COURSE CURRICULUM

The Physics BSc program provides students with a comprehensive foundation in both theoretical and experimental physics, preparing them to understand and explore the fundamental laws of nature. In the first year, students focus on core mathematical and physical principles, including differential and integral calculus, linear algebra, classical mechanics, thermodynamics, and optics. These courses are complemented by laboratory practicals in mechanics, thermodynamics, and optics, as well as instruction in basic computer skills for physics applications, ensuring students develop both analytical and hands-on problem-solving abilities.In the second year, the program expands into more advanced topics such as electromagnetism, condensed matter physics, atomic and quantum physics, and introduces ordinary differential equations, probability theory, and statistics. Laboratory work continues to play a central role, with practical exercises in mechanics, thermodynamics, optics, electrodynamics, and condensed matter, giving students the experience needed to conduct precise measurements, analyze data, and apply theoretical concepts to experimental situations. Students also begin exploring the fundamentals of electronics, bridging theory with practical technology applications.The third year emphasizes modern and applied areas of physics. Courses cover quantum mechanics, nuclear physics, statistical physics, fundamental interactions, and environmental sciences. Laboratory sessions deepen students’ practical understanding, including experiments in atomic and nuclear physics and statistical physics. This year also includes a significant research component through the preparation of a thesis, allowing students to plan, conduct, and present independent scientific investigations.Throughout the program, students develop strong analytical, computational, and experimental skills, as well as critical thinking and logical problem-solving capabilities. Graduates are well-equipped for careers in research, technology, engineering, and teaching, or to pursue further studies at the master’s level. The curriculum ensures that students emerge with both a deep understanding of physical principles and the practical experience needed to apply them effectively in real-world scientific and technical contexts.