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on representation and public opinion. Read more about the position and apply here . The research project The position is part of the project “Fem-LEAD: Female Leaders and Effects from African Droughts”, led by
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develop new computational methodologies and associated software framework under the guidance of the PI and other collaborators in the project. Your strong working knowledge of numerical methods such as FEM
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of virtual models (digital twins) for studying and detecting abnormal operating conditions (predictive diagnostics of anomalous behaviors) in distribution transformers using the finite element method (FEM
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. As an essential part of the project team, you will work on: Designing and testing novel metamaterial unit cells tailored for transformer enclosures. Numerical modelling using advanced FEM/BEM
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tailored for transformer enclosures. Numerical modelling using advanced FEM/BEM techniques to evaluate vibro-acoustic performance. Experimental field/laboratory testing of large-scale prototypes in real
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to join an ambitious research project on representation and public opinion. Read more about the position and apply here . The research project The position is part of the project “Fem-LEAD: Female Leaders
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powders Skills: FEM software (Comsol Multiphysics, Abaqus), CAD software (Solidworks, AutoCAD), UNITY3D, Visual C++, LabVIEW We regret to inform that only shortlisted candidates will be notified. Hiring
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methods (FEM/FVM) and scientific computing Proficiency in Julia, C++, or Python and experience with HPC environments Interest in geophysical applications, fracture modeling, or multiphysics simulations
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Experience with either optical wave propagation simulations (e.g., Finite-Difference Time-Doman, Rigorous Coupled Wave Analysis, FEM) for metaoptics or experimental experience with metaoptics Department
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(FEM). Expertise in computational mechanics using FEM/FVM, with experience in commercial or open-source modelling of fluid-solid systems. Understanding of unconventional gas production and coal