar arrays on wings extending from a spacecraft's body or draped around its hull. The vast majority of satellites rely on solar power because space offers an endless abundance of sunshine.


 
 
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Power Laboratory - European Space Battery Test Centre

Batteries are an essential technology for space. The store of onboard power they offer can be vital for keeping missions operational in all circumstances.


 
 
External laboratories

ESA maintains a Europe-wide network of specialized laboratories supplementing the technical services and competence provided by the ESTEC laboratories and the ESTEC Test Centre.


 
 
Last update: 13 October 2009
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LaboratoriesThe corona test facility MechanicalSystemsMaterials and Electrical Components Laboratories ESTEC - ESA's technical heart
Electrical Laboratories
Avionics LaboratoryElectromagnetic Compatibility and Magneto-static LaboratoryAntenna Test FacilitiesRF Payload Systems LaboratoriesPower Systems laboratorySolar Generator LaboratoryEuropean Space Battery Test Centre LaboratoryExternal Laboratories (Electrical)
 
 
 
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