Perform research at the interface between biophysics, biomedicine, and computer science; Simulate molecular dynamics of ion channels; Predict variant-specific protein structures using AlphaFold; Co-develop machine-learning approaches to incorporate quantum effects in molecular dynamics simulation; Predict variant-specific drug candidates and validate them by simulations; Participate as a team member in discussions for validation approaches; Become an active memberwithin the Institute of Advanced Science at the University of Luxembourg in which the project is hosted
Requirements:
Master’s degree or equivalent in biophysics, physics, computer science, pharmacology, biomedicine or related fields; Demonstrated expertise in computational modelling; Experience with molecular dynamics; Interest in interdisciplinary science; Experience in working on High-Performance Computing (HPC) environment and/or in pharmacology is an advantage
Text:
PhD in molecular dynamics simulations of ion channels Perform research at the interface between biophysics, biomedicine, and computer science; Simulate molecular dynamics of ion channels; Predict variant-specific protein structures using AlphaFold; Co-develop machine-learning approaches to incorporate quantum effects in molecular dynamics simulation; Predict variant-specific drug candidates and validate them by simulations; Participate as a team member in discussions for validation approaches; Become an active memberwithin the Institute of Advanced Science at the University of Luxembourg in which the project is hosted Master’s degree or equivalent in biophysics, physics, computer science, pharmacology, biomedicine or related fields; Demonstrated expertise in computational modelling; Experience with molecular dynamics; Interest in interdisciplinary science; Experience in working on High-Performance Computing (HPC) environment and/or in pharmacology is an advantage
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