Institute of Nuclear Physics and Engineering
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Nuclear Power Engineering and Thermal Physics (14.03.01) | |||||
1 |
The program strives to attract and develop outstanding and diverse students to provide the best education in nuclear engineering. Curriculum subject areas:
When undergoing practical training, students are becoming a part of research teams and contribute to cutting-edge research in the following subject areas:
|
Dmitriy Samokhin | Russian, English | 98 701 | |
2 |
Research Nuclear Reactors: Physics and Technologies The program strives to attract and develop outstanding and diverse students to provide the best education in applied nuclear physics. Curriculum features:
Alumni professional activity relates to high-performance computing, code benchmarking, advanced research nuclear reactors design, neutron transport methods, and their application for simulation of real-life nuclear systems, reactor physics, advanced nuclear fuel design, and non-destructive testing and detection. |
Oleg Kochnov | English | 141 415 | |
Nuclear Physics and Engineering (14.03.02) |
148 300 |
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1 |
Nuclear Physics and Cosmophysics Program objectives:
Program curriculum more than 60 courses that provide:
Curriculum subject areas
Professional activity
|
Valeriy Dmitrenko |
Russian |
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2 |
Experimental Research and Simulation of Fundamental Interactions Program objective To sensitize bachelors about key topics of physics of fundamental interactions. Program curriculum consists of two parts:
Curriculum subject areas:
Much attention is drawn to space research and mathematical simulations, particularly for experiments at accelerators and colliders. |
Petr Naumov |
Russian |
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3 |
Particle Physics and Cosmology Program objectives:
Program curriculum more than 60 courses
Two training directions: accelerator experiments (e.g., at the Large Hadron Collider) – experimental techniques, particle detectors, electronics, and methods of measurements, as well as methods for computer-aided processing and analysis of experimental data cosmology – fundamentals of the relativistic quantum mechanics, astrophysics and cosmology. Alumni professional activity
|
Mikhail Skorokhvatov |
Russian |
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4 |
Radiation Ecology. Human and Environmental Safety Program objective To train multi-skilled researchers in nuclear and radiation safety
Key research areas
Main fundamental and professional courses
|
Victor Demin |
Russian |
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5 |
Physics of Fundamental Interactions Program objectives:
Curriculum subject areas:
Bachelors focus on research activities in the field of experimental nuclear physics and cosmophysics. Alumni may participate in preparation and conduction of various experiments in nuclear physics and space physics (including the design and construction of detectors of elementary particles and radiation), as well as in experimental data processing and analysis. Knowledge gained allows them to participate in theoretical predictions and interpretation of nuclear physics and space experiments (using accelerators in space physics). |
Oleg Bulekov | Russian | ||
6 |
Physics of Extreme States of Matter The program is aimed at training specialists in particle beam physics and radiation physics and chemistry. The program includes research of atomic nuclei, plasma, condensed matter state, materials science, nuclear reactors, charged particle accelerators, development of nuclear technologies; in particular, topical issues of condensed matter physics; interaction of radiation with matter, diagnostics and application of heavily charged particle beams, radiation and nuclear technologies, analytical studies of the interaction of fluxes of high-energy particles with matter. The program curriculum comprises study of basic natural sciences, physical and mathematical sciences and related subjects, 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, accelerator physics. |
Boris Sharkov |
Russian |
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7 |
Physics and Thermophysics of Innovative Nuclear Power Facilities Program objectives: To sensitize bachelors about key topics of fundamental physics, mathematics and engineering, basic knowledge of neutron-physical and thermal processes in nuclear power plants. Curriculum subject areas
|
Vladimir Kharitonov |
Russian |
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8 |
Radiation Technologies in Life Sciences The program is established to train human resources for the non-energetic application of nuclear and radiation technologies. Its curriculum covers a number of interconnected topics, including:
Graduates of the program have comprehensive knowledge in fundamental physics and engineering sciences. Academic and practical training form skills and expertise in basic engineering with an emphasis on three main specialized domains: radiation protection, radiation, and nuclear technologies in agricultural science and healthcare. |
Alla Udalova |
English |
141 415 | |
Materials Science and Engineering (22.03.01) |
129 000 |
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1 |
Materials, Process and Physics Engineering Program objective To learn students 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 units:
Main professional disciplines:
|
Boris Kalin |
Russian |
Institute for Physics and Engineering in Biomedicine
№ |
Program name |
Program, pdf |
Program curator |
Language of instruction |
Campus |
Semester tuition fee, rub. |
03.03.02 Physics |
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1 |
Department: “Medical Physics” Program objective to train students in medical physics and nuclear medicine, radiation diagnosis and therapy. Curriculum features
Practical training and future employment opportunities
|
Vladimir Belyaev |
Russian |
Moscow |
129 000 |
|
2 |
Department: “Medical Physics” Program objective prepare specialists with fundamental knowledge in physics and mathematics, integrated with biology, chemistry, genetic engineering and bioinformatics, medicine, food industry, ecology, agrotechnology, biocosmic research Curriculum features
|
Irina Zavestovskaya |
Russian |
Moscow |
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3 |
Nuclear Physics Technologies in Medicine Department: “Radionuclide medicine” Program objective preparation of bachelors in the field of nuclear technologies in relation to nuclear medicine, possessing deep physical, mathematical and medical knowledge. involvement in treatment and diagnostic process, in the process of implementing methods of radiation medicine high accuracy level, quality assurance of radiation therapy and diagnostic radiation protection and safety of patients, personnel and the environment from the use of radiation medical technologies; measurement, processing and analysis of diagnostic imaging; dosimetry planning and control; organizational and economic aspects of the development, implementation and use of healthphysical complexes; export of medical and physical equipment and its service. Curriculum features the program refers to the basic part of the professional cycle of the undergraduate program. To study the program, the knowledge, skills and abilities formed in students in secondary educational institutions are necessary. As a result of the development of the program, the student must have basic knowledge to the extent required to obtain ideas about modern methods, technologies and materials for the diagnosis and treatment of tumor diseases, to acquire initial experience of knowledge about modern methods and technologies for diagnosis and therapy of diseases, for subsequent research and practice. Research areas development of advanced methods of radiation therapy and diagnostics, knowledge of new radiopharmaceuticals and technologies of their application, support of clinical procedures with high-tech equipment, radioimmune analysis, diagnostic research on the basis of x-ray, magnetic resonance, single-photon emission and positron emission tomographs, external therapy using sources of gamma rays, neutrons, protons, alpha particles, internal therapy using radiation injected into nuclides, radiation detection. Practical training and future employment opportunities
|
Oksana Aleksandrova |
Russian |
Moscow |
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04.03.01 Chemical Science |
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1 |
Program description and objectives Analytical chemistry studies the development of theoretical basis of analysis of substances chemical composition, investigates the methods of identification and detection, determination and separation of chemical elements and its compounds, as well as the methods of defining of chemical structure of substances. The subject of analytical chemistry is design of analytical methods and practical analysis of various material objects (gaseous and liquid media, solid organic and inorganic substances) utilizing advanced instruments and techniques (spectral, chromatographic, electrochemical, etc.). The program is dedicated to the development of students’ ability to research and apply knowledge and equipment to resolve practical and theoretical issues and tasks of modern analytical chemistry. Research and professional activities
Practical training and future employment opportunities
|
Alla Shilina |
Russian |
Obninsk |
69 132 |
|
04.03.02 Chemistry, Physics and Mechanics of Materials |
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1 |
Nanomaterials for Biology and Medicine Program objective to train professionals with deep knowledge of chemical, physical, mechanical and pharmaceutical properties of substances, which let graduates be able to develop new nanomaterials for biology, medicine (in particular, for modern original medication production). Competitive advantage modern technological and analytical equipment and cleanrooms, that allow students to combine education and practical research training. Research and professional activities
Practical training and future employment opportunities
|
Natalia Epshtein |
Russian |
Obninsk |
69 132 |
|
06.03.01 Biology |
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1 |
Biotechnology is a field of science related to the creation of new products with the help of living organisms, cultured cells and biological processes. Modern biotechnology is based on the genetic and cell engineering with a wide range of biochemistry methods. Program objective is to acquaint students with abovementioned research directions and develop the ability to see what biological combinations are possible for the creation of medical products. Research and professional activities
Practical training and future employment opportunities
|
Liudmila Komarova |
Russian |
Obninsk |
69 132 |
|
2 |
Radiobiologists find different means of protection of organisms against radiation and methods of its post-radiation recovery, search for the new methods of ionizing radiation application in the fields of medicine, agriculture, food and microbiological industries Major challenges of modern radiobiology are to study radiation poisoning of organisms during their total exposure, reasons for the difference in radiosensitivity of organisms. We are seeking for students who are eager to search for peculiarities and patterns of living organisms activities and find ways to protect them against radition. Key research areas
Practical training and employment opportunities
|
Liudmila Komarova |
Russian |
Obninsk |
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12.03.04 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 able to offer traditionally profound and fundamental knowledge as a solid ground for future work with artificial intelligence systems that are intended to become an indispensable tool in the medical practice. 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
Computer systems of clinical diagnostics for medical applications: histology, cytology, hematology, bacteriology, immunology, radiology, tomography, ultrasound and radioisotope diagnosis, endoscopy, electrocardiography. Artificial intelligence systems (pattern recognition, knowledge base, expert systems) in medicine, telemedicine and nuclear medicine. Practical training and employment opportunities
|
Valentin Nikitaev |
Russian |
Moscow |
129 000 |
|
2 |
multidisciplinary program of expertise in physics, chemistry, biology, computer science, and medicine. Biomedical nanotechnologies are expected to lead to a qualitative leap in the development of new pharmaceuticals that will help to manage previously incurable diseases, as well as in the design of devices and methods for diagnostics and treatment. Program research training helps to develop the skills of working with state-of-the- art equipment. Moreover, MEPhI professors and practitioners provide knowledge on how practical challenges in the field of radiodiagnostics and therapeutics, radioisotope diagnostics methods for medicine can be resolved. Key research areas
Practical training and employment
|
Victor Timoshenko |
Russian |
Moscow |
Institute for Laser and Plasma Technologies
№ |
Program title |
Program description |
Program supervisоr |
Language of studies |
Tuition fee per semester (in Russian rubles) |
|
CIS |
foreign countries |
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Applied Mathematics and Computer Science (01.03.02) |
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1 |
Applied Mathematics and Computer Science |
|
Nikolay Kudryashov |
Russian |
128 000 |
140 800 |
Applied Mathematics and Physics (03.03.01) |
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1. |
Theoretical Physics and Mathematical Modeling |
|
Sergey Ivliev |
Russian |
143 500 |
157 850 |
2. |
Supercomputer Technologies in Engineering and Physical Modeling |
|
Vladimir Shargatov |
Russian |
143 500 |
157 850 |
3. |
Physics and engineering of new materials |
|
Igor Rudnev |
Russian |
143 500 |
157 850 |
4. |
Technologies of the extreme state of matter |
|
Sergey Gubin |
Russian |
143 500 |
157 850 |
5. |
Quantum engineering |
|
Yana Lyakhova |
Russian |
143 500 |
|
6. |
Applied Mathematics and Physics |
|
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English |
|
157 850 |
Instrumentation (12.03.01) |
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1 |
Instrumentation for scientific research |
|
Valentina Dmitrieva |
Russian |
143 500 |
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Photonics and optoinformatics (12.03.03) |
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1 |
Photonics and Optical Informatics Technology |
|
Rostislav Starikov |
Russian |
143 500 |
157 850 |
Laser Technique and Laser Technology (12.03.05) |
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1 |
Laser Systems and Technologies |
|
Nikolay Evtihiev |
Russian |
143 500 |
157 850 |
High-tech plasma and power installations (16.03.02) |
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1 |
Laser Thermonuclear Fusion |
|
Sergey Garanin |
Russian |
165 000 |
181 500 |
2 |
Controlled Thermonuclear Fusion and Plasma Technologies |
|
Yuri Gasparyan |
Russian |
165 000 |
|
3 |
Controlled fusion and plasma technologies |
|
Yuri Gasparyan |
English |
|
181 500 |
Institute of Cyber Intelligence Systems
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Informatics and Computer Engineering (09.03.01) |
129 000 |
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1 |
Protected High Performance Computing Systems Program objective provide fundamental training in physics, mathematics and engineering for further design and development of high-intelligence computer systems. Curriculum features
Practical training and employment opportunities
|
Mikhail Ivanov Aleksandr Vavrenyuk |
Russian |
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Software Engineering (09.03.04) |
129 000 |
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1 |
Mathematical Tools and Software for Computers Systems and Computer Networks Software is used in any business and industry, which forces stakeholders to compress information and knowledge for their further point use. This is precisely why the field of software engineering was created - the manufacture of a high-quality IT product for its commercialization or internal use. Currently, software industry is actively developing and is a full-fledged area for modern Russian and global economy. Qualified software development professionals are constantly in short supply, and this trend will continue in the future. Specialists in industrial software development must have extensive training in systems and application software development for various purposes. This fact determines the program relevance in the educational market. Curriculum features
|
Andrey Zagrebaev |
Russian |
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Information Security (10.03.01) |
129 000 |
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1 |
Innovative Computer Security Technologies Program objective to develop competencies necessary for working in the field of computer security. The continuous expansion of IT technologies inevitably creates new threats to information security. New ways of committing crimes related to computer security violations are constantly emerging and require the development of new information protection technologies. The need to develop human resources in innovative areas of computer security determines the relevance of the program. The program’s competitive advantage is the combination of:
While training, students will learn and practice:
Research and professional activities
Practical training and employment opportunities
|
Anna Epishkina |
Russian |
Institute for Nanoengineering in Electronics, Spintronics and Photonics
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
Applied mathematics and physics (03.03.01) |
129 000 |
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1 |
Program objective: train highly qualified physicists who will be capable of conducting fundamental and applied theoretical research in the field of electronics, modeling complex physical, technical and engineering systems. Curriculum features:
|
Vladimir Nikitenko |
Russian |
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2 |
Program objective: To train specialists who will solve scientific and industrial tasks for creation of functional nanostructured materials, "smart" materials and hybrid systems. Curriculum features:
|
Vladimir Borman |
Russian |
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Electronics and Nanoelectronics (11.03.04) |
129 000 |
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1 |
Nanoelectronics, Spintronics and Photonics Program objective: To study priority R&D areas of research and development of promising nanoelectronics, spintronics and photonics: heterostructure electronics, electronics based on wide-gap semiconductors, graphene, carbon nanotubes, etc. Curriculum features:
Practical training Nanotechnology Research and Education Center a unique research center in Russia with up-to-date equipment. |
Nikolay Kargin |
Russian |
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2 |
Optoelectronics and nanoelectronics, nanosystem engineering Program objective: To train specialists who are able to carry out fundamental research for the following areas of contemporary physics: physics of nanostructures, nanoelectronics and nanophotonics, organic electronics and sensor nanohybrid systems. Students can develop methods, technologies and tools for solving the security problem in the design and construction of nanoelectronic and nanophotonic devices. Curriculum features:
|
Alexander Chistyakov |
Russian |
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Photonics and Optical Informatics (12.03.03) |
129 000 |
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1 |
Program objective: to provide students with knowledge of microwave photonic transceiver systems, optical devices in microwave engineering and nanotechnology in microwave engineering systems. The program provides fundamental knowledge in optics, photonics and condensed matter physics, as well as advanced subjects such as nanophotonics, terahertz photonics, quantum computing. Practical and research training MEPhI laboratories, especially MEPhI Nanocenter, that offers an extensive array of equipment for film deposition, microscopy and device processing for electronics and photonics. Curriculum features:
|
Nikolay Kargin |
Russian |
Institute of Cyber-Physical Systems
№ |
Program |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
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Instrumentaion (12.03.01) |
129 000 |
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1 |
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 |
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Nuclear Physics and Technologies (14.03.02) |
148 300 |
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1 |
Development of Cyber-Physical Devices and Systems Program objective to train specialists for the development of cyber-physical devices and systems in high-tech industries. Curriculum features
Key research and professional area R&D of intelligent physical and technical products, systems and processes with qualitatively new functions, properties and capabilities for use in various areas of high-tech industries. |
Gennadiy Sarychev |
Russian |
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2 |
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 |
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3 |
Electronics and Automatics of Cyber-physical Systems and Facilities Program objective to train specialists for the development of cyber-physical devices and systems in high-tech industries. Curriculum features
Key research and professional area R&D of intelligent physical and technical products, systems and processes with qualitatively new functions, properties and capabilities for use in various areas of high-tech industries. |
Sergey Korolyov |
Russian |
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Automatics of Technological Processes and Production (15.03.04) |
129 000 |
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1 |
Cyber-physical Systems for Technological Processes Automation Program objective Training specialists for ROSATOM State Atomic Energy Corporation enterprises and organizations in development and operation of control, monitoring and automation systems for nuclear and other physical facilities Research and professional activities:
• intensive training on generally professional and special engineering subjects: (information technologies, programming, computer systems and networks, engineering and computer graphics, materials science, electrical engineering, electronics, microprocessor technology, automatic control systems, information-measuring systems, metrology, digital automatic control systems, physical installations, technological equipment of NPPs, APCS of NPPs, radiation monitoring systems) • significant amount of practical training in research and educational laboratories supplied with modern equipment at MEPhI and the leading enterprises of the nuclear industry. |
Sergey Korolev |
Russian |
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Mechatronics and robotics (15.03.06) |
129 000 |
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1 |
Mechatronics of cyber-physical and robotic systems and structures Program objectives
Key research and professional areas:
Key curriculum features:
|
Gennady Sarychev |
Russian |
Institute of International Relations
№ |
Program |
Program pdf |
Program curator |
Language |
Semester tuition fee, rub. |
International Relations (41.03.05) |
114 400 |
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1 |
International Scientific Technological and Industrial Cooperation 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 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 BA program is the ability of graduates to develop specialized automated mechanisms for collecting, analyzing and visualizing information using multi-agent technologies. Program partners
Semester tuition fee: 114 400 Russian rubles Program coordinator: Andrey I. Cherkasskiy, Deputy Director, AICherkasskij@mephi.ru Contact person: Kristina V. Ionkina, KVIonkina@mephi.ru |
Andrey Cherkasskiy | English/Russian |
Faculty for Business Informatics and Integrated Systems Management
№ |
Program name |
Program, pdf |
Program curator |
Language |
Semester tuition fee, rub. |
27.03.03 Systems Analysis and Management |
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1. |
Systems Analysis and Life Cycle Management Program objective: To provide for profound knowledge and deep skills of technological area, which requires design and operation using the principles, methods and being aware of ontology of human activity based on system analysis, management, modeling, production and operation of technical systems, objects, instruments and devices for various purposes. Curriculum
systems analysis, data optimization and decision making; systems modeling, systems theory and programming technology (web application programming); organization management, management of large-scale systems; quality control; fundamentals of innovation theory ; art of strategy, R&D management, business planning of venture projects, risk management, methodology and practice of institutional management. Practical training Nuclear industry enterprises and organizations Students who have shown strong analytical skills and the ability to undergo independent research have an opportunity to participate in research activities of Department of Strategic Planning and Methodology of Management. Career opportunities System analysts, research analysts, managers at analytical and information departments of industrial enterprises, research centers, commercial organizations, educational institutions and social welfare. |
Vladimir Chervyakov |
Russian |
129 000 |
|
2. |
Systems Analysis and Life Cycle Management Program objective: To provide for profound knowledge and deep skills of technological area, which requires design and operation using the principles, methods and being aware of ontology of human activity based on system analysis, management, modeling, production and operation of technical systems, objects, instruments and devices for various purposes. Curriculum
systems analysis, data optimization and decision making; systems modeling, systems theory and programming technology (web application programming); organization management, management of large-scale systems; quality control; fundamentals of innovation theory ; art of strategy, R&D management, business planning of venture projects, risk management, methodology and practice of institutional management. Practical training Nuclear industry enterprises and organizations Students who have shown strong analytical skills and the ability to undergo independent research have an opportunity to participate in research activities of Department of Strategic Planning and Methodology of Management. Career opportunities System analysts, research analysts, managers at analytical and information departments of industrial enterprises, research centers, commercial organizations, educational institutions and social welfare. |
Vladimir Chervyakov |
English |
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38.03.02 Management |
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1. |
Project Management for Digital Economy Program designers: leading MEPhI professors and scientists from academic institutions, and namely cademician B.N. Porfiriev, Corresponding Member of the Russian Academy of Sciences G.B. Kleiner, Corresponding Member of the Russian Academy of Sciences V.V. Ivanov, Corresponding Member D.E. Sorokin, Doctor of Economics A.I. Ageev and others. Program objectives:
Competitive advantages:
Career opportunities introducing digital technologies into state, corporate and municipal organizations of high-tech industries in Russia and abroad. |
Anna Guseva |
Russian |
admission will be open in 2021/2022 academic year |
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38.03.05 Business Informatics |
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1. |
Business Informatics for Digital Economy Program designers: leading MEPhI professors and scientists from academic institutions, and namely cademician B.N. Porfiriev, Corresponding Member of the Russian Academy of Sciences G.B. Kleiner, Corresponding Member of the Russian Academy of Sciences V.V. Ivanov, Corresponding Member D.E. Sorokin and others. Program objective: digital and integrated training for information support of high technologies development taking into account changing economic relations. Key courses:
The competencies obtained during the training allow graduates to get positions in economic, management and innovation divisions of investment funds, high-tech business, analytical centers, large corporations. |
Anna Guseva |
Russian |
114 400 |
Institute for Financial Technologies and Economic Security
№ |
Program name |
Program, pdf |
Program curator |
Language of instruction |
Semester tuition fee, rub. |
10.03.01 Information Security |
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1 |
Analysis and Information Systems for Financial Monitoring Department: Financial Monitoring (75) In the modern world, information technologies are actively developing, and this trend makes it possible to optimize the processes of data collection, storage, processing and transmission by automation. On the other hand, new threats to information security appear and are being improved, and that creates preconditions for the violation of information availability and confidentiality in financial and economic systems. The program is aimed at forming and developing professional competencies in information security of financial and economic information systems, in particular for resolving financial monitoring issues, combating money laundering, financing terrorism and financing WMD proliferation. Curriculum peculiarities
Practical training and professional opportunities
|
Pavel Leonov |
Russian |
129 000 |
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38.03.01 Economics |
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1 |
Accounting, Analysis and Audit Department: Accounting and Audit (56) Program objective Training of bachelors in accounting, economic analysis, internal control and audit of economic entities. Key professional activities
Curriculum features
The program focuses on legal and mathematical training, the study of software products necessary for the automation of accounting, analytical calculations and audit. Practical training and employment opportunities
|
Irina Komissarova |
Russian
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114 400 |
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2 |
Department: Financial Management (63) Program objective Training of specialists in economics for providing economic, financial, marketing, and analytical services to various industries and implementing financial, credit and insurance activities in various entities. Key professional activities
Practical training and employment opportunities
|
Vera Kogdenko |
Russian |
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38.03.05 Business Informatics |
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1 |
Departments: Financial Monitoring (75), Systems Analysis (28) Program objective training bachelors in economics, management, law and information communication technologies, engaged in design, implementation, analysis and maintenance of corporate information systems. Key research areas
Practical training and employment opportunities
|
Nikolay Morozov |
Russian |
114 400 |