The Master’s programme «Industrial and municipal thermal power engineering. Engineering and Energy Efficiency» is aimed at training professionals in the field of energy, possessing an analytical mindset and research skills, providing analytical support to energy enterprises, capable of designing thermal power equipment, its adjustment and operation.
Professional training
- Ecology of energy
- Heat and power supply systems and cogeneration units
- Non-traditional and renewable energy sources
- Thermal and nuclear power plants
- Design, manufacture and operation of heat engineering equipment
- Fundamentals of scientific research
Profiled discipline package 01 “Industrial and municipal power engineering”
- Design of modern boilers and boiler rooms
- Automation of heat and power processes and installations
- Autonomous and individual heating
Profiled discipline package 02 “Energy management and energy efficiency”
- Energy management and audit
- Energy technology complexes of industrial enterprises
- Energy metering systems
Optional courses
- Energy efficient heat technologies and use of renewable energy sources
- Energy saving in electrical energy consumption systems
- Energy equipment of plants with low-potential energy sources
Topics of diploma
2025
Bashlaev M.A. Analysis of the efficiency of a swimming pool water-heating system using alternative energy sources. Scientific advisor – associated prof. Koshelnik O.V.
Boldarev V.V. Development of a heating and domestic hot water supply system for a locality. Scientific advisor – prof. Pugacheva T.M.
Verbitskii D.F. Investigation of the influence of solid fuel characteristics on the operation of a steam boiler. Scientific advisor – prof. Pugacheva T.M.
Kuflik D. Efficiency analysis of low-temperature heat source utilization in district heating systems. Scientific advisor – associated prof. Kruglyakova O.V.
Paschenko V.H. Energy-efficient heat supply systems for protected cultivation structures. Scientific advisor – professor Kundenko M.P.
Pilyuk V.O. Comprehensive study of the energy efficiency of a residential building using an automated calculation module. Scientific advisor – associated prof. Kruglyakova O.V.
Yuschenko M.V. Improving the efficiency of building heat-supply systems. Scientific advisor – professor Kundenko M.P.
Ashitkov M.O. Energy conservation and efficiency system for residential buildings. Scientific advisor – associated prof. Yegorova O.Yu.
Bublik Ye.V. Development of an energy-efficient autonomous heat-supply system for buildings and structures. Scientific advisor – associated prof. Yegorova O.Yu.
Yermola A.O. Improving energy efficiency and energy conservation in milk primary processing. Scientific advisor – professor Kundenko M.P.
Kozhukhar A.Yu. Improving the energy efficiency of microclimate control systems in agricultural facilities. Scientific advisor – professor Kundenko M.P.
Kolesnikov Ya.O. Analysis of system performance and selection of energy-efficient equipment for malt production. Scientific advisor – associated prof. Koshelnik O.V.
Krivtsun D.V. Study of the utilization of “G”-grade coal. Scientific advisor – prof. Pugacheva T.M.
Logvinenko K.O. Energy-efficient wood drying system using secondary energy resources and solar panels. Scientific advisor – associated prof. Yegorova O.Yu.
Matsak O.E. Development of an energy-efficient biogas plant for agricultural enterprises. Scientific advisor – professor Kundenko M.P.
Strelnikov V.I. Comprehensive analysis of the thermohydraulic characteristics of the modernized tp-100 boiler. Scientific advisor – associated prof. Tarasenko O.M.
Khmel I.Yu. Improving the efficiency of fuel use in heating furnaces. Scientific advisor – associated prof. Tarasenko O.M.
Bondareva N.Ya. Improving the Efficiency of Building Heat-Supply Systems. Scientific advisor – professor Kundenko M.P.
Zorin D.R. Development of an Energy Management System for an Oil-Processing Enterprise. Scientific advisor – prof. Ganzha A.N.