The program is aimed at training specialists - future leaders of the energy industry, capable of making well-grounded effective organizational and technological decisions.
The training is carried out by highly qualified teaching staff from among the professors and associate professors of the Department of Heat Power Engineering in cooperation with the Institute of Energy Systems of the Siberian Branch of the Academy of Sciences (ISEM SB RAS) and leading energy enterprises. Students gain knowledge, as well as practical skills through research and design activities in the field of operation, management and improvement of the efficiency of heat and power systems, the fuel and energy complex, modern methods of designing thermal power plants, optimization of operating modes and effective methods of improving the environmental safety of energy enterprises , improvement of diagnostic methods and extension of the resource of heat and power equipment.
For training, the equipment of laboratories is used: "Mathematical modeling in an engineering experiment", "Laboratory for diagnostics and control of metals", "Laboratory for research of operating modes of heat and power equipment" and others.
Master's
Degree
Russian
Language
2 years
Duration
Department:
Department of Heat Power Engineering
About the program
Learning outcomes
- Skills of critical analysis, are guided in the prospects for the development of the energy industry, methods of improving technological processes;
- Proficiency in modern methods of designing energy enterprises;
- Knowledge of modern principles, methods and tools for managing the development and operation of energy enterprises in modern market conditions;
- Possession of the technologies for implementing the strategy of creating environmentally friendly industries;
- Creation of high-tech and competitive products of scientific activity.
Career opportunities
The program is in demand among graduates of bachelors in the field of "Heat power engineering and heat engineering", as well as employees of energy enterprises wishing to continue their studies at the next level of education with the prospect of career growth. Graduates of the master's program are in demand in engineering and managerial positions in energy enterprises engaged in the production, transmission and distribution of heat and electric energy, in large industrial enterprises, in design and commissioning organizations. Also, graduates of the program are in demand in research institutes to continue their studies in postgraduate studies in heat and power engineering.
Students successfully combine their studies with work at heat and power plants.
Students successfully combine their studies with work at heat and power plants.
Curriculum
1 semester
1 year
Modern technologies for the production of thermal and electrical energyEducational practice: the practice of obtaining primary skills of research workProblems of energy and resource saving in heat power engineering, heat engineering and heat technologiesPhilosophy of ScienceEnvironmentally friendly sources of heat and electricityOptimization of operating modes of thermal power plantsForeign language for postgraduates
2 semester
1 year
Optimization of operating modes of thermal power plantsForeign language for postgraduatesAnalysis of the efficiency of thermal power systemsApplication of turbine mode diagrams for optimizing the operation of thermal power plantsThe evolution of energy in the XXI centuryMathematical modeling in an engineering experimentEconomics and Production ManagementProspects for the development of the fuel and energy complex of the countryFeatures of aerodynamic calculation of boiler installationsFeatures of calculation of the flow part of turbines of thermal and nuclear power plantsProduction practice: technological practice
3 semester
2 year
Foreign language for postgraduatesFeatures of aerodynamic calculation of boiler installationsFeatures of calculation of the flow part of turbines of thermal and nuclear power plantsImproving the reliability and extending the life of steam turbine installationsImproving the reliability and extending the life of boiler installations and steam pipelinesReliability, survivability and safety of thermal power systemsProduction practice: research work (research seminar)Modern methods of designing thermal power plantsSmall power industry of SiberiaMethodology of the study of environmental factors in the heat power industryReliability, survivability and safety of thermal power systemsQuality management in the heat power industry
4 semester
2 year
Program academic supervisor
Teaching staff
Fees and funding
Entrance exams
Applicants take the special discipline related to the field of master's degree program in Russian language.
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us