Physics

What is taught in this program

The Physics program focuses on the in-depth study of the laws of nature. Students study mechanics, electricity and magnetism, optics, thermodynamics, atomic and nuclear physics, and quantum mechanics. Mathematical analysis, differential equations and computational methods are also taught, as they are essential for solving physics problems.

Practical classes and laboratory work play an important role. Students learn to carry out experiments, analyze measurement results, write reports and process data using computer software.

What graduates can become

Graduates of this program can work in the following professions:

• physics teacher;
• research scientist or researcher;
• engineer-physicist;
• laboratory specialist;
• data analyst or software developer.

Through master's and doctoral studies, graduates can continue an academic career.

Where you can work

Graduates can teach in general secondary schools, academic lyceums, vocational colleges and higher education institutions. There are opportunities for scientific research in institutes and laboratories within the Academy of Sciences system. They can also work as engineers in energy, electronics, telecommunications, medical equipment and industrial enterprises, as well as analysts in information technology companies.

Who this program suits

This program suits applicants who are interested in natural phenomena, enjoy logical thinking and mathematics. Patience, attentiveness and the ability to work independently are important. For young people who like conducting experiments, are curious about technology, and dream of teaching or scientific work, this choice opens good opportunities.