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Field
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conversion 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
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following areas related to the position: AOCS subsystem architecture, design, testing and verification (incl. control algorithms design & tuning, analysis and simulation) AOCS modelling, AOCS software
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simulation Proven experience with the use of MATLAB, LABVIEW and scripting in Python or native language for SpatialAnalyzer is also required. Previous experience of cooperating with academic institutions and
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–water coupling. What you’ll do – Modeling Simulations You will design and run high resolution simulations that bring the lake to life in the model world. Starting with large eddy simulation hindcasts
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needs and requirements will be translated into the final research activity, which will comprise the development of simulation and job redesign interventions. You will work independently on your research
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communication systems for EO missions Experience in analysis and simulation of complex systems Experience in implementing and driving R&D and/or industrial activities for frequency management Experience in
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initiatives to define, procure and manage implementation activities aimed at optimising the handling of EO data in cloud-based and HPC environments and, in particular, their usage for simulation, modelling and
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to the recruitment date (01.07.2026). How to Apply: Please send the following documents as a single PDF file to t.a.schlatholter@rug.nl before 15 April 2026: (i) your full CV (ii) a copy of the most
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microdroplets, microfluidic channels and real porous building materials (limestone and sandstone) under controlled environmental cycling that simulates realistic heritage environments. Using advanced imaging and
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, support decision-makers, and advance debris-flow modelling for future research. In this PhD, you will carry out field measurements and run numerical simulations to better understand and predict debris-flow