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preparatory phases, missions in development, and missions in operation; translating campaign requirements into the definition of fit-for-purpose airborne or ground-based campaign activities to be implemented
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, LabVIEW, CABARET, RBSDYN , OptiStruct, etc.), with a particular emphasis on: time and frequency domain performance representation and analysis; multibody system modelling and simulation; design (including
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throughout all project phases, with a particular focus on reliability of electronic assemblies and the associated manufacturing processes, predictive performance modelling, process and product verification and
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security aspects and approaches Digital engineering, particularly the application of model-based system engineering technology and approaches Behavioural competencies Result Orientation Operational
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software verification and validation methods and processes, modern software architectures and frameworks, new generation processors and multicores and model-based engineering. The Section also participates
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of spacecraft system and subsystem structures with respect to defining requirements for environment-induced loads, model development philosophy and relevant verification methods. Participating in the definition
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Experience in the use of electrical simulation tools and the modelling of power conversion circuits and systems Knowledge of secondary power system analysis and verification Knowledge of distribution system
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logic-based methods); non-standard computational models (e.g., quantum and bio-inspired computation); security and privacy (e.g., homomorphic encryption and anonymity); computational geometry, graph
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the ESA industry matchmaking tool (esa-match) and its evolutions, as well as tracking and promoting its use among SMEs while contributing to further developments of the platform. facilitating communication