The economic growth of any country is impossible without the advanced development of the electric power industry. In recent decades, renewable energy sources have been developing dynamically, digital technologies are being introduced in the energy sector, and distributed generation is developing. At the same time, the basic processes are unchanged: it is the generation of electricity at power plants, its transmission through power lines and transformation at substations for supplying power consumers.
This program is aimed at studying both classical and modern problems of design, operation and analysis of the electrical part of power plants and power systems. The training of specialists in the "Power Stations" program has been carried out at INRTU since 1962, during which time the Department of Electrical Stations, Networks and Systems has accumulated a great deal of experience in training qualified specialists for the electric power industry.
Bachelor's
Degree
Russian
Language
4 years
Duration
About the program
Learning outcomes
- Ability to calculate and analyze the operating modes of electrical systems of all voltage classes, to develop projects for high voltage electrical networks;
- Ability to work with modern systems of digital protection, measurement, automation and control of electrical equipment of power systems;
- Knowledge and basic skills of operation, testing and diagnostics of main and auxiliary electrical equipment of power plants and systems;
- Design and engineering skills of the electrical and technological parts of power plants.
Career opportunities
For more than 50 years of this program existence, graduates are guaranteed to get a job in a variety of industries related to electrical engineering: power plants, power grid and energy sales companies, dispatch centers, industrial and mining energy-intensive industries, scientific and educational organizations. The graduates of the program begin their career with the positions of engineers, while there are no career limits. Graduates work in Russia, Germany, UK, USA and other countries. These are top managers of large energy and industrial enterprises, scientific and technical leaders and specialists in the field of electrical engineering, doctors and candidates of sciences, professors and associate professors.
After completing the bachelor's degree, the graduate can continue his studies at any of the master's programs in the field of electrical engineering, and then in graduate school with a further prospect of research and teaching.
After completing the bachelor's degree, the graduate can continue his studies at any of the master's programs in the field of electrical engineering, and then in graduate school with a further prospect of research and teaching.
Curriculum
1 semester
1 year
2 semester
1 year
History of RussiaEngineering and Computer GraphicsSoftware and ComputingPhysicsMathematicsForeign LanguageBasics of Inclusive InteractionChemistryInformation and Measuring TechnologyAcademic Internship: Introductory PracticeWeightliftingSport GamesMilitary-Applied Physical TrainingAdapted Physical EducationHealth-Improving Physical EducationAerobicsSport DanceBoxingPowerliftingGeneral Physical TrainingTheoretical Foundations of Electrical Engineering
3 semester
2 year
MathematicsForeign LanguageWeightliftingSport GamesMilitary-Applied Physical TrainingAdapted Physical EducationHealth-Improving Physical EducationAerobicsSport DanceBoxingPowerliftingGeneral Physical TrainingTheoretical Foundations of Electrical EngineeringCritical and Systems ThinkingApplied Physics in Electric Power IndustryDigital Technologies in Power IndustryGeneral Energy IssuesElectrotechnological and Structural Materials ScienceTheoretical Mechanics
4 semester
2 year
Foreign LanguageWeightliftingSport GamesMilitary-Applied Physical TrainingAdapted Physical EducationHealth-Improving Physical EducationAerobicsSport DanceBoxingPowerliftingGeneral Physical TrainingTheoretical Foundations of Electrical EngineeringIntroduction to Project DevelopmentMathematical Modeling in Power Engineering and Electrical EngineeringCompany Internship: Scientific and Research WorkEnergy Saving in Electric Power SystemsPower Industry DevelopmentMathematical Issues of Electric Power IndustryPower FacilitiesElectric Machines
5 semester
3 year
Foreign LanguageElectric MachinesBasics of LawElectromagnetic Transients in Electric Power SystemsElectronicsProduction System in Power IndustryFundamentals of Automatic Control TheoryAutomated Control Systems for Technological Processes in Electric Power SystemsElectric Power Systems and NetworksPower Stations and SubstationsProject Development Practicum
6 semester
3 year
Electric Power Systems and NetworksPower Stations and SubstationsProject Development PracticumPhilosophyCompany Internship: Practice for Obtaining Professional Skills and Professional ExperiencePower SupplyElectromechanical Transients in Electric Power SystemsForesightMeans of Telemechanics and Communication in Electric Power SystemsTechnological Modes of Operation of Power PlantsNon-traditional Sources of ElectricityOperational Switching in Electrical InstallationsPower Quality in Electric Power Systems
7 semester
4 year
Project Development PracticumPower Quality in Electric Power SystemsSafe Living BasicsReliability in Power IndustryHigh-voltage EngineeringDesign and Construction of Electrical Part of Power Stations and SubstationsPrinciples of Operational Dispatch Control in Electric Power IndustryTesting of Electrical EquipmentOperation of Electrical Equipment of Power Stations and SubstationsRelay Protection and Automation of Electric Power Systems
8 semester
4 year
Foreign LanguageProject Development PracticumRelay Protection and Automation of Electric Power SystemsThesis Writing and DefenceCompany Internship: Undergraduate PracticeAutomation of Power Stations and SystemsDesign of Technological Part of Power Plants and Their AuxiliariesElectric Power Systems and Their ManagementDiagnostics and Repair of Electrical Equipment of Power Stations and SubstationsOperating Modes of Electrical Equipment of Power Stations and SubstationsPreparation for Passing the Qualifying Exam in a Foreign Language
Program academic supervisor
Teaching staff
Head of the Department:
Department of Electric Power Plants, Networks and Systems
Associate Professor:
EUROSIBENERGO - INRTU Corporate Research Training Center
Phone
Associate Professor:
Department of Power Supply and Electrical Engineering
Phone
Phone
Head of the Department:
Department of Physical Education
Phone
Associate Professor:
Department of Applied Mathematics and Computer Science
Phone
Head of the Laboratory:
EUROSIBENERGO - INRTU Corporate Research Training Center
Phone
Mail
Associate Professor:
Department of Aircraft Engineering and Operation of Aviation Equipment
Phone
Mail
Senior Teacher:
Department of Physical Education
Phone
Senior Lecturer:
Department of Physical Education
Phone
Associate Professor:
Department of Chemistry and Biotechnology named after V.V. Tuturina
Phone
Head of the Department, Associate Professor:
Department of Engineering and Computer Graphics
Phone
Mail
Senior Teacher:
Department of Physical Education
Phone
Associate Professor:
Department of Electric Power Plants, Networks and Systems
Phone
Phone
Fees and funding
*Part-time mode of study is also available. For the detailed information about tuition fee and the training period please contact International admission office
Entrance exams
Applicants take a computer entrance exam in Russian or provide CEFR level B1, TORFL level 1 or equivalent to the Russian-taught program.
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us
