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of avionics embedded system architecture, including associated technologies, methods and tools (e.g. MBSE, Avionic FDIR), in coordination with the staff responsible for subsystem elements and architects
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in animals. The group has a strong foundation in both fundamental and applied experimental research. Key elements in research are long-term (trans-generational) effects of early life conditions
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standardized protocols. You will also contribute to optimizing and validating analytical methods. The focus is on instrumental analyses using state-of-the-art measurement systems in the field of LC- and GC-MS/MS
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Control System (MCS-CC), which is based on EGS-CC. The first operational adoption is comprised of two elements: deployment and validation for a mission already flying; deployment and validation for a
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for 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
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and activities in the space, ground and user segments, and for the communication links at system, subsystem, element and equipment level. It covers the missions from the study phase to the definition
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and propose improvements in system verification methods and technologies. The above elements include unclassified components as well as PRS Navigation and Open Service-A authentication components
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the HydRON Project Manager for all activities related to your duties and will be responsible for managing and implementing all space segment activities concerning your Hydron Element. We are looking to fill
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footprint strategy for European launcher manufacturing, including a new hydrogen vessel for shipping launcher elements to the spaceport; providing strategic support to make launcher infrastructure and its
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conditions that often fall outside acceptable testing parameters, accurate laboratory-based prediction methods have become even more critical. The current laboratory method for snow performance prediction