Digitalization is rapidly changing the power energy industry, creating a more diverse sector with huge new opportunities for new technologies. The program provides in-depth knowledge of all the main digital technologies, knowledge of intelligent electric power systems (Smart Grid) and gives you the opportunity to specialize in the areas that are most promising for you at present.
The master’s program “Digital Power Engineering” involves students in research and production activities and is focused on the practical solution of the problems of operating power systems and developing power supply systems. The purpose of the program: training of elite specialists in the field of power supply systems with the most modern energy technologies:
-for working with national and foreign companies on joint research in the field of modern power electrical systems;
-for the design and implementation of renewable energy systems;
-for the design and implementation of modern power electrical and supply systems;
-for increasing human resources potential in the power electrical systems
Master's
Degree
English
Language
2 years
Duration
About the program
Learning outcomes
- Ability to demonstrate understanding of Smart Energy Systems related problems and technologies;
- Ability to design SES and analyze performance of Smart Energy Systems while demonstrating the ability to explain each component and entire system behavior;
- Ability to apply advanced mathematical techniques and algorithms for improvement of power system planning, operation and control.
Career opportunities
The program is developed within ESSENCE project of the Erasmus+ CBHE program of the European Union for the preparation of masters in digital energy. The partners of the program are European and Asian universities.
Partner universities from the European Union:
• Riga Technical University (Latvia),
• University of Kosice (Slovakia),
• Grenoble Institute of Technology (France).
Partner universities from the Russian side:
• Tomsk Polytechnic University,
• Kazan Power Engineering University,
• Ural Federal University,
• North-Eastern Federal University
Partner universities
Our students have internship at modern technologies and research laboratories of the University where they develop scientific projects, using the most modern equipment from leading foreign and Russian companies, manufacturers of electric power equipment.
Upon completion of training, it is possible to continue training in postgraduate studies at INRTU and ISEM SB RAS, work at energy companies, including foreign ones.
Partner universities from the European Union:
• Riga Technical University (Latvia),
• University of Kosice (Slovakia),
• Grenoble Institute of Technology (France).
Partner universities from the Russian side:
• Tomsk Polytechnic University,
• Kazan Power Engineering University,
• Ural Federal University,
• North-Eastern Federal University
Partner universities
Our students have internship at modern technologies and research laboratories of the University where they develop scientific projects, using the most modern equipment from leading foreign and Russian companies, manufacturers of electric power equipment.
Upon completion of training, it is possible to continue training in postgraduate studies at INRTU and ISEM SB RAS, work at energy companies, including foreign ones.
Curriculum
1 semester
1 year
2 semester
1 year
English for Professional PurposeProtection and management of distributed energy sourcesIntegration of distributed resources in power systemsNumerical optimization methodsSimulation and Analysis of Power System TransientsSelected problems of circuit theoryForign Language in Professional CommunicationElectromechanical systems in renewable energyRenewable energy sourcesElectrrical drive systemsPhysical fundamentals of electrical engineeringSimulation in the energy sectorWater power plantsCompany Internship (project work)
3 semester
2 year
English for Professional PurposePhilosophy of ScienceComputer, network and information technologyModern problems of power engineering and electrical engineeringProblems of development and functioning of electric power system under modern conditionsDesign methodology of intelligent energy systemsDevelopment trends of electrical equipment in the energy sector
Program academic supervisor
Teaching staff
Fees and funding
Entrance exams
Applicants take a computer test in Power Electrical Engineering
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us