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) transport; • Are familiar with chemical simulation techniques, including but not limited to density functional theory, molecular dynamics, (kinetic) Monte Carlo modeling, finite-element modeling, and multi
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molecular dynamics; • Have skills in (scientific) written and oral communication and want to apply these skills to share research findings in scientific meetings/conferences and journals; and • (Preferably
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teaching and research that address the global challenges of sustainability, health, and digital transformation. It offers a dynamic portfolio of undergraduate, postgraduate, and doctoral programmes tailored
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teaching and research that address the global challenges of sustainability, health, and digital transformation. It offers a dynamic portfolio of undergraduate, postgraduate, and doctoral programmes tailored
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teaching and research that address the global challenges of sustainability, health, and digital transformation. It offers a dynamic portfolio of undergraduate, postgraduate, and doctoral programmes tailored
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on understanding and improving the cell systems used to create these therapies with a particular emphasis on the cellular molecular mechanisms involved. We apply advanced omics technologies to identify the genes and
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response under representative loading conditions, while simulations will provide a framework for predicting long-term performance. By integrating experimental and numerical approaches, the research will