Educational programs

6B06201 Radio engineering, electronics and telecommunications: Bachelor's degree. The program is related to the development and implementation of optimal technologies for the production of telecommunications equipment, the acquisition of skills for the installation and configuration of multi-channel telecommunications systems and technical means of radio communication systems, as well as training to operate telecommunications systems, their technical, information, mathematical and software, with the skills to develop and implement optimal technologies for the production of telecommunications equipment. Graduates receive a bachelor's degree in telecommunications and will be able to work as engineers in telecommunications networks and multi-channel telecommunications systems (including mobile communications), specialists in radio and television centers, engineers for setting up electronic equipment, research engineers in research institutes, laboratories, software engineers and computer centers.

6B07104 Instrument engineering: Bachelor's degree. The program is related to the study of measurement technology, consisting of methods and devices for measuring mechanical, electrical, magnetic, thermal, optical and other physical quantities. Graduates receive a bachelor's degree in engineering and technology can successfully work as research physicists, physics engineers, teachers of technical colleges, will be able to create and develop high-tech technologies in commercial structures, develop software for modern information systems, is engaged in the installation, maintenance and repair of devices in various fields of activity, choose and implement new methods of spectral analysis. Graduates of the program will be in demand in such industries as the military-industrial complex, information technology, mining, and optical instrumentation.

6B05305 Technical Physics: Bachelor's degree. The program includes a set of tools, methods and methods of human activity related to the research, development, creation and operation of new materials, technologies, devices and devices. Technical physics considers these laws in practical application. In turn, the patterns identified by technical physics are applied in engineering design and production. Thanks to the development of this area, modern enterprises engaged in the manufacture of technological equipment have the opportunity to improve their products and modernize technological processes. Graduates receive a bachelor's degree in engineering and technology and can hold the positions of physicist, junior researcher, circuit engineer, engineer-adjuster in production for setting up, setting up and checking devices and structures, engineer for the introduction of new technological processes in production, software engineer in computer and computer centers, engineer in production for the organization and implementation of control of products.

7M07110801 Nanotechnologies and Nanomaterials: Master's degree. A specialist in the field of nanotechnology is engaged in the development, research and application of electronic devices with element sizes from micrometer to nanometer. Examples of such systems are sensors of airbags in cars, microscopic controlled mirrors, which are used in well-known DLP projectors, including for home theaters. These are also all kinds of sensors of various physical quantities: acceleration, changes in the angle of rotation (gyroscopes), temperature, microphones. Already, many people use sensors developed by specialists in microsystem technology (MEMS devices), although most do not even know about it. In modern cell phones, MEMS gyroscopes and accelerometers are embedded, with the help of which, for example, it is possible to determine the trajectory of the owner of such a phone or, during the transportation of critical cargo, to determine whether the cargo was subjected to critical mechanical influences, where and in what place. Graduates receive the degree of "Master of Technical Sciences".

7M07109901 Electronics of communication systems and telecommunications technologies: Master's degree. The program is related to the research, creation and operation of systems, complexes and devices designed to transmit, receive and process information about physical and technical objects. Master's degree in "Electronics of Communication Systems and Telecommunications Technologies" models objects and processes in electronic and telecommunications devices in order to analyze and optimize their parameters using application software packages; develops experimental research programs; selects technical tools and processes the results. Graduates receive a Master of Engineering degree. The fields of professional activity of graduates are the fields of science and technology, including the research, development, creation and operation of new materials, technologies, devices and devices. Graduates can hold the positions of engineer, process engineer, design engineer, researcher at the enterprises of the electronic industry, defense industry, communication and telecommunications organizations, in research and production and production organizations.

7M07110001 Devices and methods of quality control and diagnostics: Master's degree.  The program is associated with the study of a set of tools for creating and using devices and systems designed to obtain information about the quality and physical properties of materials, semi-finished products and finished products, to diagnose their performance, reliability and durability. The field of professional activity of graduates is the development, creation and application of devices and systems of non-destructive testing and technical diagnostics at industrial enterprises of the mining and processing industry and energy. Development and application of methods and algorithms for processing and analyzing control results. Graduates receive a master's degree in technical sciences and will be able to engage in design, production, research and organizational and managerial activities.

7M05309002 Technical Physics: Master's degree. The program is related to the research, creation and operation of systems, complexes and devices designed to transmit, receive and process information about the environment, natural and technical objects. The Master's degree in Technical Physics has the ability to choose methods and means of solving formulated problems; models objects and processes in radio engineering devices in order to analyze and optimize their parameters using available research tools, including standard application software packages; develops experimental research programs, selects technical tools, and processes the results. Graduates receive a master's degree in natural sciences and can work in the field of science and technology, including research, development, creation and operation of new materials, technologies, devices and devices, can also hold the positions of engineer, process engineer, design engineer, researcher, in the electronic industry, industrial energy, defense industry, in communication and telecommunications organizations, research and production organizations.