In the "Technical Physics" program, we educate individuals who will excel in both fundamental experimental research and industry collaboration, while also being capable of describing Nature through theoretical approaches. This requires a solid foundation in classical physics (provided during the first two years of study), general knowledge of quantum physics and statistical thermodynamics, as well as proficiency in programming languages, electronics, and artificial intelligence methods.
In the sixth semester, students refine their interests by gaining specialized knowledge through one of four educational tracks: "Particle Interactions and Detection," "Modern Materials and Technologies," "Computer Simulations in Physics and Engineering," and "Environmental Research and Monitoring."
The skills acquired enable graduates of the first-cycle "Technical Physics" program to continue their education, for example, in the second-cycle "Technical Physics" program, or to work in various industry sectors, including IT.
