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- University
- OINPE
- Education direction
- 14.03.02 - Nuclear physics and technology
- Language of instruction
- Russian
- Location
- Kaluga region, Obninsk city
- Education form
- Full-time
- Number of places
- 35(15+20 on a paid basis)
- Degree
- Bachelor's Degree
- Duration of education
- 4 years
- Cost of education (in a year)
- 210,000 rubles per year
- Faculty
- Institute of Nuclear Physics and Engineering
Description of the program
Bachelor's degree in nuclear physics and technology, capable of successfully carrying out professional activities in the field of human and environmental radiation safety in a wide range of fields of activity including nuclear energy and industry; nuclear medicine; food industry and agriculture; oil and gas, mining, construction industry; radiation safety control and supervision authorities
For whom is this program
The objects of professional activity of graduates are:
− the atomic nucleus;
− elementary particles and plasma;
− condensed state of matter;
− lasers and their applications;
− nuclear reactors;
− materials of nuclear reactors;
− nuclear materials and their safety systems;
− charged particle accelerators;
− development and technology of application of devices and installations for the analysis of substances;
− radiation effects of ionizing radiation on humans and the environment;
− radiation technologies in medicine;
− mathematical models for theoretical and experimental studies of phenomena and patterns in the field of nuclear physics, particle physics, plasma physics, condensed matter physics, and nuclear reactors;
− propagation and interaction of radiation with objects of living and inanimate nature;
− environmental monitoring of the environment;
− ensuring the safety of nuclear materials, facilities and installations of the nuclear industry and energy.
Advantages of studying
- the opportunity to participate in research in the fields of nuclear physics, elementary particles, developments of nuclear technologies and nuclear power plants
- own unique scientific and technical base for research
- The curriculum has a modular structure
As a result of studying, you will be able to:
- Environmental and radioecological problems of territories in the zones of influence of the Arctic, Radioecological diagnostics of the territory during the decommissioning of nuclear power plants, Radioecological problems in the management of radioactive waste, Radioactively contaminated territories, Radioecological problems of territories with high levels of NRB.
Disciplines
Physics
mechanics, vibrations and waves, molecular physics, electricity and magnetism, atomic physics
Mathematics
mathematical analysis, analytical geometry and linear algebra, differential equations, integral equations, theory of the function of a complex variable, probability theory and mathematical statistics
History
the history of Russia, the universal history
Dosimetry and protection from ionizing radiation; Radiation Biology; Nuclear Geochemistry; Man-made systems and environmental risk; Safe management of radioactive waste and spent nuclear fuel; Fundamentals of Radiation Chemistry; Radiation Hygiene; Atomic Law; Radiation and environmental safety of nuclear fuel cycle facilities; Radiation Ecology; Medical and biological fundamentals of Radiation Safety.
1
Graduation work/exam
8 weeks in the last year
Practical training
Organizations of the Rosatom State Corporation, Rosenergoatom Concern LLC, scientific research institutes and scientific production enterprises
Requirements for admission to the educational program
- Entrance exam, test, written (profile entrance tests in the field of training): Mathematical foundations of engineering, Physics in Engineering sciences, Russian language
Demand for the profession
Environmental and radioecological problems of territories in areas affected by nuclear radiation facilities,
Radioecological diagnostics of territories during decommissioning of nuclear radiation facilities,
Radioecological problems in radioactive waste management,
Radioactively contaminated territories,
Radioecological problems of territories with elevated radiation levels.
Career trajectories after graduation
- an environmental or labor protection engineer, a radiologist engineer, a laboratory assistant for radioactivation methods, an energy technician, a dosimetric engineer, a controller for the storage of nuclear materials and ammunition, a nuclear physicist, a laboratory assistant at a nuclear physics laboratory, an employee of an analytical laboratory, a laboratory assistant for processing calculated data.
Leading experts/lecturers of the educational program
- Udalova Alla AlexandrovnaDoct. Biol. Sci
- Melnikova Tatiana VadimovnaPhD in Chemistry
- Synzynys Boris IvanovichDoct. Biol. Sci
Any questions?
You can ask a question about education, admission and submission of documents, and we will answer you!