Thermal Power Plants
Bachelor of technique and technology in Heat power engineering
Profile items:
mathematics
+
physics
Languages of instruction:
kazakh, russian
Type:
bachelor
Minimum Admission Score:
70
Requirement for Graduation:
не менее 240 кредитов
Goals
Preparation of highly qualified personnel in the field of heat and power engineering, possessing theoretical and practical knowledge, skills and abilities necessary for their implementation in professional activities, meeting the needs of the domestic and global markets of intellectual labor, ready to make a qualitative breakthrough in the development of power engineering
• Thermal power plants
• Gas turbine and combined cycle technologies
ON1 Demonstrates communication skills in oral and written form, including in a foreign language, in a professional environment and society, forms and reasonably defends one’s own point of view, ideological and civic position in interpersonal interaction and intercultural environment
ON2 Demonstrates and applies basic mathematical, scientific, economic and legal knowledge in an interdisciplinary context to solve engineering problems in the professional field
ON3 Demonstrates the ability to self-organization, self-education and professional improvement, critical understanding of the accumulated experience, focus on a healthy lifestyle to ensure full social and professional activities through methods and means of physical culture
ON4 Uses various types of information and communication technologies, digital technology and application software in his professional activities, applies methods for analyzing and storing large volumes of data, elements of artificial intelligence for design, modeling, optimization of thermal power facilities
ON5 Demonstrates and applies basic knowledge of technical thermodynamics, heat and mass transfer theory, hydrogasdynamics to solve engineering problems in the professional field
ON6 Demonstrates the ability to select and control the quality of structural materials, calculations of parts and components of power plants for strength, selection and characterization of electrical devices, selection and calculation of water and fuel preparation schemes
ON7 Demonstrates the ability to apply industrial, environmental and radiation safety, industrial sanitation and occupational safety standards and regulations
ON8 Provides metrological support for thermal power systems and installations, automated control of technological processes at thermal power enterprises within the given authority, applies simulation modeling methods for effective management of thermal power systems
ON9 Organizes and carry outs the operation and maintenance of heat and power engineering, heat technology equipment, conducts tests and experimental studies of power plants within the specified authority
ON10 Develops energy and resource saving measures, carry outs energy inspections of industrial enterprises, adapts new energy-saving technologies in thermal power engineering
ON11 Carry outs calculations of thermal schemes, heat and power equipment according to standard methods, uses computer programs in accordance with the terms of reference, makes informed decisions when choosing heat and power equipment, developing thermal schemes of heat and power systems
ON12 Organizes workplaces and their technical equipment, to exercise control over technological discipline, analyzes the results of the activities of the production unit, develops organizational, technological and reporting documentation
ON13 Applies theoretical and practical knowledge to solve educational, practical and professional tasks in the field of study; knows the methods of scientific research and academic writing and applies them in the field of study; understands the implications of the principles and culture of academic integrity
- The field of professional activity is thermal power engineering as an integral part of technology, which includes a set of tools, methods and methods of human activity created for generating and applying heat, controlling its flows and converting various types of energy into heat.
- Graduates who have completed the bachelor's degree program can work at thermal and nuclear power plants, in engineering companies engaged in design, maintenance, testing, repair and commissioning, supply and sale of basic and auxiliary equipment for thermal power plants, nuclear power plants; in research organizations; educational organizations of higher, technical and vocational education.
- Graduates of AUPET thermal power engineering work at enterprises of the thermal power industry of Kazakhstan, such as ERG Group of Companies, Kazakhmys, Kazzinc JSC, AZHK JSC, AlES JSC, AlTS LLP, Sh. Chokin Kazniienergy, Kazakh Scientific Research Institute of Power Engineering named after Sh. Chokin, “Institute “KazNIPIEnergoprom” JSC, Siemens Kazakhstan LLP, MNPP Kazatomprom LLP, Almaty Teplokommunenergo LLP, Ekibastuz GRES-1 and GRES-2, Aktobe TPP JSC, etc. Many graduates of the Department of TPE of APEI (AUPET) have achieved high results in production and business.
А015 - Heating and heating networks;
А016 - Training workshop;
А107 - Thermal power plants;
А109 - Superchargers and heat engines
А111 - Boiler plants and steam generators
А229 - Energy Generation and Distribution Systems
А231 - Fuel and heat engineering installations
А233 - Water treatment and water-chemical regimes
А323 - Fluid and Gas Mechanics
А407 - Chemistry
А409 – Chemistry
А413 - Materials Science and Structural Materials
В133 - Physical and chemical methods of water treatment
В134 - Thermal engineering measurements and automation
B 135 – Heat and mass transfer and technical thermodynamics
A 503 – Scientific and Technical Center "Research of Heat Power Engineering Development Problems"
A 505 - Scientific laboratory "Fuel burning devices and gas turbines"
A508 - Scientific laboratory "Water treatment and protection of equipment from corrosion"