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analysis of FEM structures, as well as the ability to use programming languages (e.g. Python, MATLAB) in the analysis and visualization of technical data and numerical simulation results
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of electrodynamics, plasmonics and nanophotonics – Experience in computational methods for electrodynamics for plasmonics and nanophotonics, e.g. FDTD, FEM, DDA, T-matrix, FMM, etc. – Programing experience C/C
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related field * ability to work in a team in the field of scientific research * documented scientific achievements (at least 3 publications indexed in Web of Science) * knowledge of FEM software and
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-reinforced concrete); 3) knowledge of software used in the analysis of laboratory research on building structure elements, such as GOM Correlate; 4) knowledge of issues related to FEM modelling, with