Educational Program "Engineering and Energy Efficiency in Thermal Power Engineering" focuses on harnessing the energy of fire, steam, and high-parameter steam to power civilization. Today, such a specialist is a Thermal Systems Architect and Green Transformation Engineer. You are the one who designs super-powerful turbine units, creates intelligent urban heat supply systems, and implements hydrogen combustion technologies. Your targets will be cogeneration units, powerful waste heat recovery boilers, and digital twins of power units, where every percentage point of efficiency is worth millions.
The goal of study is to turn you into a "conductor of thermal flows" capable of ensuring energy sustainability on any scale. We will teach you computer simulation of heat and mass transfer (CFD), automation of complex energy processes, and development of decentralized energy supply systems. This is the territory of High-End Thermodynamics, where classical power meets Big Data and renewable heat. You will learn to create systems operating at the edge of physical capabilities, becoming an architect of energy independence and climate neutrality.
Your superpower: In a world where energy efficiency is a weapon, you will possess Thermal Intelligence and Systems Optimization Mastery — skills to extract energy from every single joule. Your professional arsenal will include:
- Digital Twin Engineering: creating virtual models of thermal power plants and boiler houses to forecast their operation.
- Heat Recovery Systems: developing technologies to utilize industrial waste heat for district heating.
- Smart Thermal Grids: designing self-regulating "smart" thermal networks.
- Renewable Thermal Sources: integrating megawatt-class heat pumps and solar collectors into large-scale energy systems.
Our graduates are lead engineers at TPPs and CHPPs, project managers at international companies (such as Danfoss or Viessmann), corporate energy system auditors, and developers of innovative startups in "clean" heat, where the ability to manage complex processes is highly valued.
Objects of professional activity for bachelor's graduates are thermal power equipment; automated thermal process control systems; thermal networks and substations; as well as cogeneration technologies and energy-saving systems.
Field of study: G Engineering, Manufacturing and Construction
Specialty: G4 Energy Production
Specialization: G4.02 Thermal Power Engineering
Educational Program: Engineering and Energy Efficiency in Thermal Power Engineering
Competitive offer: Engineering and Energy Efficiency in Thermal Power Engineering
Accreditation Certificate: Educational program introduced in 2025. Extended certificate for specialty 144: UD №21008329 issued on January 25, 2019, valid until July 01, 2026.
Faculty: Faculty of Aircraft Engines
Graduating Department: Department of Aerospace Thermal Engineering (205)
Part-time study form available: no
Training of foreign citizens available: no