
№ |
Program |
Program,pdf |
Program curator |
Language |
Semester tuition fee, rub. |
|
Nuclear Power Engineering and Thermophysics (14.04.01) |
159 300 |
|||||
1 |
Promising Nuclear Reactors and Power Facilities Program objective to train specialists for design, construction and operation of nuclear power plants and other nuclear facilities that generate, convert and use thermal and nuclear energy. Curriculum features
|
Vladimir Kharitonov |
Russian |
|||
2 |
Modern Technology of Light Water Nuclear Reactors Program objective To train specialists in the field of physics and thermophysics, nuclear and radiation safety, and control systems for nuclear facilities. The program provides training for the following specializations:
Areas of professional activity:
|
Vladimir Kharitonov |
Russian |
|||
3 |
Program objective to train specialists in physics and thermophysics for design, production, technological, research and management activities in promising nuclear power plants development and operation. Curriculum features
Future employment Companies of high-tech industries – implementation of improved processes and elaboration of innovative solutions. |
Kirill Kutsenko |
English |
|||
3 |
Program objective To train specialists who can puzzle put in analysis, safety assessment and economic feasibility of projects for modern nuclear power plants construction. The curriculum covers the following subjects:
Curriculum competitive advantage integration of the fundamental technical education with practical training modules. MEPhI academia and scientists involve students in up-to-date research activities in Obninsk-based research institutions to advance and master the knowledge and skills. Future employment The balanced curriculum and high standard of teaching enable the program alumni to hold positions in the main NPP subdivisions and at nuclear research centers. |
Sergey Leskin |
English |
141 415 |
||
Nuclear Physics and Engineering (14.04.02) |
159 300 |
|||||
1 |
State Regulation of Nuclear Safety and Security Program objective training highly qualified specialists for providing and regulation nuclear safety and security of nuclear facilities whose specialized knowledge and practical skills allow to ensure and develop legal framework of national and international nuclear industry. Program’s competitive advantage
|
Georgy Tikhomirov |
Russian |
|||
2 |
Experimental Nuclear Physics, Cosmophysics and Physics of Fundamental Interactions Program objective To train specialists capable of research and innovation elaboration forof academic institutions and leading research centers that specialize in nuclear, particle physics and cosmophysics. Research areas:
Key competences of program alumni
Future employment opportunities
|
Oleg Bulekov |
Russian |
|||
3 |
Experimental Methods of Nuclear and Particle Physics Program objective to train specialists for research and experiments in particle physics and physics of atomic nuclei, neutrino physics, astrophysics, cosmic ray physics, a nuclear matter of extremely high densities, and spin physics. Program’s competitive advantages
|
Petr Naumov |
Russian |
|||
4 |
Nuclear Physics and Astrophysics Program objective to train students to conduct contemporary research on solar-terrestrial physics and dynamical heliosphere processes in near-Earth space. Curriculum features combination of academic studies and real-life research of solar-terrestrial physics, Solar physics and astrophysics, incl. experimental data processing and analysis. Practical training allow to improve the ability to select the necessary research methods, harness skills in experimental physics research and analyze data obtained with the use of modern computer technologies. Moreover, students become to apply research results for development and elaboration of new engineering and technological methods. Future professional activities
|
Anatoliy Petrukhin |
Russian |
|||
5 |
Particle Physics and Cosmology Program objectives
Two training directions:
Future professional opportunities
|
Mikhail Skorokhvatov |
Russian |
|||
6 |
Nuclear Power Technologies of New Generation Program objective To train specialists who will be able to develop new solutions for the nuclear power industry. Curriculum subject areas
Graduates will be able to develop a new technological platform for nuclear energy, ensure the transition to a fundamentally new level of nuclear safety, and tackle global challenges associated with increasing the efficiency of natural uranium and spent nuclear fuel use. |
Alexey Lavrukhin |
Russian |
|||
7 |
Engineering Computer Modeling in the Nuclear Industry Program objective to train specialists to perform design support for power equipment of nuclear facilities for structural integrity and reliability. Areas of professional activity
|
Alexey Soldatov |
Russian |
|||
8 |
Physics of Extreme States of Matter Program objective training students for problem solution in particle beam physics and radiation physics and chemistry. Research areas of the program
Curriculum peculiarity a set of interrelated courses in charged particle beams and physics of the interaction of particles with matter, computer simulations and modelling, analytical methods of beam monitoring, physics of the interaction of the charged particles with matter, and in accelerators. |
Boris Sharkov |
Russian |
|||
9 |
Decommissioning of Nuclear Facilities Program objective to train specialists for development of projects and technological solutions in the field of decommissioning of nuclear facilities Curriculum features
|
Anastasiia Maksimushkina |
Russian |
|||
10 |
Materials for Nuclear Application Program objective To develop in-depth understanding of the interrelationship between physical and chemical properties, structures and processes for further invention of new materials using contemporary research methods and systems. Curriculum features
The program will make it possible to obtain knowledge of the processes occurring in solids under external factors, including the influence of various types of radiation; the development of radiation-resistant materials used in nuclear power plants and fusion reactors. Future professional opportunities
|
Boris Kalin |
English |
|||
11 |
Program objective to train highly qualified professionals who could be capable of designing and providing efficiency, safety evaluation and analysis of modern and promising nuclear facilities. Program’s competitive advantages:
|
Georgy Tikhomirov |
English |
|||
12 |
Anatoliy Petrukhin |
English |
||||
13 |
Radioecology and Radiation Protection Program objective training professionals for such research areas as radiation ecology, nuclear engineering and non-power applications of nuclear and radiation technologies. Competitive advantage combination of academic and practical training that develop skills and expertise in nuclear engineering with an emphasis on radiation protection of people and the environment. Curriculum subject areas
|
Alla Udalova |
English |
141 415 |
||
Materials Science and Engineering (22.04.01) |
137 500 |
|||||
1 |
Materials Design for Innovative Technologies Program objective To develop in-depth understanding of the interrelationship between physical and chemical properties, structures and processes for further invention of new materials using contemporary research methods and systems. The program represents a unique combination of disciplines in physics of materials and technological processes, programming languages, visualization methods and supercomputer technologies. What can you come away with?
|
Boris Kalin |
Russian |
|||
2 |
Materials Design and Engineering Program objective To develop in-depth understanding of the interrelationship between physical and chemical properties, structures and processes for further invention of new materials using contemporary research methods and systems. Curriculum features
The program will make it possible to obtain knowledge of the processes occurring in solids under external factors, including the influence of various types of radiation; the development of radiation-resistant materials used in nuclear power plants and fusion reactors. Future professional opportunities
|
Boris Kalin |
English |
Institute for Physics and Engineering in Biomedicine
№ |
Program name |
Program, pdf |
Program curator |
Language of instruction |
Campus |
Semester tuition fee |
03.04.02 Physics |
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1 |
Department: “Medical Physics” Program objective training of highly skilled masters of physics with specialization in innovative methods and technology of nuclear medicine. Competitive advantages
Employment opportunities Researchers in the field of nuclear medicine including competence of medical physicist able to work in nuclear medicine and radiology in a modern hospital. |
Vladimir Belyaev |
Russian |
Moscow |
137 500
|
|
2 |
Medical Physics of Radiation Diagnostics and Therapy Department: “Medical Physics” Program objective The program “Radiotherapy and radiology” is dedicated for further professional activity of an individual in a team as radiation oncologists, radiologists and other specialists in cancer therapy and diagnosis. During studies students are trying to:
Competitive advantages
Practical training and employment opportunities leading positions in medical and research organizations specializing in oncology and radiology:
|
Vladimir Belyaev |
Russian |
Moscow |
||
3 |
Advanced Semiconductor Lasers and Technologies Department: “Semiconductor Quantum Electronics” (specialized industrial department of Lebedev Institute Physics of the Russian Academy of Sciences) Program objective training of masters for research activities related to laser technologies, semiconductor quantum electronics, interaction of radiation with matter. Key research areas
Practical training and employment opportunities
|
Oleg Krokhin |
Russian |
Moscow |
||
4 |
Department: “Laser Micro- and Nanotechnologies”(specialized industrial department of Prokhorov General Physics Institute of the Russian Academy of Sciences) Program objective Through the understanding of fundamental laws of physics develop the following research directions:
Competitive advantages
Practical training and employment opportunities
|
Victor Loschenov |
Russian |
|
||
5 |
Program objectives Nanotheranostics is an intensively developing direction of high-tech medical practice, connected with application of biocompatible and biodegradable nanomaterials and biotechnologies in early diagnostics. Nanotheranostics also addresses treatment of socially significant diseases. The program is developed to educate specialists in nanotheranostics that are able to develop new technologies and apply them in practical medicine. Research and professional activities
Curriculum features
Practical training and future professional opportunities
|
Victor Timoshenko |
English |
|
||
04.04.02 Chemistry, Physics and Mechanics of Materials |
||||||
1 |
Pharmaceutical and Radiopharmaceutical Materials Science Department “Pharmaceutical and Radiopharmaceutical Chemistry” Program objective training of highly qualified specialists with in-depth knowledge of the chemical, physical, mechanical and pharmaceutical properties of substances to develop innovative projects for the synthesis, diagnostics, production of pharmaceutical and radiopharmaceuticals based on traditional technologies and nanotechnologies. What do we work with?
Program competitive advantages
Practical training and future employment opportunities
|
Natalia Epshtein |
Russian |
Obninsk |
74 048 |
|
06.04.01 Biology |
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1 |
Department “Biology” Program objective We are training fundamentals of natural sciences: biology, radiobiology, chemistry, medicine – to study wildlife and its laws, the use of biological systems for economic and medical purposes, nature protection. Key research areas
Curriculum features
Practical training and employment opportunities
|
Liudmila Komarova |
Russian |
Obninsk |
74 048 |
|
2 |
Department “Biology” Program objective We are training fundamentals of natural sciences: biology, radiobiology, chemistry, medicine – to study wildlife and its laws, the use of biological systems for economic and medical purposes, nature protection. Key research areas
Curriculum features
Practical training and employment opportunities
|
Liudmila Komarova |
Russian |
Obninsk |
||
12.04.04 Biotechnical Systems and Technologies |
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1 |
Department of Computer Medical Systems We are ready to involve you into advanced and complex information and measurement software and hardware development for nuclear medicine and telemedicine. We are seeking for willing young people who want to dive into medical agenda and develop modern devices to help doctors and patients be healthier and live longer! Key research and professional activities
Practical training and employment opportunities
|
Valentin Nikitaev |
Russian |
Moscow |
137 500
|
|
2 |
Program objective Training specialists for the development of new nanomaterials and biomedicine technologies and methods of their use in healthcare for early diagnosis and targeted treatment of socially dangerous diseases. Key research and professional activities
Practical training and employment opportunities
|
Andrey Kabashin |
Russian |
Moscow |
||
18.04.01 Chemical Technology |
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1 |
Chemical Technologies of Pharmaceuticals Department “Industrial Pharmacy” Program objective Provide knowledge of methods, instruments and means of obtaining substances and materials using physical and chemical processes to create, implement and operate production of pharmaceuticals. Curriculum features
Competitive advantages
Practical training and employment opportunities
|
Alla Savchenko |
Russian |
Moscow, Obninsk |
137 500 |
Institute for Laser and Plasma Technologies
№ |
Program |
Program, pdf | Program curator | Language |
Semester tuition fee, rub. |
|
Applied Mathematics and Computer Science (01.04.02) |
123 100 |
|||||
1 |
Mathematical Methods and Computer Modelling in Research Program objective: Formation of theoretical and practical knowledge and skills among students for future contribution to R&D for high-tech sectors of national and regional economy. The speed and development trends of modern science and information technology dictates an acute need for personnel capable of efficiently and efficiently solving problems arising in the process of functioning of public and commercial enterprises, quickly adapting to market requirements. In the context of global digitalization, a huge layer of problems arise that require a modern engineer to know what lies at the junction of applied mathematics and information technology, which ensures the program’s relevance. As an example, we can give the tasks associated with the analysis and processing of data, mathematical modeling, optimization, the development of high-tech software for solving scientific and scientific-practical problems, etc., that program graduates cope with successfully. The program is the quintessence of advanced mathematical and IT training. Students receive in- depth knowledge in:
Future employment: Program graduates are in high demand on the Russian and international labor markets and hold leading positions in the following public and commercial companies and research institutions:
|
Nikolay Kudryashov |
Russian |
|||
2 |
High-Performance Computing and Parallel Programming Technologies Program objective: training highly qualified specialists in engineering and physical computing and supercomputer modeling, capable of developing algorithms for calculating and analyzing mathematical models of complex physical processes and high-tech engineering systems with their subsequent reproduction in the software code as part of the implementation of the concept of digital twins. Curriculum features
Future employment opportunities high-tech enterprises that solve strategic tasks in the rocket-space, transport and nuclear industries as well as in aircraft and shipbuilding. |
Rashid Shagaliev, |
Russian |
|||
Applied Mathematics and Physics (03.04.01) |
137 500 |
|||||
1 |
Particle Accelerators for Medical Application Particle accelerators are widely used in medicine. Medical e-linac (linac – linear accelerator) are used for the distant radiotherapy of the tumors. Linac provides the electrons or gamma quants delivery to tissues and organs. Proton accelerators (frequently cyclotrons) are used for the production of radio isotopes needed for positron emission tomography (PET) and single-photon emission computed tomography (SPECT). MEPhI has been implementing radio diagnostics educational programs for many years already. The operation and the testing of high-tech complexes of radio and nuclear medicine demand well-trained specialists that have necessary competences. Such specialists should study many different courses as well as accelerators theory and engineering and main components of particle accelerators. They also should have expertise in contemporary trends in particle accelerators and have necessary practical and operational experience. The proposed Master’s program was developed for future training of students that just finished base course and for specialists having few years of work in the field of medical accelerators and planning to continue the education. The main feature of this Master’s program is the combination of accelerators engineering and medical physics. As an example, the module “Nuclear medicine” is included to the program to give students base knowledge about operation of accelerators in clinic. The Master’s program includes theoretical part (lectures and seminars) and practical part that is conducted at MEPhI which has a number of operating accelerators. Practical training is done in cooperation with N.N. Blokhin Russian National Cancer Treatment Center located next to the MEPhI Moscow campus. |
Sergey Polozov |
English |
|||
2 |
Challenges of Theoretical Physics and Mathematical Modeling Program objective: training highly qualified theoretical physicists capable of conducting fundamental and applied research including the search for new laws of nature; modeling of complex physical, technical and engineering systems; suggesting and boosting new research directions in applied physics and technologies. Program graduates always possess skills and research capabilities sufficient for productive and creative work in any area of modern physics. Areas of research and experts training:
Practical training and employment opportunities
|
Sergey Popruzhenko |
Russian |
|||
3 |
Quantum Computer Systems and Precision Measurements Program objective: to train specialists with fundamental physical and technical knowledge in the field of quantum computing systems and data processing. Curriculum features
Career opportunities leading research centers and companies specializing in:
|
Nikolay Kolachevsky |
Russian |
|||
4 |
Charged Particle Accelerators for MEGASCIENCE Facilities Program objective to train highly-qualified specialists in operating accelerating equipment and studying charged particle beam physics. Curriculum features:
Career opportunities electrophysical facilities design and their application in various fields of science, engineering, industry, medicine (for example, in Joint Institute for Nuclear Research (Dubna, Russia), Nuclotron-based Ion Collider Facility Project (NICA)). |
Sergey M. Polozov |
Russian |
|||
5 |
Supercomputer Technologies in Engineering and Physical Modeling Program objective: to train highly qualified specialists to conduct fundamental and applied research, and to develop and use engineering and physical analysis tools to implement the concept of a digital twin. Competitive advantage fundamental physical, mathematical and supercomputer training through the combination of general and specialized disciplines, as well as study of basic theoretical research and mathematical modeling methods. Curriculum features
Career opportunities top Russian and international technology companies and research centers connected with mechanical engineering, aviation, aerospace industry, shipbuilding and automotive industry, nuclear and laser technologies |
Rashid Shagaliev, |
English |
|||
Instrumentation (12.04.01) |
137 500 |
|||||
1 |
Intelligent Information and Measurement Systems Program objective Preparation of masters with universal and subject-specialized competencies that contribute to their social mobility and sustainability in the labor market, able to work successfully in modern manufacturing, at the nuclear industry, in research organizations and design institutions wide profile. Curriculum features
Areas of professional activity: research, design, production, technological, organizational and management activities at enterprises related to the development of intelligent data collection and processing systems, pattern recognition and classification for the international physical experiment, industry, aviation and space, medicine and biometrics, as well as with the design of digital electronic systems based on modern microprocessors, programmable arrays, systems on a crystal, sensors. Future employment opportunities:
|
Alushin Mikhail |
Russian |
|||
Photonics and Optical Informatics (12.04.03) |
137 500 |
|||||
1 |
Photonics and Solid State Physics Program objectives training specialists in condensed matter physics, including solid state physics, physics of superconductivity, physics of semiconducting devices, physics of nanostructures, laser physics, spintronics, photonics. Key subject and disciplines
All of them provide an overview of the latest situation in different experimental research methods, such as neutron, synchrotron, x-ray ones and others. Practical training, external expertise and future employment opportunities
Research areas and expertise:
|
Alexey P. Menushenkov |
Russian | |||
Laser Engineering and Laser Technology (12.04.05) |
137 500 |
|||||
1 |
Laser Systems and Technologies Program objective Training highly-qualified specialists in laser research, design of laser systems and different- purpose devises, new laser technology design and application. Graduates of this program apply their knowledge in the fields of physics, laser diagnostic and measuring systems, optical information systems, laser diagnostic devices for biophysics, condensed matter physics. This knowledge is vital for employment in leading research centers and companies specializing in laser and plasma industrial technologies. Competitive advantages
Research areas and expertise:
|
Andrey Kuznetsov | Russian | |||
High-Tech Plasma and Power Plants (16.04.02) |
159 300 |
|||||
1 |
High- Power Lasers and Laser Fusion Program objective Training specialists in laser thermonuclear fusion physics, superstrong laser fields, high-density- energy physics, high-power laser application in technologies. Training aimed at solving wide range of tasks, such as high-power laser systems design and construction, theoretical and experimental research on physical processes of laser radiation-surface interaction, practical tasks in laser physics, plasma physics, laser micro- and nanotechnology, high-density-energy physics. Competitive advantages
Areas of research and expertise:
Career opportunities
|
Andrey Kuznetsov | Russian | |||
2 |
Controlled Thermonuclear Fusion and Plasma Technologies Program objective to provide high-quality physics and mathematics knowledge and engineering training to students. Studying of specialists in plasma technologies and controlled thermonuclear fusion of national thermonuclear program and the international program ITER for innovative plasma application in industry, ecology, and medicine. After graduation they are able to work in relevant high-tech industries and knowledge-based businesses. Students form a general understanding about the methods of diagnostics, parameter operation and production of plasma («Low Temperature Plasma Physics», «Hot Plasma and Controlled Fusion», «Plasma Facilities» etc.). Practical training, research and career opportunities leading Russian and foreign research centers and companies that specialize in laser and plasma industrial technologies:
Areas of research and training:
|
Valeriy Kurnaev |
Russian English |
|||
3 |
Controlled Fusion and Plasma Technologies Program objective to provide students with high-quality physics and mathematics knowledge and engineering training so that they are able to search for solution to the problems of fundamental and applied science. Students form a basic understanding about the methods of diagnostics, parameter operation and production of plasma («Low Temperature Plasma Physics», «Hot Plasma and Controlled Fusion», «Plasma Facilities» etc.). Career opportunities
|
Valeriy Kurnaev | English |
Institute of Cyber Intelligence Systems
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Informatics and Computer Engineering (09.04.01) |
137 500 |
||||
1 |
Protected Automated Information Processing and Management Systems (for Russian residents only) |
Yuriy Drevs |
Russian |
||
2 |
Protected High-Performance Computer Systems and Technologies Program objective formation of competencies in the field of high-performance computer and information systems architecture. Curriculum features
Key research areas
Practical training and employment opportunities
|
Mikhail Ivanov |
Russian |
||
Software Engineering (09.04.04) |
137 500 |
||||
1 |
Technologies for Highly-critical Cybernetic Systems Development Program objective Highly-qualified master training, with special background in the field of cybernetic system development technologies, for high-tech industries’ companies. The program combines a theoretical approach to SQL programming based on relational theory and real SQL programming. Curriculum features
Key alumni abilities and competencies obtained:
Practical training and professional activities Design, implementation and maintenance of information systems and software products in the field of applied mathematics and computer science for state, industrial and commercial organizations (for instance, State Atomic Energy Corporation “Rosatom” companies; computing centers and data centers). |
Boris Shchukin |
Russian |
||
2 |
Advanced Technologies for Information Systems Modeling The program studies the systematic application of computational theory methods to software engineering applications. In particular, we study the application of formal semantics methods of computer programs in the design process in order to control the properties of the resulting software. In addition, the program is dedicated to the use of semantic technologies in modeling and designing information systems. Curriculum features
Future professional opportunities
|
Vyacheslav Volfengagen |
Russian |
||
3 |
Architectures of Modern Intelligent Systems The program examines various classes of knowledge-based intelligent systems, as well as various tools and intelligent technologies to support the development of intelligent systems. Curriculum features
Professional opportunities
|
Galina Rybina |
Russian |
||
4 |
Program objectives Highly-qualified master training, with special background in the field of cybernetic system development technologies, for high-tech industries’ companies. Curriculum features
Key alumni abilities and competencies obtained:
Practical training and professional activities Design, implementation and maintenance of information systems and software products in the field of applied mathematics and computer science for state, industrial and commercial organizations (companies and computing centers and data centers). |
Boris Shchukin |
English | ||
Information Security (10.04.01) |
137 500 |
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1 |
Business Continuity and Information Security As a result of program mastering, the graduate receives a set of system-analytical competencies, leadership and communication skills for working in a creative team, and acquires project management skills in the field of information technology security. Curriculum features
Practical training and employment opportunities Program graduates hold positions related to research, design and operation of systems and networks that ensure business continuity processes
|
Alexandr Tolstoj |
Russian |
||
2 |
Data Security and Cryptography (for Russian residents only) |
Sergey V. Zapechnikov |
Russian | ||
3 |
Theoretical and Practical Cryptography (for Russian residents only) |
Marina A. Pudovkina | Russian | ||
4 |
Security of Critical Information Infrastructure (for Russian residents only) |
Anatoliy P. Durakovskiy | Russian |
Institute for Nanoengineering in Electronics, Spintronics and Photonics
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Applied Mathematics and Physics (03.04.01) |
137 500 |
||||
1 |
Program objective: to train specialists with fundamental knowledge in the field of semiconductor physics. This program focuses on the study of theoretical physics, modern methods of mathematical modeling of physical processes and participation in scientific research. Graduates work in leading Russian research centers and in foreign organizations, as well as make scientific reports at conferences of world universities. Curriculum features:
|
Vladimir Nikitenko |
Russian |
||
2 |
Program objective:
to train specialists in functional nanostructured materials and technologies – foundations for the breakthrough development of smart technologies. Students study the physics of surface phenomena, which is necessary for the further development of cluster technologies, carry out experimental and theoretical research as members of research teams. They also study methods for evaluating and selecting new innovative technologies and technical solutions based on the use of nanostructured materials. This allows to reduce energy costs, improve the quality and efficiency of high-tech products. Curriculum features:
|
Vladimir Borman |
Russian |
||
Electronics and Nanoelectronics (11.04.04) |
137 500 |
||||
1 |
Nanoelectronics, Spintronics and Photonics Program objective: to train specialists for modeling, designing production technologies and promising and special materials for micro- and nanoelectronics, nanophotonics, organic electronics. Curriculum features:
Career opportunities
|
Nikolay Kargin |
Russian |
||
4 |
Applied Microelectronics and Nanoelectronics Program objective: to train qualified specialists in microelectronics for research institutes and industrial enterprises. Scientific directions:
|
Alexander Bakerenkov |
Russian |
||
Photonics and Optical Informatics (12.04.03) |
137 500 |
||||
1 |
Program objective: to train qualified specialists for experimental research, industrial technologies and modeling of microwave photonics devices and systems. Career opportunities research, device design and engineering, modeling and technology in the fields of photonics, optoelectronics, microwave electronics; fundamental nanoscience, novel technological and measurement methods with application in electronics, photonics and material science. |
Nikolay Kargin |
Russian English |
Institute of Cyber-Physical Systems
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Nuclear Physics and Engineering (14.04.02) |
159 300 |
||||
1 |
Cyber-Physical, Nuclear and Electrophysical Instrumentation Program objective Training of highly qualified specialists in the development and operation of innovative nuclear, cyberphysical and electrophysical devices, facilities and systems that are widely used in nuclear power, oil and gas geophysics, inspection systems, medicine, radiation control. Partner enterprise: Dukhov Automatics Research Institute Research and technological areas
Alumni competences
Practical training and future employment
|
Dmitriy Yurkov |
Russian |
||
2 |
Development of Electromechanical and Electrophysical Facilities Program objective To provide students with profound knowledge and skills to work for research, design, creation and operation of control systems, automation of physical facilities, including nuclear power plants. Key research areas
Curriculum features
A distinctive feature of the program is the active use of modern software and hardware tools of ICYPHYS laboratories, including standard equipment and software for the NPP process control system, as well as modern software systems for automated research, modeling and design of automation systems for physical facilities. Practical training and future employment
specialized institutes of the Russian Academy of Sciences |
Sergey Korolyov |
Russian |
||
Design and Technology for Machine-Building Industries (15.04.05) |
137 500 |
||||
1 |
Nuclear Engineering Technology Program objective Training of masters for and application production processes and means of design and technological informatics and computer-aided design, creation of new production technologies, and technology-oriented production, instrumental and control systems for various service purposes, marketing research in the field of nuclear engineering. Alumni professional activities
Curriculum features
Practical training and future employment
|
Alexey Averin |
Russian |

№ |
Program |
Program,pdf |
Program curator |
Language |
Semester tuition fee, rub. |
|
International Relations (41.04.05) |
123 100 |
|||||
1 |
International Relations in the field of Science & Techn, Trade and Industry Objectives: The program educational concept is unrivalled among Russian universities and is aimed at training specialists with deep interdisciplinary knowledge and practical skills, who are confidently oriented in various spheres of international relations and are able to make decisions rapidly in an ever-changing environment. The master's program is an innovative educational product that shapes the competence of students in the fields of international political, scientific, technical, information and economic activities; financial, economic and competitive analysis of world markets of high technologies; management of international scientific and technological projects. Students learn to put into practice a unique method for analyzing a large array of unstructured information – situational express analysis. Students are trained to work commercial and non-profit organizations, research institutions and transnational companies in Russia and abroad. Being the "talent foundry" for the State Corporation ROSATOM in the field of international relations and international business, the Institute attracts experts to work with students to transfer necessary knowledge and practical experience. Professional level of knowledge and fluency in at least two foreign languages allow graduates to practice as analysts and researchers in the largest Russian and international organizations. The distinctive feature of Master program is the ability of graduates to develop specialized automated mechanisms for collecting, analyzing and visualizing information using multi-agent technologies. Program partners
Program coordinator: Andrey Cherkasskiy, Deputy Director, AICherkasskij@mephi.ru Contact person: Kristina Ionkina, KVIonkina@mephi.ru |
Andrey Cherkasskiy |
Russian/English |
|||
2 |
International Scientific and Technological Relations Program description: The program is based on an original educational concept, which has no analogues in Russia, and is aimed at training specialists in foreign affairs with interdisciplinary knowledge and practical skills in confidently guiding and making decisions in various areas of international activities. This program is an innovative educational product that makes students competent in the fields of international-political, scientific-technical, informational and economic activity; in the field of systemic, financial- economic and competitive analysis of segments of the world market of high technologies, management of international scientific and technological projects. Career opportunities The main areas of specialization after mastering the program:
Program coordinator: Andrey Cherkasskiy, Deputy Director, AICherkasskij@mephi.ru Contact person: Tukumbetova Rufina info@iirmephi.ru |
Andrey Cherkasskiy |
English |

№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Information Systems and Technologies (09.04.02) |
137 500 |
||||
1 |
Data engineering. Digital Technologies for Complex Engineering Objects Program objective Training of specialists with the skills of constructing information models architecture, describing the data structure of physical and complex engineering objects, knowing modern methods and standards of project management, able to develop and implement projects based on modern information technologies (BIM, PLM, big data technologies, machine and deep learning) , neural networks, cloud computing, industrial Internet of things technologies, virtual and augmented reality, etc.) Curriculum features
|
Mikhail Zhabitskiy |
Russian |
||
2 |
Program objective to form a set of related competencies in engineering with the use of breakthrough digital technologies that are in demand in high-tech industries. The relevance of the program is determined by the need for modern enterprises and companies in specialists who are keen on end-to-end technologies. The training is focused on topical trends of digital transformation in economy, technology and industry. Curriculum features
The program has passed the National professional public accreditation (RossSNIO) and international accreditation in accordance with the requirements of the European Federation of National Engineering Associations (FEANI). |
Mikhail Zhabitskiy |
Russian |
||
Informatics and Computer Engineering (09.04.01) |
137 500 |
||||
1 |
Virtual and Augmented Reality for Technological Design Program objective Training of specialists for the field of software development for high-tech AR / VR systems for industrial use. Prospective applications of virtual and augmented reality systems
Curriculum features
|
Mikhail Zhabitskiy |
Russian |
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Systems Analisys and Management (27.04.03) |
137 500 |
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1 |
Artificial Systems Engineering Program objective To train Systems Engineer – a highly qualified specialist who is able to manage, develop and implement projects for the systems analysis of complex technical systems based on modern information technologies; apply modern technologies for creating complex complexes, control the quality of developed control systems; analyze risks and calculate the priorities of alternative solutions in project management; assess the economic costs of projects to create complex engineering objects; manage requirements at all levels of the system hierarchy. Curriculum features
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Anton Korolev |
Russian |

№ |
Program name |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
38.04.02 Management |
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1. |
Program objectives Master managerial and technical competencies for public and corporate governance, international cooperation and business processes engineering and reengineering following the interests of nuclear global business. Competitive advantages:
Practical training and research research, design and production enterprises of the nuclear industry and international organizations (ROSATOM State Corporation, IAEA, World Nuclear University, International Center for Theoretical Physics, etc.) |
Vladimir Kharitonov |
Russian |
123 100 |
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2. |
Strategic and Innovation Management Program objective train competitive specialists with the latest tools of general and strategic management in the interests of innovative development of high-tech sectors of Russian economy, including the interests of the global business of ROSATOM. Competitive advantages:
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Vladimir Kharitonov |
Russian |
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3. |
Program objective training professionals possessing administrative and technical competences of 4 groups
for public and corporate management, international cooperation, business processes engineering and reengineering in promising nuclear and power technologies. Competitive advantages:
o promising nuclear technologies;
Career opportunities
Program partners members of the International Academy of Nuclear Management – joint realization of courses, exchange of students and teachers, mutual reviews and students’ forums The program is accredited by the International Atomic Energy Agency (IAEA). |
Dmitriy Smirnov |
English |
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38.04.04 Public Administration |
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1. |
Digital Technologies for Public Administration Program objective: train masters with managerial competencies in the field of management and economics of enterprises and organizations of various forms of ownership in the interests of innovative development of high-tech sectors of the national economy in the context of digitalization. In the process of training, students master the latest tools for strategic analysis, planning and management of innovative development, study how to commercialize research developments, create and implement business strategies with the use of digital technologies, taking into account the international context. Competitive advantages:
Career opportunities
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Vladimir Kharitonov |
Russian |
123 100 |
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2. |
Public Administration in Smart Cities Program objective train masters with managerial competencies for digital management and economics of organizations of various forms of ownership in the interests of innovative development of "smart" cities in the context of digitalization. In the process of training, students study the latest tools for financial and economic analysis in housing and communal services. Moreover, trainees come to create and implement business strategies in industrial and administrative structures of various levels of management using digital technologies, including the interests of international cooperation within the framework of "smart" cities. Competitive advantages: interdisciplinary nature of the program through the study of modern and promising information technologies, international scientific and technological cooperation Practical training and research development of "smart" cities in the nuclear industry: in JSC Rusatom Infrastructure Solutions and a number of other administrative structures of the State Atomic Energy Corporation Rosatom. |
Alexander Putilov |
Russian |
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38.04.05 Business Informatics |
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1. |
Business Informatics for High-Technology Industries Program objectives:
Curriculum features:
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Anna Guseva |
Russian |
123 100 |
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2. |
Business Informatics for Digital Economy Program objective: formation of research, innovation-entrepreneurial and project competencies and deepening of professional competencies Program foundational documents:
Competitive advantages:
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Anna Guseva |
Russian |
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3. |
Business Informatics for High-Technology Industries Program objectives:
Curriculum features:
Career opportunities
The implementation of the program provides for extensive cooperation between universities, including joint implementation of individual courses, exchange of students and teachers, mutual checks and student forums. |
Anna Guseva |
English |

№ |
Program name |
Program, pdf |
Program curator |
Language of instruction |
Semester tuition fee, rub. |
10.04.01 Information Security |
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1 |
Information Management & Analysis of Financial Monitoring Department of Financial Monitoring (75) Program objective Training of highly qualified specialists capable of identifying, assessing and countering information security threats and solving urgent challenges of national and international systems of combating money laundering and terrorism financing. Key research and professional activities
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Pavel Leonov |
Russian |
137 500 |
38.04.01 Economics |
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1 |
Accounting, Analysis and Audit Department: Accounting and Audit (56) Program objective Training of economists with fundamental economic education and research skills, aiming at organizing financial activities with the use of methodology of accounting, economic analysis and audit and adapting national accounting and audit processes to the requirements of international financial reporting standards Key professional activities
Practical training and employment opportunities
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Irina Komissarova |
Russian |
123 100 |
2 |
Department: Financial Management (63) Program objective Training of highly qualified specialists and managers with universal and special competencies in financial analysis Competitive advantages
Curriculum features
Key professional activities
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Vera Kogdenko |
Russian |
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3 |
Department: Financial Monitoring (75) Program objective Training of specialists for public financial and credit institutions to ensure the economic security of society Key research and professional activities
Curriculum features
Practical training and professional opportunities
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Pavel Leonov |
Russian |
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38.04.05 Business Informatics |
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1 |
Department: Financial Monitoring (75) Program objective to train highly qualified personnel who are able to solve urgent problems facing the business community: formation of business processes architecture, business performance, corporate systems operation. The main professional goal of program graduates is to provide deep daily optimization analysis and management of human resources and information systems in large organizations, government agencies and industrial enterprises in order to increase the efficiency of activities. Practical training and professional opportunities
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Nikolay Morozov |
Russian |
123 100 |
2 |
Department: Financial Monitoring (75) Program objective to train highly qualified specialists for effective project management at all stages of implementation and operation; investment project management, and project portfolio planning for long-term corporate development. Competitive advantage combination of fundamental and practical training in project management, aimed at ensuring accelerated development, increasing a company's competitiveness, and introducing innovative projects with investors recruitment. Practical training and professional opportunities
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Nikolay Morozov |
Russian |
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3 |
Digital Technologies for Financial Economy Department: Financial Monitoring (75) Program objective to train specialists with fundamental knowledge in economics, management, law and information technology. Key professional activities
Program graduates are in great professional demand in IT-related spheres and hold leading positions as business analysts, IT project managers, system integrators, etc. |
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Nikolay Morozov |
Russian |