The objects of activity for graduates of this specialty are thermal power equipment of thermal and nuclear power plants; heat engineering equipment of industrial and communal enterprises; steam and hot water boilers; heat engines; heat and mass transfer apparatus; heat pump and refrigeration units; coolants and working fluids; processes of generation, transformation, transmission, distribution, and use of energy; thermal power equipment of energy, industrial, and communal facilities; heat and cold supply systems; non-traditional (alternative) energy production technologies; energy accounting, regulation, and automation systems; tools for designing thermal power plants and systems; energy management and auditing.

The educational goal is to train specialists capable of solving complex general and specialized tasks and practical problems in the field of thermal power engineering, which involves the application of theories and methods of electrical engineering and is characterized by complexity and uncertainty of conditions; and specialists capable of independently designing and analyzing modern thermal power systems; determining optimal parameters for thermal power devices; performing energy efficiency analysis and proposing energy-saving measures that contribute to reducing fuel and energy consumption and negative environmental impact.

Training is conducted at the Department of Aerospace Heat Engineering (205).

Training is conducted according to the following educational programs:

Educational Program	Educational Degree	Form of Study	Duration of Study
Computer-Integrated Technologies for Energy Systems Design	Bachelor based on complete general secondary education	Full-time	3 years and 10 months