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passionate about linking atomistic processes to device performance through computer simulations? Are you fascinated by designing next-generation semiconductors with quantum-mechanical methods enhanced by AI
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transitions Information As a postdoctoral researcher, you will work in an interdisciplinary team to develop immersive co-design environments that connect citizen experience, simulation data, and fairness
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, for complex industrial systems or their high-fidelity simulations. The European project will supply concrete, real-world applications to validate and refine the general methods developed during the Postdoc
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seasonal surveys, develop hydrological models to simulate the system's hydrological and geomorphic behavior, and engage with stakeholders to identify opportunities for system improvement. Floodplain System
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and energy systems, you will combine transport simulation models (e.g., SUMO) with power grid tools (e.g., OpenDSS) to build a co-simulation environment based on real-world data. The outcomes of your
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seasonal surveys, develop hydrological models to simulate the system's hydrological and geomorphic behavior, and engage with stakeholders to identify opportunities for system improvement. Floodplain System
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V2G solutions can support sustainable urban mobility and grid flexibility. Working at the intersection of transportation and energy systems, you will combine transport simulation models (e.g., SUMO
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simulations and translating these designs into manufacturable layouts. Your work bridges circuit design, electromagnetic modeling, quasi-optical system analysis and hands-on validation. A key part of your role
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recruiting a postdoctoral researcher in AI for fluid mechanics. This postdoc is part of an NWO-funded project on accelerating computational modelling of rarefied (i.e. highly dilute gases), which brings
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. In this postdoc position, you will focus on using Extended Reality (XR) simulations to investigate how micromobility influences pedestrian well-being and behavior, with particular attention to stress