Advanced Computational Electromagnetics and Multiphysics



Module description:

see Module handbook, starting p. 475


  • deepening knowledge for science and industrial design
  • competence to analyze and to solve complex problems in science and engineering
  • deepening of presentation skills


  • deeper insight into mathematical methods, numerical methods and computational techniques for solving problems of multidisciplinary character in science and engineering
  • advanced aspects of multiscale problems
  • deeper insight in numerical methods like Finite Elements, Boundary Elements and Finite Integration Technique
  • analysis of up to date research results in Computational Electromagnetism from literature
  • solving practical multidisciplinary problems of industrial and scientific interest
  • reading of a few research journal articles or book chapters and preparation of a presentation