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-doctoral candidate with experience in numerical modelling, preparation and experimental characterization of nanostructured materials to join our SNSF project “Coupled oscillations in plasmonic crystals”. In
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Candidates should demonstrate experience and/or knowledge in one or more of the following areas: Numerical modelling of materials and structures using the Finite Element Method (FEM). Simulation of damage and
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methods will be presented, interrogated, and discussed in class in a seminar format. Students will be encouraged to apply the ideas and techniques through various in-class activities and assignments
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conduct research on numerical methods for partial differential equations, with a particular focus on applications in engineering, physics, life sciences, and earth sciences. The research will focus
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developing profile and an understanding of relevant methods and techniques. Strong numerical and computational skills, plus proficiency in at least one of: Python, MATLAB, or C++, particularly for data
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well identified at national and international level, with numerous connections in the field of research, which could lead to collaborations during the thesis. The CNRS Cronenbourg Campus is situated in a
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well identified at national and international level, with numerous connections in the field of research, which could lead to collaborations during the thesis. The CNRS Cronenbourg Campus is situated in a
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/optoelectronic devices. Experience in experimental work and in analysing the results of optical, electro-optical, electrical, spectral or thermal measurements. Practical knowledge of numerical modelling methods
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modeling with an understanding of numerical methods and physical processes relevant to ocean circulation and dynamics. Experience with high-performance computing, parallel numerical models, large scientific
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in materials theory. The Division of materials theory offers world-class research in solid-state theory, using both numerical and analytical methods. The research is focused on magnetism, electronic