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, covering the following: Telecommunications system and subsystem design and validation. Radio navigation system and subsystem design and validation. Commercial ground and user segment products for navigation
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); the design, analysis and engineering of all antenna sub-systems, including standalone radiators, arrays, reflector and lens optics and their associated focal plane; submillimetre instrument architecture
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of Earth Observation (EO) by embracing disruptive innovation and acting as a catalyst for disruptive/transformative innovation in the sector. Our vision is to become an “EO innovation hub” connecting a
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This is a non-renewable post for a limited duration of four years. Location ESRIN, Frascati, Italy Description You will be responsible for transformative and disruptive digital innovation within
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security engineering, design and development of the Galileo public regulated service (PRS) infrastructure, security accreditation and cyber security. This Galileo System Security Unit is responsible
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Agency’s Technology Centre in the Netherlands are in charge of the design, development, procurement, integration and qualification of the Galileo system, including the constellation of satellites in medium
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(s) of activity/research for the traineeship Microvibration is a design driver for high performance science and Earth observation missions. Better performing isolation systems could be used, either
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security engineering, design and development of the Galileo Public Regulated Service (PRS) infrastructure, security accreditation and cyber security. The Galileo System Security Unit is responsible
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trajectory, risk assessments to evaluate the effect of the environment on the spacecraft, and design mitigation. The environments covered are in general radiation, plasma, micrometeoroid and orbital debris
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feasibility studies (including Phase 0 in the ESA Concurrent Design Facility), project reviews and the evaluation of procurement proposals; identifying critical development problems and assisting in