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Are you an innovative researcher with a strong background in CFD, scientific machine learning (ML), wind energy, and advanced optimization? Join our team to develop cutting-edge solutions
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sequestration and greenhouse gas emissions in agricultural grasslands? Do you want to model the interactions between roots, microbes, and minerals that govern these processes? We are looking for a postdoc within
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joint. We will validate this model by evaluating both established anti-inflammatory drugs and novel disease-modifying agents currently under development. Additionally, chiron will initiate essential steps
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Integrated photonics is maturing and integration density increases. This means the design methods and testing strategies need to keep up. Are you interested in exploring compact models and novel
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-structure interaction of the Maeslant Barrier, combining field modal testing, numerical modelling, and signal processing to capture and interpret its dynamic response under current and future hydraulic and
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processes. Mechanistic modelling will focus on interactions between root systems, soil properties, and soil microbes, quantifying carbon flow through different pools. Projections will use field data as
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. This project aims to develop and optimise measures that maximise interseasonal water retention during droughts while allowing for flood risk mitigation during high-flow periods (e.g. hierarchical networks
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methods, based on diffusion models and flow matching, that can function as data-efficient surrogate models for rarefied gas dynamics, with applications as diverse as photolithography (ASML) and carbon
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, Sentinel-5) and to the modelling community. You will work under supervision of Dr. Folkert Boersma. This position allows you to directly shape the interpretation of current and future satellite missions, and
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Join Maastricht University’s cutting-edge Fitness Improving Technology (FIT) project and build innovative 3D muscle models to pave the way for personalized therapies in rare and common muscle