Study Nuclear Engineering in Russia

The study of nuclear engineering in Russia, power engineering or nuclear engineering is an educational program aimed at teaching students the basics of natural material extraction and facilities management.

The study of nuclear engineering ensures jobs in the field of renewable energy such as hydroelectric power plants as well as wind farms, Prussia has 10 educational programs in the field of nuclear energy that are implemented through different universities.

Studying in Russia ensures that the graduate has a great deal of practical and theoretical knowledge, education in nuclear engineering is carried out because of the need of the labor market for it and that graduates from this specialization have the highest level of salaries among workers in the energy sector.

Study Nuclear Engineering in Russia
Study Nuclear Engineering in Russia

Costs of studying nuclear engineering in Russia

University tuition fees range from US$2,500 to US$8,500 per year, including university fees, hostel accommodation, and one-year medical insurance depending on the university and major. Student living expenses range in the range of USD 100 per month.

Russian Tomsk Polytechnic University

Known as TPU


The tutorial includes:

  • Study of basic concepts and theories of physics and kinesiology
  • Calculations of neutron physical processes
  • In addition to the principles of design, operation and engineering of nuclear power plants.

This program offers a comprehensive education in nuclear technology.

The Nuclear Engineering program covers all aspects of nuclear engineering such as nuclear reactor physics and technology as well as nuclear energy safety and radiation protection.

The student has the right to choose from some courses such as fourth-generation reactors and small reactors.

Students are taught subjects related to nuclear power plants at the Potakov Center for Science and Education, part of the School of Energy Engineering of the Tomsk Polytechnic University.

Their studies will be on nuclear power plants: design, operation and engineering, after completing the course in English and Russian.

The student studies research problems such as

  • Development of materials perspective for the nuclear fuel cycle.
  • Improve the operational characteristics of nuclear facilities that confirm theory and experience.

Research topics generally include about

  • Operating Patterns and Systems
  • Basic Controls
  • Material properties
  • Techniques of nuclear stimulants for silicon
  • Production of isotopes for medical purposes, including ready-made forms of radiopharmaceuticals.

International students in Russia receive a practical internship course at the resource centers of Volgodonsk, according to an agreement signed between the Tomsk Polytechnic University and the National University of Nuclear Research (MEPhI).

The advantage of Tomsk Polytechnic University is that it relies in study on applied education and practice and this is very important especially in the field of nuclear engineering.

The training for students is carried out under the guidance of supervisors and a team specialized in many areas of scientific and engineering faculty.

There are many job opportunities for graduates in companies under construction of the Russian State Corporation Rosatom in Egypt and in institutes for the study of nuclear energy.

The university offers training in many areas including mining and uranium ore processing as well as the reprocessing and storage of spent nuclear fuel.

The university gives opportunities for international students to conduct research at the headquarters of its research reactor and the only university training in Russia.

Students have the opportunity to complete their industrial training at Rosatom institutions, which give graduates knowledge in the practice of work.

Program Objectives

  • It is the preparation of graduates who are able to develop engineering careers in atomic fields that need special skills.
  • The program allows graduates impressive performance in the field of operation of nuclear power plants.
  • Graduates are prepared who are capable of manufacturing nuclear power with all its components and not through separate specific elements such as reactors, turbines and steam generators.
  • Graduates studying nuclear engineering can manage the entire work cycle at a nuclear power plant.

Main Units:

  • Reactor Physics
  • Nuclear Reactor Control and Safety
  • Nuclear Reactor Design Project
  • Design, maintenance and engineering of nuclear power plants
  • Laboratories in nuclear research reactor buildings
  • Academic Staff


  • Division of Experimental Physics
  • Nuclear Fuel Cycle Section
  • Engineering Center
  • International Research Laboratory for X-ray Optics
  • Laboratory of Radioactive Materials and Techniques
  • Department of Regulation at the Faculty of Nuclear Science and Engineering
  • Office of Radiation Safety
  • Electronics Research and Physical Equipment Automation Laboratory
  • Ultra-Frequency Technology Research Laboratory
  • Nuclear Reactor Research Center
  • Weinberg Research Center

Study Nuclear Power Engineering at KTH

The program provides a foundation on nuclear reactor physics and technology as well as nuclear energy safety, sustainable energy conversion techniques, radiation protection and dosing.

This program is one of the largest nuclear engineering programs in the world, with most students from all countries coming to join this program.

Through this program students can choose between a range of courses including:

  • Fourth generation reactors.
  • Small reactors.
  • Nuclear fuel cycle.
  • Monte Carlo roads.
  • Simulation in nuclear technology.
  • Simulation of reactors and power plants.
  • Thermal hydraulics in nuclear power engineering.
  • Radiation damage to materials.
  • Leadership in the safe nuclear energy industry.
  • Chemistry and physics of nuclear fuel.
  • Numerical methods in nuclear engineering.

The tutorial is based on courses as well as reversed classroom approaches, the use of computer-aided interactive quizzes as well as video lectures and custom e-books in all subjects.

APROS, an advanced simulation tool, is used in nuclear reactors and power plants.

Students are tasked with conducting research projects in broad international collaboration.

Experiments are conducted in all dangerous areas such as heavy metal chiller technology, nuclear fuel materials, and thermal hydraulics.

Students can work graduation projects at large companies such as Westinghouse, Vattenfall, OKG and Forsmark.

This program is offered in English, and graduates are awarded a Master of Science degree.

This programme is known by industry, authorities and research institutions in Sweden, Europe and all over the world.

The program prepares graduates who are able to work in the field of research and ongoing studies.

There are job opportunities and new jobs for nuclear engineering students at KTH.

Graduates are admitted to universities in Europe and the USA for doctoral work.

The tutorial develops technology and infrastructure to generate clean energy at affordable prices, and produce carbon dioxide-free nuclear energy.

Students are given training courses by experts from the industrial sector such as the SH2610 course (Leadership in the Safe Nuclear Energy Industry) and the SH262V course (Rear End Elements of the Nuclear Fuel Cycle).

Subjects of study of the program


  • Physics.
  • Nuclear reactor technology.
  • Radiation protection.
  • Safety of nuclear power plants.
  • Fourth generation reactors.
  • Small reactors.
  • Small conversions.
  • Materials in nuclear engineering.
  • Nuclear fuel cycle.
  • Simulation of nuclear reactors and power plants.

Kazan State Power Engineering University

Location: Kazan, Russia.

Duration of study: 5 years.

Language of study: Russian.

The qualified graduate is awarded a specialist: (engineer – physicist).

Objectives of the tutorial

The educational program aims to prepare specialized graduates working in:

  • Nuclear power plants.
  • Design institutions.
  • Engineering companies.
  • Research Institutes.
  • Centers and laboratories.
  • Engineering offices of organizations and companies.
  • Service and repair of the main equipment and assistance for nuclear power plants in the Russian Federation as well as in other countries.


The educational program is carried out in nuclear and thermal power plants at the Institute of Thermal Power Engineering.

Education is carried out for the purpose of designing and maintaining nuclear power plants.

Through the learning process of the Department of Nuclear and Thermal Power Plants, the graduate acquires some skills in some areas such as:

  • The field of ensuring the safe operation of the main equipment.
  • Assistance to nuclear power plants.
  • Operation of nuclear power plants.
  • Operation of steam generators and equipment of steam turbine plants.
  • Gain competence in the field of radiochemistry and radiation safety of nuclear power plants.
  • Mastering the repair and maintenance techniques and technological systems of nuclear power plants.
  • Testing and modification of nuclear power plants and control of nuclear power plants.
  • Development, maintenance and management of engineering projects.
  • Selection and justification of engineering, technical and organizational decisions in the design of elements and systems of nuclear power plants.

Major academic disciplines of nuclear engineering

They are:

  • Nuclear power plants.
  • Heat and mass transfer in nuclear power plants.
  • Thermo-hydraulic processes in nuclear reactors.
  • Theory of neutron transfer.
  • Nuclear physics.
  • Physics of nuclear reactors.
  • Kinetics of nuclear reactors.
  • Neutron physics reactor measurements.
  • Metrological support for technical measurements in nuclear energy.
  • Project activities in nuclear energy.
  • Solving engineering problems in nuclear energy.
  • Control and management of nuclear power plants.
  • Radiochemistry and radiation safety of nuclear power plants.
  • Dosimetry and protection from ionizing radiation.
  • Operation of steam generators for nuclear power plants.
  • Operation of heat exchange equipment for nuclear power plants.
  • Operation of pumping equipment for nuclear power plants.
  • Design and operation of systems and equipment attached to nuclear power plants.
  • Design of nuclear power plants.
  • Organization of steam turbines for nuclear power plants.
  • Methods of operation and operation of nuclear power plants.
  • Methods of operation and operation of steam turbine units for nuclear power plants.
  • Ensure the reliability of nuclear power plants.
  • The use of inorganic materials to ensure the safe operation of nuclear power plants.
  • Operation of special water treatment systems and water system for nuclear power plants.
  • Refrigerant preparation technology for nuclear power plants.
  • Fusion plants and reactors.
  • High-tech plasma and power plants.
  • Mathematical modeling simulation in nuclear energy.
  • Applied modeling of nuclear power plants.
  • Repair and maintenance of nuclear power plant equipment.
  • Analysis of the operability of technological systems as part of steam turbine units for nuclear power plants.
  • Testing and modification of nuclear power plant equipment.
  • Laboratory equipment and faculty.

Some universities to study nuclear engineering in Russia

They are as follows:

  • Irkutsk National Research Technical University
  • North Caucasus Federal University
  • Omsk State Technical University
  • Almetyevsk State Oil Institute
  • Pacific National University
  • Tambov State Technical University

Nuclear Engineering Graduates Work

They are as follows:

  • Design, operation and management of nuclear facilities.
  • Consultants, researchers and managers.
  • Risk assessment and quality assurance.
  • Project management.
  • Nuclear licensing.
  • Nuclear reactors.
  • Atomic accelerators.
  • Nuclear laboratories.
  • Atomic Energy Agency.
  • Energy Research Centers.
  • Monitoring of nuclear radiation.
  • Aircraft factories and armed factories.
  • Nuclear engineer.
  • Researcher.
  • Analyst.
  • Consultant.
  • Manager.

In the end, if a student decides to study engineering, he must study it in Russia, and this is for several advantages, including the quality of education in Russia.

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