Physics (by directions)

Content and Curriculum

During the academic program, master's students acquire theoretical and practical knowledge in classical mechanics, electromagnetism, thermodynamics, quantum mechanics, atomic and nuclear physics, optics, statistical physics, and modern methods of physical research. They also develop essential skills in mathematical modeling of physical processes, conducting laboratory experiments, carrying out scientific research, and analyzing experimental results.

Learning Outcomes of the Program

Upon successful completion of the program, graduates will be able to:

• carry out teaching activities in higher education, retraining and professional development institutions, as well as vocational education institutions;
• conduct research activities in research institutes and centers of the Academy of Sciences system, as well as in higher education institutions;
• perform scientific analysis of physical processes and phenomena;
• organize and conduct laboratory and experimental research;
• apply physical models in industry, energy, and technological systems;
• plan and conduct scientific research activities;
• analyze physical data and perform mathematical modeling;
• apply modern scientific equipment and technologies in practice;
• introduce innovative technologies and scientific achievements into production processes;
• develop scientific and practical recommendations based on physical research.