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fundamental physical model to understand the process of fire spread for wildfires, as part of the European Research Council grant FIREMOD: (https://cordis.europa.eu/project/id/101161183 ). This is a full-time
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, with a view to developing and carrying out the above-mentioned project and related scientific activities, with a particular focus on the development of analytical models (data science – machine learning
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, modelling and simulation in CFD/FEA. Experience with scientific programming (at least Python and C++). Excellent written and spoken English. Very strong team working skills in international, interdisciplinary
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. • Collaborate with staff, IT, and simulation teams to optimize learning resources and technology integration. • Serve as a liaison to the MU SOM Curriculum Committee and its subcommittees, ensuring Springfield
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. 10 PhD vacancies are available in six universities. For more information, regularly check the individual vacancy pages of the universities listed on the project website [https://heritour.eu/ ]. About
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. This is not a traditional outpatient role focused on volume. The IOC operates within a capitated Medicaid model in partnership with University of Utah Health Plans. Our interdisciplinary team brings
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. This is not a traditional outpatient role focused on volume. The IOC operates within a capitated Medicaid model in partnership with University of Utah Health Plans. Our interdisciplinary team brings
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. This is not a traditional outpatient role focused on volume. The IOC operates within a capitated Medicaid model in partnership with University of Utah Health Plans. Our interdisciplinary team brings
-
. This is not a traditional outpatient role focused on volume. The IOC operates within a capitated Medicaid model in partnership with University of Utah Health Plans. Our interdisciplinary team brings
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digital simulator from RTDS Technologies for generation and transmission systems modeling. A comprehensive set of SEL equipment for distribution system testing, including SEL-3555 RTAC, SEL-451, SEL-351