Computational Electrodynamics I
Nanophotonics and metamaterials
Radiofrequency systems and devices
Applied and theoretical physics
Semiconductor physics
Quantum and hybrid materials

The course focuses on Computational Electromagnetics numerical methods (volume integral equation in the coordinate and in the reciprocal space) being alternative to the Finite Element and Finite Difference methods, which are widely used in commercial software packages. The methods appear to be superior to the named ones and can provide an additional physical insight into certain classes of problems in nanophotonics. Students will be given theoretical lectures and will be offered several projects, which include both coding and analysis of physical phenomena.

Language learning
Study program:  
Additional Information
  • 70% course projects
  • 30% final exam (theoretical questions)

Course projects: student can describe a code (20%), students answered the questions on their project (30%), students prepared and made a presentation (20%)

Syllabus114.15 KB