Programs for international students
Bachelor's degree programs
Nuclear Technologies
Level: Bachelor's Degree
Direction: 14.03.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 240 ECTS credits
Duration and mode of study: 4 years, full-time
Programme curator: Dr. Dmitriy Samokhin
Programme manager: Dr. Alexander Nakhabov
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The program prepares students on Obninsk campus of INPhE.
The Nuclear Technologies (NT) program was established to contribute to research and education for the application of nuclear science and engineering. NT program is an education program with various applications including homeland security, power generation, radiation transport methods, nondestructive imaging and detection, advanced nuclear materials, nuclear reactor thermal hydraulics, as well as nuclear safeguards and nonproliferation.
Direction: 14.03.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 240 ECTS credits
Duration and mode of study: 4 years, full-time
Programme curator: Dr. Dmitriy Samokhin
Programme manager: Dr. Alexander Nakhabov
Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.
The program prepares students on Obninsk campus of INPhE.
The Nuclear Technologies (NT) program was established to contribute to research and education for the application of nuclear science and engineering. NT program is an education program with various applications including homeland security, power generation, radiation transport methods, nondestructive imaging and detection, advanced nuclear materials, nuclear reactor thermal hydraulics, as well as nuclear safeguards and nonproliferation.
Research nuclear reactors: Physics and Technologies
Level: Bachelor's Degree
Direction: 14.03.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 240 ECTS credits
Duration and mode of study: 4 years, full-time
Programme curator: Prof. Oleg Kochnov
Programme manager: Dr. Alexander Nakhabov
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The program prepares students on Obninsk campus of INPhE.
The Research nuclear reactors: Physics and Technologies (RNR) program was established to contribute to research and education for the application of nuclear science and engineering. RNR program is an education program with various applications including homeland security, radiation transport methods, nondestructive imaging and detection, advanced nuclear materials, research nuclear reactors thermal hydraulics, as well as nuclear safeguards and nonproliferation focused on research nuclear reactors.
Direction: 14.03.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 240 ECTS credits
Duration and mode of study: 4 years, full-time
Programme curator: Prof. Oleg Kochnov
Programme manager: Dr. Alexander Nakhabov
Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.
The program prepares students on Obninsk campus of INPhE.
The Research nuclear reactors: Physics and Technologies (RNR) program was established to contribute to research and education for the application of nuclear science and engineering. RNR program is an education program with various applications including homeland security, radiation transport methods, nondestructive imaging and detection, advanced nuclear materials, research nuclear reactors thermal hydraulics, as well as nuclear safeguards and nonproliferation focused on research nuclear reactors.
Radiation Technologies in Life Sciences
Level: Bachelor's Degree
Direction: 14.03.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 240 ECTS credits
Duration and mode of study: 4 years, full-time
Programme curator: Prof. Alla Udalova
Programme manager: Dr. Alexander Nakhabov
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The program prepares students on Obninsk campus of INPhE.
The Radiation Technologies in Life Sciences (RT) program is established to develop professional human resources for non-energetic application of nuclear and radiation technologies. RT program is an education program for bachelor degree in nuclear physics and technologies. It includes an academic and practical training to form knowledge, skills and expertize in basic engineering with an emphasis on three main specialized domains: radiation protection, radiation and nuclear technologies in agrosciences and healthcare.
Direction: 14.03.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 240 ECTS credits
Duration and mode of study: 4 years, full-time
Programme curator: Prof. Alla Udalova
Programme manager: Dr. Alexander Nakhabov
Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.
The program prepares students on Obninsk campus of INPhE.
The Radiation Technologies in Life Sciences (RT) program is established to develop professional human resources for non-energetic application of nuclear and radiation technologies. RT program is an education program for bachelor degree in nuclear physics and technologies. It includes an academic and practical training to form knowledge, skills and expertize in basic engineering with an emphasis on three main specialized domains: radiation protection, radiation and nuclear technologies in agrosciences and healthcare.
Master's degree programs
Nuclear Engineering
Level: Master's Degree
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Georgy Tihomirov
Programme manager: Prof. Georgy Tihomirov
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The Master Program “Nuclear Engineering” is oriented on the preparing graduates who will be able to work successfully in the areas related to design, analysis and assessment of safety and economical efficiency of contemporary and advanced nuclear power facilities. Besides, the Program graduates have to possess a sufficiently wide spectrum of systematical and analytical skills, leadership and communicative competencies in order to work successfully within a team of professionals.
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Georgy Tihomirov
Programme manager: Prof. Georgy Tihomirov
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The Master Program “Nuclear Engineering” is oriented on the preparing graduates who will be able to work successfully in the areas related to design, analysis and assessment of safety and economical efficiency of contemporary and advanced nuclear power facilities. Besides, the Program graduates have to possess a sufficiently wide spectrum of systematical and analytical skills, leadership and communicative competencies in order to work successfully within a team of professionals.
High energy physics and astrophysics
Level: Master's Degree
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Anatoly Petrukhin
Programme manager: Dr. Anna Dmitrieva
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Master’s program is directed to studies of various aspects of this new field: methods and results obtained in particle physics at accelerators and in investigations of various astrophysical objects.
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Anatoly Petrukhin
Programme manager: Dr. Anna Dmitrieva
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Master’s program is directed to studies of various aspects of this new field: methods and results obtained in particle physics at accelerators and in investigations of various astrophysical objects.
Materials for Nuclear Application
Level: Master's Degree
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Boris Kalin
Programme manager: Dr. Aleksei Suchkov
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Preparing masters in the field of radiation materials science, able to investigate the processes occurring in solids under the influence of various types of radiation, create radiation-resistant materials used in nuclear power plants and fusion reactors, as well as possess skills to work with modern equipment.
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Boris Kalin
Programme manager: Dr. Aleksei Suchkov
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Preparing masters in the field of radiation materials science, able to investigate the processes occurring in solids under the influence of various types of radiation, create radiation-resistant materials used in nuclear power plants and fusion reactors, as well as possess skills to work with modern equipment.
Nuclear Power Engineering
Level: Master's Degree
Direction: 14.04.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Dr. Kirill Kutsenko
Programme manager: Dr. Kirill Kutsenko
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Program objective is to train highly qualified specialists in the field of physics and thermal physics of NPP for expert, design, production, technological, research, organizational and managerial activities in the development and operation of promising nuclear power plants.
Direction: 14.04.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Dr. Kirill Kutsenko
Programme manager: Dr. Kirill Kutsenko
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Program objective is to train highly qualified specialists in the field of physics and thermal physics of NPP for expert, design, production, technological, research, organizational and managerial activities in the development and operation of promising nuclear power plants.
Radioecology and Radiation Protection
Level: Master's Degree
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Alla Udalova
Programme manager: Dr. Alexander Nakhabov
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The program prepares students on Obninsk campus of INPhE.
The Master’s Program is aimed at the training graduates in radiation ecology and radiation protection who will be able to work successfully in the fields of nuclear engineering and non-power applications of nuclear and radiation technologies.
Direction: 14.04.02 Nuclear Physics and Technologies
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Alla Udalova
Programme manager: Dr. Alexander Nakhabov
Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.
The program prepares students on Obninsk campus of INPhE.
The Master’s Program is aimed at the training graduates in radiation ecology and radiation protection who will be able to work successfully in the fields of nuclear engineering and non-power applications of nuclear and radiation technologies.
Materials Design and Engineering
Level: Master's Degree
Direction: 22.04.02 Materials Science and Engineering
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Boris Kalin
Programme manager: Dr. Aleksei Suchkov
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The program is intended to prepare masters with a good physical and mathematical knowledge and includes disciplines that enable to study the physicochemical and mechanical properties of modern materials, research methods of the structural-phase state of materials, and design principles of advanced structural and functional materials.
Direction: 22.04.02 Materials Science and Engineering
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Boris Kalin
Programme manager: Dr. Aleksei Suchkov
Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.
The program is intended to prepare masters with a good physical and mathematical knowledge and includes disciplines that enable to study the physicochemical and mechanical properties of modern materials, research methods of the structural-phase state of materials, and design principles of advanced structural and functional materials.
Nuclear Power Plants
Level: Master's Degree
Direction: 14.04.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Sergey Leskin
Programme manager: Dr. Alexander Nakhabov
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The program prepares students on Obninsk campus of INPhE.
The goal of the graduate program “Nuclear Power Plants” is providing a balanced education in the field of nuclear power plant (NPP) design and operation. The curriculum covers a variety courses including computer technologies for science and education, economics of research and development, theoretical and experimental studies in thermal physics, innovations in nuclear power generation, NPP equipment diagnostics, supervisory control and data acquisition systems of NPP (SCADA NPP), basic safety principles for nuclear power plants.
Direction: 14.04.01 Nuclear Power Engineering And Thermal Physics
Language of instruction: English
Credit value: 120 ECTS credits
Duration and mode of study: 2 years, full-time
Programme curator: Prof. Sergey Leskin
Programme manager: Dr. Alexander Nakhabov
Contacts: This email address is being protected from spambots. You need JavaScript enabled to view it.
The program prepares students on Obninsk campus of INPhE.
The goal of the graduate program “Nuclear Power Plants” is providing a balanced education in the field of nuclear power plant (NPP) design and operation. The curriculum covers a variety courses including computer technologies for science and education, economics of research and development, theoretical and experimental studies in thermal physics, innovations in nuclear power generation, NPP equipment diagnostics, supervisory control and data acquisition systems of NPP (SCADA NPP), basic safety principles for nuclear power plants.
On educational programs, please contact:
Alexander Khromov, deputy director
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.
Kirill Kutsenko, head of the educational department
Phone: +7 (495) 788 56 99, доб. 8991
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