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and other components) and considering future growth and scalability; evaluating and proposing appropriate technologies, hardware, and software solutions, for IT infrastructure; supporting the Project
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. The Payload Validation Section is responsible for conducting laboratory-based payload element validation activities, with the emphasis on imaging focal plane technologies, to provide support for the development
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and components Behavioural competencies Education A master’s degree in aerospace or mechanical engineering with an emphasis on subjects relating to space propulsion. Additional requirements Several
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newsletter, “X” channel, etc.). organising and participating in communication and networking events with industry and delegations. You will perform your tasks as part of the SME Office Team. The precise
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well as to the payload-related part of satellite-level reviews, during all project phases; monitoring and supporting the integration, testing and calibration of the instruments and their integration on the spacecraft
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performance evaluation of RF equipment, subsystems, components and technologies applicable to space and ground segments; providing expert technical support and consultancy to ESA projects, programmes and
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the Science Operation Centre (SOC), working on the ESA components of the Science Ground Segment (SGS). The SOC, based at ESAC (Madrid, Spain), is responsible for the science planning, data processing and
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the communication links at system, subsystem, element and equipment level. It covers the missions from the study phase to the definition of requirements, design, development, security integration/verification, and
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interpersonal and communication skills and should be able to work in a multi-cultural environment, both independently and as part of a team. Your motivation, overall professional perspective and career goals will