Purpose of the educational program: Training of highly qualified, in-demand specialists in the field of physics, condensed matter physics, nanotechnology and additive technologies adapted to the conditions of a market economy, able to analyze, know and perform the entire range of production tasks through a combination of research, design, and entrepreneurial activities.

Field of professional activity: research institutes, research centers in industry, design, technological and constructive organizations, management bodies.

Object of professional activity:

1. Solids: the study of the structure, properties and behavior of materials under various conditions, the development of new materials with certain properties.
2. Semiconductors: study of electronic and optical properties of semiconductor materials, development of new semiconductor devices and devices.
3. Optics and laser technology: research of the physical principles of optical and laser systems, development of new methods and devices for optical communication, laser processing of materials and other applications.
4. Nanotechnology: the study of the properties and behavior of materials at the nanoscale, the development of new nanomaterials and nanodevices.
5. Plasma physics: investigation of the physical properties of plasma and its interaction with solids, development of new methods of plasma processing of materials.
6. Electronics: study of electronic properties of materials and devices, development of new electronic devices and systems.
7. Physics at the atomic and molecular level: the study of the structure and properties of atoms and molecules, the development of new methods of analysis and control.
8. Elementary particle physics: the study of the structure and properties of elementary particles, the development of new methods of detection and measurement.

Types of professional activity:

1. Research work in the field of solid state physics, semiconductor physics, optics, laser technology, nanotechnology, plasma physics and other related fields.
2. Development of new materials and technologies for electronics, optics, laser technology and other fields.
3. Creation and development of new devices and devices based on new materials and technologies.
4. Work as a researcher and expert in various companies and enterprises.
5. Work in government agencies and scientific institutes dealing with problems of physics and electronics.

Functions of professional activity:

1. Research function: conducting scientific research in the field of technical physics, including the development of new methods and devices, data analysis, modeling and experiments.
2. Analytical function: analysis and processing of the obtained results and data, identification of patterns and trends, evaluation of the effectiveness of the developed methods and devices.
3. Design function: development of concepts and projects of new technical systems and devices based on the obtained scientific results, creation of prototypes and models.
4. Experimental function: Conducting experiments to test hypotheses and test new methods and devices, as well as collecting data for further analysis.
5. Publication function: writing scientific articles and reports at conferences, publishing research results in scientific journals.
6. Consulting function: advising colleagues and specialists in the field of technical physics, providing expert assessments and recommendations.
7. Managerial function: participation in the organization and management of scientific projects and laboratories, coordination of the work of the team and assignment of tasks.

Currently, 7 PhD doctors of science in special disciplines of the educational program. The teaching staff, together with doctoral learners, are actively engaged in research activities. The results of scientific research of doctoral students are regularly published in publications of national and international importance. Doctoral students take an active part in scientific competitions, in National and International scientific conferences of young scientists and students. After completing and defending his doctoral dissertation, a doctoral student is awarded a PhD degree in the educational program 8D05302 – "Technical Physics".