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greater resilience than others. Building on this ongoing work, the PhD candidate will examine whether attachment-related processes can serve as protective factors that buffer the detrimental effects
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on the nuclear engineering aspects of flexible reactor operation. The work combines reactor physics, thermal-hydraulics, model reduction, and control design. The main research objectives are: Development of a high
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Engineering » Electronic engineering Engineering » Materials engineering Engineering » Mechanical engineering Engineering » Process engineering Engineering » Control engineering Physics » Biophysics Physics
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microscope construction is required. An interest in pursuing the biological applications of this project is required. Selection process For more information please contact Prof. dr. Wim Vandenberg, mail
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contexts, where decisions are made about access to opportunities. Job interviews are a prototypical example of this. In addition, this project also examines onboarding processes, in which new employees
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research proficiency in English, both spoken and written Selection process For more information please contact Prof. dr. Siegfried Nijssen, mail: [email protected] . Website for additional job
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/phd ). Selection process For more information please contact Prof. dr. Sarah Vansteenkiste and Prof. Dr. Kristof De Witte, Professors at KU Leuven. All applications have to go via the official KU Leuven
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cutting-edge computer vision, wearable sensors, and citizen science, RUN2GETHER will capture large-scale, real-world data during running events and group runs. These data will advance our understanding
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these hypotheses through an interdisciplinary study of meat consumption in Greco-Roman Egypt, with particular attention to the origin and processing of meat, as well as its broader institutional, socio-economic, and
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demands of real-time, edge-based processing. We are looking for a highly motivated PhD researcher with an interest in optimizing AI models on resource-constrained embedded hardware. Requirements include