1. Computation of the electromagnetic field (analytical, semi-analytical and numerical).
  2. Design and optimization of electromagnetic devices.
  3. Evaluation & Non destructive testing (E-NDT) by electromagnetic methods.
  4. Multi-scale and meshing problems.
  5. Artificial intelligence tools and inverse problems.
  6. Multi-physical problems (Electromagnetic, Thermal, Mechanical).
  7. Sensors and actuators.
  8. Modelling and characterization of materials (conductor, magnetic, composite).
  9. Various applications: biomedical, contactless battery charging, …
  10. Industrial communications.
  11. Educational communications.
  12. Students projects.