Master's Degree in COMSOL Multiphysics Modeling
Electromagnetism & Optics
This master’s degree program is planned to be taught over a full academic year, from early/mid-October to early/mid-June, divided into three terms.
The curriculum consists of 15 theoretical-practical courses and the Master’s Thesis. The master’s courses are taught in three terms:
The curriculum consists of 15 theoretical-practical courses and the Master’s Thesis. The master’s courses are taught in three terms:
- Basic courses, fall term: In the fall term the basic courses of the master's degree are taught, i.e., those courses related to the mathematical foundations, basic physics interfaces and the complete multiphysics modeling workflow.
- Concentration courses, winter term: The second term is devoted to the concentration courses of the master's degree, that is, those related to advanced numerical modeling of specific applications and phenomena in electromagnetism and optics.
- Advanced courses, spring term: In the third term, the advanced courses of the master's program are taught. These are dedicated to specialized tools for creating custom applications and physics interfaces, controlling COMSOL Multiphysics models using MATLAB, programming Java methods for model and application automation, and performing optimization and sensitivity analysis.
You can find more information on the content of the different courses in the list below.