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and Security Act a copy of our crime statistics can be viewed here . Visit our WHY WORK HERE page to learn about the total rewards we offer. SUNY Research Foundation: A Great Place to Work
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behavior in simulation. The work is part of a project comprising experts from LIST and Goodyear with external experts from leading universities. The research team spams Luxembourg, Europe and the USA and
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publications (describe also your contributions for each paper with no more than four sentences). A copy of the PhD certificate and other relevant degree certificates. Names and contact details with e-mail
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. · Implement a Python-based workflows for automated execution of numerical simulations for parametric studies and design optimization. · Supervision of the development and manufacturing of physical
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Simulators , and our Facilities . For further information, you may refer to https://www.uni.lu/snt-en/research-groups/sigcom/ . You will be required to perform the following tasks: Carrying out research in
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APPLICATION CLOSING DATE: April 13th, 2025 The integration of Artificial Intelligence, mathematical modelling, and advanced computational simulations of biological systems is transforming biomedical
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stability of iron phases under simulated subsurface conditions in the presence and absence of REE and organics Determine the kinetics and mechanisms of these reactions Quantify the changes in structure
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Postdoc in atmospheric chemistry on investigating the phase behavior of secondary organic aerosol...
atmospheric simulation chamber (AURA ), where advanced instrumentation is available, from oxidation of different precursor gases. Expected responsibilities & duties Build and develop methodologies for measuring
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Postdoc position (f_m_x) ,,Combining Physics-Based Machine Learning and Global Sensitivity Analys...
order reduction approaches using machine learning models for the simulation of thermo-hydro-mechanical (THM) processes Generation of predictive maps to evaluate the potential of induced seismicity Further
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between these processes. The goal is to build a powerful, cross-scale framework for simulating and analyzing solid Earth complexity in order to advance process understanding of plate boundary dynamics