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methods in computational electromagnetism. -Development of reduced-order models for time-domain finite element approximations in electromagnetism. -Development of numerical methods for the efficient design
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Expertise in numerical methods (finite element, finite differences, finite volumes) Expertise in programming (Python, Fortran, R, Matlab) Expertise in geogrpahic infomation systems (QGIS) Expertise in LaTeX
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FieldComputer science » OtherEducation LevelBachelor Degree or equivalent Skills/Qualifications Computational Fluid Dynamics and high order methods Skills: finite elements and high order discontinuous Galerkin
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change (8 points). Proven knowledge and experience in numerical simulation in industrial processes, specifically in additive manufacturing or LAM-DED, including the use of tools such as the Finite Element