Degrees;Degrees. Competencies / areas of nuclear technologies in which graduates can work;Practical training in academic hours/ / the procedure practical training is organized, nuclear industry facilities where students have practical training
;Programs in Physics;
03.03.02 Physics (Bachelor's degree);Key competencies: use of modern methods of processing, analyzing and synthesizing physical information / ability to conduct scientific research using modern instrumentation (including complicated physical equipment) and information technologies, taking into account domestic and foreign experience;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at scientific and academic institutes, laboratories of foreign universities, industrial enterprises and research organizations.
03.04.02 Physics (Master's degree);Key competencies: research and development of modern hydrogen storage and transportation systems / research of defects in solids, radiation effects in condensed matter / application of methods of nuclear analysis of solids, isotopic, chemical and structural analysis by methods of atomic physics / creation of mathematical and computer models of the studied physical phenomena /identification, systematization and obtaining of necessary data in the field of professional activity with the use of modern information means and research methods in the field of condensed matter physics / application and development of new methods for experimental studies of the structure and properties of condensed matter. Masters work at enterprises producing high-tech products that require the use of plasma and radiation technologies, are engaged in science in areas of physics related to the effects of plasma and beams of charged particles on matter, diagnose, operate and repair equipment for natural gas liquefaction plants, and so on.;Practice-oriented training. In the course of training, students can participate in scientific and project activities.Students do internships at scientific and academic institutes, laboratories of foreign universities, industrial enterprises and research organizations, etc.
;Programs on Electric and Heat power engineering;
13.03.01 Heat and Power Engineering and Heat Engineering (Bachelor's degree);Key competencies: development of resource-efficient solutions technologies of generation, transportation, distribution and consumption of electric and Heat energy / optimization of processes and solving technical and economic problems using information systems / use of automation tools / use of knowledge in the field of environmental technologies at heat power facilities.Heat power specialists are needed at Heat and nuclear power plants, industrial, energy and engineering companies, research and design institutes, and heat supply organizations. Depending on the chosen direction, they may specialize in the following areas: Automation of technological processes and production facilities in heat and power engineering. / Gas pumping station units. / Industrial heat power engineering. / Heat power plants. / Heat and nuclear power generating installations;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at enterprises of the energy sector, Rosatom (mainly NPPs), industrial, machine-building, space, oil and gas, metallurgical, transport, design and scientific organizations, etc.
13.04.01 Heat and Power Engineering and Heat Engineering (Master's degree);Depending on the training specialization, graduates may have competencies and work in the following areas: Operation and engineering of nuclear power plants (the program is aimed at training highly qualified personnel for the nuclear power industry in production, technology, research and design activities) / Automation of heat and power processes (graduates can perform a full range of work on the design, installation and operation of all levels of automated process control systems in all industries (energy, oil and gas industry, metallurgy, etc.). / Heat and nuclear power plants (masters study technological processes and systems in heat and power engineering, software and hardware information design and display tools). / Natural gas liquefaction technologies and industrial heat engineering (training of engineers and researchers in the field of industrial heat engineering for the oil and gas complex, energy, chemistry, construction and housing and communal services). / Environmentally friendly energy conversion technologies (training program in advanced solid fuel conversion technologies). / Heat power specialists are needed at Heat and nuclear power plants, industrial, energy and engineering companies, research and design institutes, and heat supply organizations.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at enterprises of the energy sector, Rosatom (mainly NPPs), industrial, machine-building, space, oil and gas, metallurgical, transport, design and scientific organizations, etc.
13.03.02 Electric Power Engineering and Electrical Engineering (Bachelor's degree);Key competencies of graduates: formulation of tasks in the field of electric power and electrical engineering, their analysis and solution using all required and available resources / design of electric power and electrical systems and their components / planning and conducting experimental studies related to the determination of parameters, characteristics and condition of electrical equipment, objects and systems of electric power and electrical engineering / management of complex engineering activities in the field of electric power and electrical engineering / preparation of reports and exchange of technical information in the fields of electric power and electrical engineering / working individually and as a member or a leader of a team, including an interdisciplinary one / implementation of complex engineering activities in the field of electric power and electrical engineering, taking into account legal and cultural aspects, health and safety issues. Depending on the chosen direction, students can specialize in the following areas: High-voltage electric power and electrical engineering, / Relay protection and automation of electric power systems, / Power plants, / Electromechanical energy converters of industrial installations and vehicles, / Electrical equipment of aircrafts, / Electric drive and automation, / Power supply, /Electric power systems and electrical grids. Graduates work as engineers, designers, researchers and managers at electric power and electrical engineering enterprises, monitor the production, transmission, distribution, conversion and use of electric energy, and participate in the development of systems and devices that implement these processes.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at enterprises of the energy sector, Rosatom (mainly NPPs), industrial, machine-building, space, oil and gas, metallurgical, transport, design and scientific organizations, etc.
13.04.02 Power Engineering and Electrical Engineering (Master's degree);Depending on the training specialization, graduates may have competencies and work in the following areas: Production and transportation of electric energy (graduates are well versed in statistical methods in economics, operational dispatch management in energy systems, energy conservation and energy audit of enterprises, emergency management in power systems, can use specialized software complexes for the operation of power systems, conduct research work). / Aerospace electric power engineering (The program trains specialists in aircraft electro-mechanics and electrical equipment for enterprises of the aerospace industry). / Automation of electric power stations and electric power systems (professional activity of graduates is related to the development and operation of automatic control and relay protection devices for electric power systems based on microprocessor technology). / Autonomous power supply systems and renewable energy (the program trains specialists to work on electric power and technological installations of autonomous power supply systems, including those based on nonconventional and renewable energy sources. Graduates are familiar with the technology of building autonomous power supply systems, the operation of wind turbines and solar power plants, possess the methods of computer modeling and designing systems for generating, converting and storing energy. They can operate power plants and substations, install and adjust electrical equipment, design, conduct scientific research, and teach). / High-voltage electrical engineering and technologies (training of specialists capable of collective work in the implementation of interdisciplinary projects related to the use of plasma-beam and electric discharge technologies. Currently, the program is aimed at training specialists who can participate in the development of pulsed electronic accelerators for medical applications). / High-voltage power engineering, electrical insulation and cable technology (Graduates have fundamental knowledge of the basics of electrical insulation, high-voltage and cable technology, as well as devices, operating principles and diagnostic methods for high-voltage power equipment of all voltage classes). / Mechatronic energy converters (the ability to solve “propulsion” tasks for a wide range of tasks: from electric cars and electric scooters to robotic production complexes, from medical instruments to exoskeletons and engine control systems for quadcopters). / Operational-dispatching management in power systems (Graduates ensure economically efficient operation of electrical equipment, prevent and eliminate accidents and failures in the production, conversion, transmission, distribution and consumption of electrical energy). / Optimization of developing power supply systems (The program was opened in 2019 and prepares masters for research activities on improving power supply systems, design and development of these systems and their operation). / Production and transportation of electric energy (Graduates are well versed in statistical methods in economics, operational-dispatching management in energy systems, energy conservation and energy audit of enterprises, emergency management in power systems, can use specialized software complexes for the operation of power systems, conduct research work). / Management of electric power systems modes (graduates receive competencies relevant to all segments of the electric power industry: operational-dispatching management, generation, transmission, distribution, sales, electricity consumption). / Digital energy in the oil and gas industry (improving the efficiency of existing energy hubs and enterprises in the oil and gas industry). / Electric drive and automation of technological complexes (Graduates of the program are specialists in the development, creation and research of automated electric drive systems for industrial installations and technological complexes).;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at enterprises of the energy sector, Rosatom (mainly NPPs), industrial, machine-building, space, oil and gas, metallurgical, transport, design and scientific organizations, etc.
13.04.03 Power Engineering (Master's degree);Graduates of the program are able to solve interdisciplinary tasks in the fields of energy and gas transport. Special attention is paid to the design and production and technological development of units and systems of gas compressor stations, Heat power plants and nuclear power plants. The competencies of organizational and managerial activities are also mastered.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at companies in the engineering, energy industries, including nuclear power plants, the oil and gas industry, etc.
;Programs in Nuclear power engineering and technology;
14.03.02 Nuclear Physics and Technology (Bachelor's degree);Depending on the chosen specialization, graduates gain practical skills in the maintenance of nuclear power installations, their design, dosimetry, nuclear materials safe handling, and gain experience in applying the achievements of nuclear and atomic physics in production and research. / Nuclear reactors and power installations (competence in the field of management of nuclear reactors and power installations, as well as teaching activities, in the field of scientific research in nuclear physics and technology. TPU also trains English-speaking specialists in the management of nuclear reactors and power installations). / Safety and non-proliferation of nuclear materials (competence in accounting, control and physical protection of nuclear materials). / Beam and plasma technologies (competencies in the field of applied physics related to the creation of ion beam and plasma technologies, modification of materials using gas-discharge low-temperature plasma, research of structural and functional properties of solids, as well as the development of low-temperature plasma, research of structural and functional properties of solids, as well as the development of vacuum ion-plasma installations). / Human and environmental radiation safety (graduates of the program are specialists in the field of nuclear and radiation safety in the atomic industry. They work at enterprises and facilities that use nuclear installations, natural and man-made sources of ionizing radiation, accelerator equipment, and at state organizations that carry out radiation control). / Physics of kinetic phenomena (graduates gain practical skills in maintaining equipment for the production of isotope separation, fine purification, and processing of substances, and gain experience in applying achievements in the field of kinetic phenomena physics, dosimetry, nuclear materials safe handling, and nuclear and atomic physics in production and research);Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships mainly at Rosatom enterprises in various fields (manufacturing enterprises, NPPs, design and research organizations, engineering companies), as well as high-tech enterprises in other areas, medical and scientific organizations, etc.
14.04.02 Nuclear Physics and Technology (Master's degree);Masters’ field of professional activity includes research, development and technologies aimed at recording and processing information, developing theory, creating and applying installations and systems in the field of physics of nuclei, particle physics, plasma physics, condensed matter physics, separation of isotopic and molecular mixtures, physics of fast-flowing processes, radiation medical physics, radiation materials science, research of non-equilibrium physical processes, propagation and interaction of radiation with living and non-living objects, nuclear and physical installations, ensuring nuclear and radiation safety, nuclear materials safety and physical protection of nuclear facilities, control systems and automated control of nuclear and physical installations. Depending on the chosen specialization, students master competencies in the following areas: Nuclear medicine (Medical physics) (competencies in the field of research, design, organizational and managerial activities in the field of radiation oncology, as well as pedagogical activities in the field of scientific research in nuclear physics and technology. TPU, together with the Siberian State Medical University (Tomsk), has been training specialists in the field of medical physics since 2016. Classes are held in English in multinational student groups. Masters receive systematized theoretical knowledge, professional skills and abilities for independent work as a medical physicist: radiobiological foundations and radiation therapy planning, clinical application of radioisotope and X-ray diagnostics methods, the use of radionuclides and radiopharmaceuticals in diagnostics and therapy, etc.). / Nuclear power engineering (graduates are able to develop and operate safe and efficient nuclear reactors for various purposes. The field of professional interests includes modern nuclear installations for power and scientific purposes, their applications and operation features. The master is prepared for solving the problems of managing a nuclear steam generating plant, closed nuclear fuel cycles, including optimization of fuel loading and movement schemes in nuclear power reactors, spent nuclear fuel storage schemes, radiation defect formation in reactor materials, and extending the life of nuclear reactors. Since 2015, TPU has been training English-speaking specialists in this field. Students are taught in English in multinational student groups). / Safety and non-proliferation of nuclear materials (skills in performing research, design, organizational and managerial activities in the field of accounting, control and physical protection of nuclear materials and radioactive substances during storage, use and transportation at nuclear power facilities, as well as teaching activities in the field of scientific research in nuclear physics and technologies. Since 2020, TPU has been training English-speaking specialists for research, design, organizational, managerial and pedagogical activities in the field of peaceful atomic energy. Students are taught in English in multinational student groups. Students study international and national fundamentals of nuclear safety regulation, nuclear technology nonproliferation guarantees, methods and procedures for accounting and control of nuclear materials, technologies and elements of security systems, methods and devices for measuring nuclear materials, and physical protection of nuclear power facilities. / Isotope technologies and materials (The program is aimed at preparing specialists in the field of isotope separation and production of modern isotope-modified materials. In the course of their studies, masters participate in grant-supported research projects aimed at improving and creating technologies in the nuclear fuel cycle. / Nuclear and radiation safety (The program is aimed at training specialists in the field of nuclear and radiation safety at enterprises and facilities using nuclear installations, natural and man-made sources of ionizing radiation, accelerator equipment, as well as for state organizations that carry out radiation control. Objects of professional activity of the master's student: methods and programs for calculating nuclear reactors, skills in developing scenarios of radiation accidents and incidents, methods for their detection and prevention, radiation risk management, management, structuring and optimization of radiation control services of nuclear industry enterprises).;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships mainly at Rosatom enterprises in various fields (manufacturing enterprises, NPPs, design and research organizations, engineering companies), as well as high-tech enterprises in other areas, medical and scientific organizations, etc.
14.05.02 Nuclear Power Plants: Design, Operation and Engineering (Specialist-degree);The program prepares graduates in “design and operation of nuclear power plants” profile. Graduates can work at nuclear power plants, design and research institutes, engineering companies of the nuclear industry, as well as in Heat power and any enterprise of Heat and electrical energy. Key competencies: modeling of energy conversion processes at nuclear power plants, use of automatic design systems for creating nuclear power and Heat mechanical systems and equipment / ensuring safe operation of nuclear power plants / use of environmental protection technologies.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships mainly at nuclear power plants, design and research institutes, engineering companies of the nuclear industry, as well as at Heat and electrical energy enterprises.
14.05.04 Electronics and Automation of Physical Equipment (Specialist-degree);Graduates work in the field of research, design, creation and operation of information and measurement systems, automated process control systems, automated research systems, computer-aided design systems and industrial control systems (ICS). They design both systems as a whole and their components. Key competencies: study of processes in physical installations, including nuclear power plants, to understand the goals and objectives of ICS / knowledge of safety techniques in the nuclear and energy industries / design of technical means for industrial control systems and robotics / study of technological processes and apparatuses of chemical industry, nuclear fuel cycle and energy industries for understanding the goals and objectives of ICS / application of knowledge, theory and practice of ICS, including mathematical, informational, algorithmic and technical support, for the maintenance of these systems.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. During the training students participate in the creation of real projects on the ICS development and implementation with enterprises and scientific organizations, such as Rosatom, Roscosmos, Gazprom, as well as foreign partners. Students do internships mainly at Rosatom enterprises in various fields (manufacturing enterprises, NPPs, design and research organizations, engineering companies), as well as high-tech enterprises in other areas, medical and scientific organizations, etc.
;Programs in Chemical Technology;
18.03.01 Chemical Engineering (Bachelor's degree);The training program is aimed at training in the field of creating new substances and materials, processing raw materials. There are two directions in the program. The first one is related to the development of new materials for microelectronics, oil and gas production, metallurgy, construction, and medicine. The second one is related to the development and operation of equipment for chemical, petrochemical and other industries. Depending on the chosen specialization, bachelors master competencies about one of the following areas: Analytical control in the chemical industry / Machines and apparatuses of chemical production / Processes and apparatuses of chemical technologies / Technology of oil and gas chemistry and polymer materials - Technology of oil and gas preparation and processing / Chemical technology of ceramic and composite materials.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships mainly at chemical, chemical-pharmaceutical and petrochemical enterprises, the oil and gas industry, etc.
18.04.01 Chemical Technology (Master's degree);Training of specialists with competencies in the creation, research and technological support of the ceramic and composite materials production, with knowledge of the scientific foundations of the technology of materials from traditional and new types of raw materials. Graduates have the opportunity to work in enterprises of various industries from refractory production to the oil industry. Depending on the chosen specialization, students master competencies about one of the following areas: Processes and apparatuses for processing mineral and man-made raw materials (competence in the field of production and development of technologies and apparatuses for processing mineral and man-made raw materials) / Chemical Engineering, Chemical technology of ceramics and composite materials (competencies in the development, research and production of ceramic and composite materials) / Chemistry and technology of biologically active substances (competence in the development of biological active substances used as medicines).;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships mainly at chemical and petrochemical enterprises, etc.
18.05.02 Chemical Technology of Materials in Modern Power Engineering (Specialist degree);TPU is the only university in the Asian part of Russia that trains engineers with competencies in the field of chemical technology of rare, trace, radioactive and precious elements. Key competencies: technological: ability to develop and improve technological schemes and technical processes, perform calculations of technological parameters and equipment of production facilities in the rare metal and gold processing industries, including digital technologies implementation / research: ability to develop plans, programs, and methods for experimental research of rare, trace, and radioactive elements and related technological processes, create theoretical models for predicting the properties of materials in modern power engineering / project-based: ability to perform an engineering project that meets the requirements of technical documentation, develop and execute design documentation / organizational and managerial: ability to manage technical administration in accordance with regulatory documents (safety, product quality control, etc.), using knowledge in the field of project management.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships at industrial enterprises, mainly in Rosatom, Kazatomprom, at facilities for mining and processing of rare, non-ferrous and noble metals, as well as participate in research and development work, the results of which are in demand and used at the enterprises of the real economy sector, etc.
;Programs in Material Science;
22.03.02 Metallurgy (Bachelor's degree);The training program is aimed at training highly qualified personnel in the field of steel electrometallurgy and ferroalloy production for modern high-tech enterprises engaged in the development and implementation of new metallurgical technologies.The training program includes the universality of a complex of knowledge in the field of metallurgy and materials science, computer modeling and automation of metallurgical processes.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students do internships mainly at mechanical engineering enterprises and metallurgical plants.
22.03.01 Materials Science and Technology (Bachelor's degree);The program is aimed at developing competencies in the field of software engineering (creating new and improving existing materials, participating in research, testing and development of technologies for the production of new materials, coating processing and process control systems). Materials scientists are in demand in a wide variety of fields: construction, energy, mechanical engineering, space, and defense industries.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students practice mainly at industrial enterprises, scientific and design institutes.
22.04.01 Materials Science and Materials Technology (Master's degree);In accordance with the chosen specialization, students master competencies that allow them to carry out professional activities in one of the following areas: Materials science and development of new materials (in the field of materials science, aimed at the development, research and production of materials and products based on metal, ceramic and polymer bases for the needs of high-tech industries) / Manufacturing of nanostructured products made of materials and additive technologies (the ability to develop and implement technologies for the manufacture of ceramic and composite products made of nano- and microdispersed powders) / Technology design (mastering and developing new production technologies at enterprises of the machine-building and energy complexes, knowledge of the scientific fundamentals of materials and technological processes for the manufacturing of products made of new materials). Materials scientists are in demand in a wide variety of fields: construction, energy, mechanical engineering, space, and defense industries.;Practice-oriented training. In the course of training, students can participate in scientific and project activities. Students practice mainly at industrial enterprises, scientific and design institutes.