COURSE CURRICULUM

The MSc in Physics offers a comprehensive curriculum designed to provide students with both a broad and deep understanding of modern physics and its applications. The first component of the program emphasizes general knowledge in mathematics and informatics, equipping students with the analytical and computational tools necessary for advanced study and research. Building on this foundation, the program introduces general knowledge in modern physics, covering core areas such as atomic and molecular physics, condensed matter physics, statistical physics, and nuclear and particle physics. Students also engage in advanced laboratory courses, which allow them to gain practical experience in designing, performing, and analyzing experiments according to scientific standards. Beyond these foundational courses, the program offers specialized subjects in modern physics, enabling students to focus on particular areas of interest or emerging research fields, including applications in high-technology systems, measurement, and industrial processes. Optional subjects provide flexibility for students to tailor their studies according to their individual career goals and research interests, encouraging interdisciplinary learning and the exploration of novel topics. The culmination of the program is the thesis project, in which students conduct independent research under the guidance of faculty, integrating theoretical knowledge with experimental or computational techniques. Through this combination of rigorous coursework, practical training, and research experience, graduates develop the skills necessary to analyze complex physical phenomena, apply physical principles in technological contexts, and contribute to scientific and industrial innovation. The MSc program also prepares students for lifelong learning and advanced research, equipping them with the aptitude for doctoral studies and international scientific collaboration. Upon completion, graduates are ready to work in academia, research institutions, high-technology industries, or other fields that demand advanced expertise in modern physics, experimental methods, and scientific problem-solving.