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, radio frequency modelling and design tool developments of instrument architecture, antennas, front-end technology and components for submillimetre wave applications. Duties Your tasks and responsibilities
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architectures (ISA) and their extensions; Artificial intelligence, GNSS and/or image/video processor architectures; System-level modelling and hardware/software co-design with MATLAB, SystemC and/or SystemVerilog
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cybersecurity of TT&C services delivered by ESA to external entities, both commercial and institutional. By the end of the first year, you will be expected to: analyse aspects of solution architecture and
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topics such as quantum-enabled navigation and timing, artificial intelligence-/machin learning-enabled system enhancements, advanced and fully digital payloads, reconfigurable architectures, resilient PNT
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at the Landscape Architecture and Spatial Planning (LSP) group at Wageningen University, as part of the Land Use Planning chair group. The Land Use Planning chair group investigates how we deal with scarcity
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on InP PICs. The work will begin at the device level, exploring, simulating, and experimentally verifying various SSC architectures (such as lateral/vertical tapers or multi-layer transitions) to optimize
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‑driven security architectures, designs, RFD/RFWs, and qualification status to provide system security impact assessments. Interfacing with industry on all matters related to system and service security
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efficiency. You will then investigate new sensing principles and develop energy-efficient sensor architectures specifically designed for operation at cryogenic temperatures. Throughout your PhD, you will
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design, performance budgets and architectural choices; ensuring correct application of ESA, international and national standards; interfacing with industry counterparts to review contractors’ plans, system
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Architecture Section, GNC, AOCS and Pointing Division, Electrical Department, Directorate of Technology, Engineering and Quality. The AOCS and Pointing Architecture Section provides functional support for space