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inventory; analysing spatial data obtained during fieldwork; creating data visualisations, predictive models and advanced data analyses based on results of analyses of different types of findings; assisting
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experimental facilities for nuclear thermal-hydraulic studies, develop and apply computational and numerical models (including CFD tools such as ANSYS Fluent, COMSOL Multiphysics), contribute to teaching
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of the University of Warsaw. Project title: Embedding methods in quantum chemistry - pushing the boundaries of modeling molecular properties of complex systems with heavy elements Project leader: Małgorzata
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. Specific Requirements experience in analysing non-flint stone artefacts, e.g. quartzite; experience in statistical analyses; experience in analysing stone artefacts from Asia; ability to create 3D models
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or equivalent Skills/Qualifications Required experience in working with mouse models and an appropriate training certificate authorizing work with laboratory animals in Poland. Experience in working with
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computational modelling of light-matter interactions within such devices. The project is based at the Faculty of Physics, University of Warsaw (Poland), and involves collaboration with partners at Brno University
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, which may lead to a breakthrough in bioimaging. Key responsibilities include: - development and optimization of experimental setups - data analysis and computational modelling - conducting experiments in
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of employment at the latest. Please check if applicable against the financing institution requirements Specific Requirements Good knowledge of physical organic chemistry and materials sciences