Basic subjects
Mathematical analysis. Analytical geometry and linear algebra Information technology Information and communication technologies and engineering graphics Optics Chemistry Electricity and magnetism Introduction to project activities
Specialized subjects
Diffraction methods for studying matter; Differential equations, probability theory and mathematical statistics, methods of mathematical physics; Quantum and optical electronics; Quantum Mechanics; Crystal chemistry and crystal physics; Materials and methods of nanotechnology; Methods of analysis and control of nanostructured materials and systems; Methods of mathematical modeling; Metrology, standardization and technical measurements; Mechanics and molecular Physics; Modeling of micro- and nanostructures; Fundamentals of crystallography and group theory; Applied tensor analysis; Design activities; Special practice. Materials Science of nanosystems; Statistical physics and thermodynamics; Physics of the atom and atomic phenomena; Physics of heteroepitaxial structures; Physics of condensed matter; Physics of semiconductors and dielectrics; Physical foundations of micro- and nanosystem engineering; Electrodynamics; Electrical engineering and electronics; Educational introductory practice; Self-organization of biological nanostructures; Topological excitations in ferroelectric nanostructures
Prospects. Career & Employment
Why is it important to pursue a higher education?