EDUCATIONAL PROGRAMS
Educational programs of the Department of Electric Power Engineering
| № |
Code and title of the EP |
Active version |
Accreditation |
Expert conclusion |
Archive of EP |
Educational program updates (by year) |
Development plan | Head of the EP |
| 1 | 6В07113 - Transport. transport technics and technologies |
2025–2026 CD |
№ 25/26KA0202 |
2024-2025 2023-2024 2022-2023 |
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Togizbayeva B.B.
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| 2 | 7М07113 - Transport. transport technics and technologies |
2025–2026 |
№ 5/26KA0206
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2024-2025 2023-2024 2022–2023 |
|
Togizbayeva B.B.
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BACHELOR'S PROGRAM
Direction of training: 6В071 – Engineering and Engineering
Educational program group: В062 – Electrical engineering and energy
Core subject at UNT: Mathematics and physics
Objective of Education Program: Preparation of bachelors with professional knowledge in the design, installation, operation and maintenance of equipment of thermal and nuclear power plants, RES, energy sources of industrial enterprises and settlements that have an understanding of the classical and new directions of modern energy and environmental technologies, and are able to apply their knowledge in scientific and practical and production activities.
Learning paths: Industrial thermal power engineering / Thermal and nuclear power plants
Degree awarded: Bachelor of Engineering and Technology in the education program "6В07117 Themal Power Engineering"
Area of Professional Activity: Field of technical sciences: thermal power engineering, renewable energy, design of energy systems, engineering ecology, etc. Thermal power engineering includes a set of means, methods and methods for generating and using electrical and thermal energy; conversion, transportation and distribution of various types of energy; design, installation and operation of equipment for thermal and nuclear power plants and energy saving; improvement of energy efficiency and energy audit of the enterprise and energy saving; cleaning and disposal of industrial waste in the energy, metallurgical, mining and processing, oil and gas industries; cold production; high-temperature processes and installations of the metallurgical industry, maintenance of technological processes in the oil and gas industry; cleaning and utilization of flue gases and wastewater from thermal and nuclear power plants; water purification for use in thermal power plants, industrial boiler houses and industrial enterprises.
MASTER'S PROGRAM
Direction of training: 7M071 – Engineering and Engineering
Educational program group: M098 – Thermal Power Engineering
Core subject at СT: Theoretical foundations of heat engineering, Boiler plants and heat engines
Objective of Education Program: Preparing masters with in-depth knowledge in the field and in new directions of modern power engineering, owning the methods of fundamental and applied scientific research, possessing professional knowledge in the design, installation, operation and repair of equipment of thermal and nuclear power plants, energy sources of industrial enterprises and utilities with an understanding of classic and new directions of modern energy and environmental technologies, and able to use the floor scientific knowledge in scientific, practical and industrial activities.
Learning paths: Industrial thermal power engineering / Thermal and nuclear power plants
Degree awarded: Master of Engineering in the education program "7M07117 Thermal Power Engineering"
Area of Professional Activity: Field of technical sciences: thermal power engineering, renewable energy, design of energy systems, engineering ecology, etc. Thermal power engineering includes a set of means, methods and methods for generating and using electrical and thermal energy; conversion, transportation and distribution of various types of energy; design, installation and operation of equipment for thermal and nuclear power plants and energy saving; improvement of energy efficiency and energy audit of the enterprise and energy saving; cleaning and disposal of industrial waste in the energy, metallurgical, mining and processing, oil and gas industries; cold production; high-temperature processes and installations of the metallurgical industry, maintenance of technological processes in the oil and gas industry; cleaning and utilization of flue gases and wastewater from thermal and nuclear power plants; water purification for use in thermal power plants, industrial boiler houses and industrial enterprises.
