Specialty 142 «Power Engineering Machinery» prepares specialists in the design, engineering, manufacturing, installation, maintenance, and modernization of equipment that converts, generates, and utilizes thermal, mechanical, or nuclear energy.
Main Study Areas:
Turbine Engineering and Thermal Power Equipment: development and operation of steam, gas, and hydraulic turbines for power plants, boilers, heat exchangers, and steam generators.
Internal Combustion Engines and Advanced Power Units: design of gas turbine, diesel, hydrogen, and hybrid engines for shipbuilding, locomotives, and industry.
Refrigeration Technology and Air Conditioning Systems: development of industrial refrigeration units, heat pumps, cryogenic systems, and climate control technologies.
Computer Modeling of Thermal-Fluid Dynamics: fluid and gas flow calculations (CFD), structural strength analysis under high pressure and temperature using CAD/CAE systems.
Key Disciplines:
Engineering Thermodynamics and Heat and Mass Transfer
Fluid Dynamics and Fluid Machinery (Compressors, Pumps)
Design and Calculation of Turbines and Engines
Refrigerating Machines, Heat Pumps, and Cryogenic Engineering
CAD/CAE Systems in Energy Engineering (Ansys Fluent, SolidWorks, Solid Edge)
Environmental and Zero-Waste Energy Technologies
Graduate Career Roles:
Design Engineer for Power Engineering and Thermal Equipment
Development Engineer for Gas Turbine and Boiler Systems
Fluid Dynamics and Structural Strength Calculation Engineer (CFD / CAE Engineer)
Operation and Maintenance Engineer / Chief Thermal Engineer
Design Engineer for Refrigeration and HVAC Systems
Primary Employment Sectors:
Turbine manufacturing, boiler building, and engine manufacturing plants; power generation companies (TPP, CHP, NPP, HPP); refrigeration, compressor, and climate equipment development and maintenance companies; design bureaus (DB), engineering firms, and R&D centers in heavy power engineering machinery.
Training is conducted at the Department of Aircraft Engine Theory (201)
Training is provided under the following degree programs:
| Educational Program | Degree Level | Mode of Study | Duration of Study |
| Gas Turbine Plants and Compressor Stations | Bachelor based on complete general secondary education | Full-time | 3 years and 10 months |
| Power Engineering Machinery | Doctor of Philosophy (PhD) | Full-time and Part-time | 4 years |