The bachelor’s program in «Management» offers students in-depth study of business administration, construction management, and oil and gas enterprise management. The program is aimed at developing the competencies necessary for effective organizational management across various industries. Students will master both theoretical and practical aspects of management, enabling them to successfully implement projects and make informed managerial decisions.

The development of almost any company is closely linked to the digitalization of business through various information technology solutions. As a result, one of the most critical tasks for an enterprise in a competitive market environment is the creation of a management system based on a comprehensive set of information systems and technologies.

Training in this field is conducted in such profiles as enterprise architecture, e-business, and international digital platforms.

The field of study combines theoretical knowledge with practical skills necessary for successful work in the trade sector. Students explore key aspects of management, marketing, and logistics, enabling them to effectively adapt to market changes and make informed decisions.

The field of study prepares specialists capable of analyzing and forecasting economic processes. The program covers theoretical and practical aspects of economics, finance, and management. Students study modern research methods, acquire skills in working with economic information, and develop critical thinking.

The bachelor’s program in «Management» offers students in-depth study of business administration, construction management, and oil and gas enterprise management. The program is aimed at developing the competencies necessary for effective organizational management across various industries. Students will master both theoretical and practical aspects of management, enabling them to successfully implement projects and make informed managerial decisions.

The field of study combines theoretical knowledge with practical skills necessary for successful work in the trade sector. Students explore key aspects of management, marketing, and logistics, enabling them to effectively adapt to market changes and make informed decisions.

The department provides training for a new generation of scientists and engineers who will generate innovative ideas at the intersection of molecular biology, medicine, physics and technology and engage in their practical implementation to create new technologies for the benefit of human health and the world around them. We support the development of science through education, research, development and innovation.

Qualified personnel are being trained for biotechnology companies in the fields of pharmaceuticals, food, agriculture, and industrial biotechnology, capable of organizing the technological production process, implementing and servicing all stages of the technological process in accordance with modern standards of technology and engineering. They will also conduct research activities in the areas of product development and quality control, as well as participate in the development of biotechnology projects.

Students receive a comprehensive education in the fields of physical-mechanical and mechanical-mathematical modeling of media with microstructure, as well as in oil production processes, biomechanics, and medical engineering. This education provides graduates with extensive opportunities for career advancement in various areas of science and technology.

The program is designed to prepare research physicists in theoretical and experimental physics, physics of atomic nuclei and elementary particles, high-energy physics, industrial tomography, physics of atomic interactions, and physics of nanoscale materials.

Radio-frequency engineering covers a range of fields, such as radio communication and radio control, radar, satellite terrestrial radio navigation, space communication systems, radio control, and radio monitoring. All of them play a vital role in contemporary human life, and radio-frequency engineering itself is the foundation for many widely used technologies, such as mobile communication systems, the Internet, space navigation systems (GPS, GLONASS), wireless networks (Wi-Fi and Bluetooth), radars and lidars. The program is designed to teach students radio-frequency engineering with a special focus on space and ground-based radio-frequency engineering systems. Students will in particular gain deep knowledge and skills in various aspects of radio-frequency engineering related to space and ground systems.

The program covers various aspects of telecommunications, network technologies, communication systems and their interaction with IT systems. It in particular includes constructing mobile and stationary communication networks, designing communication systems, developing software, hardware and technical means of ensuring information security and protection against unauthorized access for various telecommunication systems and networks, including local, corporate and computer networks, as well as the use of laser technologies, development and operation of fiber-optic information transmission systems.

The program provides knowledge and skills in theoretical and experimental research, mathematical and computer modeling, design of microectronic and nanoelectronic devices of various functional purposes, combining fundamental and applied knowledge of practical research methods, synthesis and application of materials, components, instruments, electronic devices, technological processes for production of state-of-the-art electronic equipment.

The educational program is designed to prepare qualified specialists capable of solving design, operational, and research tasks in the field of thermal power engineering. Graduates will be able to utilize modern automated design systems and software calculation systems, know and competently apply current regulatory and technical documentation, and work with engineering, technical, design, working, and drafting documentation.

Programs in this field include the theoretical knowledge and practical skills necessary for successful work in the energy sector. The training is aimed at preparing highly qualified personnel for work that requires professional training and knowledge in the field of electrical power engineering, including scientific research, design and engineering, manufacturing and technological, organizational and management activities, as well as for pursuing further education at the master’s level.

Educational programs in this area are practice-oriented, tailored to the tasks of modern energy machine engineering, and supported by a strong theoretical foundation. They include training in the design, manufacturing, and operation of internal combustion engines, hydraulic machines, compressor and refrigeration units for the fuel and energy complex and the oil and gas industry, turbines, and aircraft engines.

Nuclear power plants consist of a large amount of diverse equipment, which includes not only the nuclear reactor but also various heat exchange equipment. as part of their education, students study the principles and technologies related to the production and application of nuclear energy. This field encompasses the theory and practice of working with nuclear reactors, managing nuclear power plants, as well as methods for ensuring safety and environmental protection.

Develop specialists capable of designing, manufacturing, and operating various machines and mechanisms. This major includes programs such as Machines and Technologies for Metal Forming, Innovative Technologies for Electrophysical and Electrochemical Material Processing, Intelligent Tribology in Mechanical Engineering, Virtual Prototyping Technologies in Mechanical Engineering. Curriculum includes courses in advanced mathematics, physics, materials science, mechanics, electrical engineering, and computer modeling. Students actively participate in laboratory work, practical projects, and industrial internships, which helps them acquire the necessary practical skills in real conditions.

Educational program is aimed at the professional training of engineering and scientific — technical personnel for high-tech sectors of industry, which is ensured by the combination of fundamental physics and mathematics education with the practical solution of applied mechanics problems based on modern computer technologies: computer mathematics systems, finite element analysis technologies, engineering analysis software systems, and computer engineering.

The training is focused on preparing bachelors for professional activities in the most technology — intensive areas of industry, such as automotive engineering, aerospace engineering, and several other fields.

The primary objective is to prepare specialists in the field of automation of technological processes based on modern digital equipment. Students learn to solve problems related to the automation and digital transformation of technological processes in various areas of human activity, which have become increasingly relevant in recent times.

The goal of the training is to prepare professionals capable of developing and implementing effective manufacturing technologies for engineering products, participating in the modernization and automation of existing facilities, designing new productions for various purposes, and ensuring the interaction of all types of digital equipment within the technological process being used. This begins with the design of control programs for CNC equipment (robots, fixtures, machines, measurement, and transport systems).

The program is focused on training broadly qualified specialists in technosphere safety across various areas of life safety: occupational safety, emergency safety, fire safety, and industrial safety. During the training, future specialists acquire the knowledge, skills, and abilities necessary to address issues of technosphere safety at the level of enterprises, territorial-production complexes, municipalities, federal subjects of the Russian Federation, and the state as a whole.

The purpose of the course is to train professionals who have a comprehensive understanding of the main technological processes that are currently being implemented in the production of products made of powder, composite and nanostructured materials. Students gain the necessary knowledge about the properties of the initial components, how to compact and combine them in the creation of multifunctional materials. The skills of physical and mathematical modeling create the necessary basis for the purposeful design of specified structures and properties of new materials, as well as for the development of high-tech and cost-effective manufacturing processes. In the course of their studies, students study the theoretical foundations of the design and properties of composite materials, gain an understanding of mathematical models and their applications to the description of processes of deformation of compressible media, gain experience in engineering formulation of technological problems of pressure treatment of compacted materials.

Training specialists in innovation management, the process of creating competitive goods and services based on scientific and technological achievements. The main distinguishing feature of bachelor’s degree is its interdisciplinarity. The training includes fundamental and general engineering training in technical cybernetics, economics, management and special training in innovation, product and project management.

We teach students to be professionals who combine profound knowledge of mathematical disciplines and skills in developing algorithms and software. The program’s distinctive feature is in — depth mathematics with a focus on developing effective computational algorithms, studying, constructing and applying probabilistic and deterministic models and methods of mathematical modeling, as well as modern approaches to data analysis in problems of computational mathematics, mechanics and physics.

Students receive a comprehensive education in the fields of physical-mechanical and mechanical-mathematical modeling of media with microstructure, as well as in oil production processes, biomechanics, and medical engineering. This education provides graduates with extensive opportunities for career advancement in various areas of science and technology.

The purpose of the course is to effectively prepare bachelors for the development of information technologies, modern computer mathematics systems, high-tech computer technologies — artificial intelligence systems, machine learning, information system design; project management; organization of research work.

The program is aimed at helping students gain competencies and skills in developing general and special — purpose computing and information control systems and related application software. The program’s concept is built on fundamental basic learning of mathematics and science to provide comprehensive knowledge of computer technology, computer engineering and application software. The program focuses on the theory and technology of designing computer systems.

The program is aimed at helping students gain competencies and skills in developing general and special — purpose computing and information control systems and related application software. The program’s concept is built on fundamental basic learning of mathematics and science to provide comprehensive knowledge of computer technology, computer engineering and application software. The program focuses on the theory and technology of designing computer systems.

The program provides students with profound knowledge and skills that will be necessary to create and implement intelligent IT systems. The program will introduce students into concepts and methods related to big data processing, machine learning, artificial intelligence and information analysis. They will learn basics of designing and developing intelligent systems, including algorithms and models used to process and analyze data. Students will also master cutting-edge tools and technologies used in IT system development. The program’s main goal is to teach how to effectively apply intelligent IT systems to solve real-world problems in various fields, such as business, science, healthcare, etc.

Educational program is aimed at the professional training of engineering and scientific — technical personnel for high-tech sectors of industry, which is ensured by the combination of fundamental physics and mathematics education with the practical solution of applied mechanics problems based on modern computer technologies: computer mathematics systems, finite element analysis technologies, engineering analysis software systems, and computer engineering.

The training is focused on preparing bachelors for professional activities in the most technology — intensive areas of industry, such as automotive engineering, aerospace engineering, and several other fields.

Students receive a comprehensive education in the fields of physical-mechanical and mechanical-mathematical modeling of media with microstructure, as well as in oil production processes, biomechanics, and medical engineering. This education provides graduates with extensive opportunities for career advancement in various areas of science and technology.

The purpose of the course is to effectively prepare bachelors for the development of information technologies, modern computer mathematics systems, high-tech computer technologies — artificial intelligence systems, machine learning, information system design; project management; organization of research work.

The program is aimed at preparing bachelors having extensive knowledge in physics and mathematics so that they can further take a master’s degree program, and practical skills in mathematical and experimental modeling when solving problems in hydro-gas dynamics, thermal physics, mechanics of deformable solids, and related scientific or engineering fields. The program’s general concept is based on a combination of fundamental mathematics, physics and mechanics related disciplines with courses on modern computing and information technologies used to solve general scientific and applied problems of physics and continuum mechanics.

The program is designed to prepare research physicists in theoretical and experimental physics, physics of atomic nuclei and elementary particles, high-energy physics, industrial tomography, physics of atomic interactions, and physics of nanoscale materials.

Educational programs in this area are practice-oriented, tailored to the tasks of modern energy machine engineering, and supported by a strong theoretical foundation. They include training in the design, manufacturing, and operation of internal combustion engines, hydraulic machines, compressor and refrigeration units for the fuel and energy complex and the oil and gas industry, turbines, and aircraft engines.

The purpose of the course is to train professionals who have a comprehensive understanding of the main technological processes that are currently being implemented in the production of products made of powder, composite and nanostructured materials. Students gain the necessary knowledge about the properties of the initial components, how to compact and combine them in the creation of multifunctional materials. The skills of physical and mathematical modeling create the necessary basis for the purposeful design of specified structures and properties of new materials, as well as for the development of high-tech and cost-effective manufacturing processes. In the course of their studies, students study the theoretical foundations of the design and properties of composite materials, gain an understanding of mathematical models and their applications to the description of processes of deformation of compressible media, gain experience in engineering formulation of technological problems of pressure treatment of compacted materials.

The program is focused on training broadly qualified specialists in technosphere safety across various areas of life safety: occupational safety, emergency safety, fire safety, and industrial safety. During the training, future specialists acquire the knowledge, skills, and abilities necessary to address issues of technosphere safety at the level of enterprises, territorial-production complexes, municipalities, federal subjects of the Russian Federation, and the state as a whole.

The program is aimed at enabling students to seek relevant in-demand jobs in construction and housing & utilities: The program will develop professional skills needed for engineering surveying, design, construction and technical operation of urban construction and utility facilities and for comprehensive improvement of populated areas. From the beginning of the first year, students will study general disciplines and master BIM software in design and construction in parallel.