The educational program "Electrical Power Engineering" is aimed at training highly qualified specialists in the field of electric power transmission systems and networks, relay protection and automation, with knowledge, skills and abilities sufficient to solve production-related tasks.
Full-time education
The training period is 4 years
240 credits
51%
state
educational grants
Languages of education:
kazakh, russian
Threshold passing score of the UNT
Academic degree:
Bachelor of Engineering and Technology
UNT profile subjects:
Mathematics, Physics
9 laboratories
Advantages and features of the Bachelor's degree
There is and successfully operates an academic exchange program, the possibility of mastering an additional educational program (Minor).
During the training period, according to the curriculum of the EP "Electrical Power Engineering", fundamental and elective modules of the curriculum will be studied, production, training and pre-graduate practices will be completed.
Prospects after training
Graduates of the program successfully work in the installation and commissioning, organizational and managerial, design and technological, design and design, service and operational, experimental and research fields. They hold positions of electrical engineers, electrical system maintenance specialists, power system dispatchers, electricians, power system operation specialists, energy security engineers.
A graduate can be realized himself at enterprises for the production, transmission, distribution and consumption of electricity, in construction organizations, transport enterprises, factories, housing and communal services, office centers, large stores, supermarkets.
The main areas of employment from the point of view of the employers' profile include enterprises and companies producing electronics, repair services, factories, telecommunications companies, cellular providers, law enforcement agencies, the military-industrial industry, etc.
List of professions
Types of professional activity
Objects of professional activity of the enterprise for the production, transmission, distribution and consumption of electricity.
Graduates work at leading enterprises for the production and transportation of electricity: Joint-Stock Company "North Kazakhstan Distribution Grid Company", Joint-Stock Company "Akmola Distribution Grid Company", Joint-Stock Company "North Kazakhstan energy expertise", etc.
What you need to know for admission
Admission and admission to study for the educational program 6B07103-"Electrical Power Engineering" is carried out according to the "Standard Rules for admission to training in educational organizations implementing professional training programs of higher education" approved by Order of the Minister of Education dated October 31, 2018 No. 600 and the Rules for admission to training in educational programs of higher and postgraduate education in a Non-profit Joint Stock Company "North Kazakhstan University named after M. Kozybayev".
No practical or professional experience is required for admission to the university.
Knowledge of foreign languages is required in the scope of secondary education (gymnasium, lyceum) or secondary special education (college). Professional aptitude tests are not provided.
The number of enrolled students depends on the number of applicants who have won a state grant, as well as the number of applicants who want to study on a fee basis.
Detailed information for admission on the INCOMING page
Objectives-Module Matrix of Electrical Power Engineering (Ba) Degree Programme
Learning Outcomes of the Bachelor's Degree Programme of Electrical Power Engineering
LO1 - Possess knowledge in mathematics and natural science, electrical engineering, theoretical basics of electrical engineering and information technologies.
LO2 - Apply theoretical and experimental methods of research, in order to create new promising areas in the field of electrical power engineering.
LO3 - Be able to use application software packages for calculations, modeling and automation of electric power device, system and network design works.
LO4 - Calculate the operating modes of electric power plants for various purposes; determine the composition of equipment and its properties and circuits of electric power facilities. Select control system equipment, switching equipment, wire and cable hardware.
LO5 - Analyze, calculate and electrical schematic diagram of electrical networks, relay protection and automation.
LO6 - Demonstrate knowledge of the requirements for standardization, metrological support and life safety in the development and operation of electric power devices and systems.
LO7 - Define technical and economic requirements for the designed devices and systems, conduct experimental studies and interpret the results.
LO8 - Possess the skills of design, construction, installation and operation of power plants and systems.
LO9 - Analyze and take into account principles of operation, technical properties and design features of electric power devices.
LO10 - Develop a globally competitive content
LO11 - Possess the elements of spiritual, aesthetic and ethical culture; form judgments taking into account social and ethical aspects. Possess the skills of conceptual, logical and analytical thinking, fulfill the professional potential in solving problems and their proper documentation.
LO12 - Acquire communication skills, express ideas and professional decisions in writing or orally. Demonstrate creativity in the development of group projects, critical thinking skills and creativity, the ability to self-organization and self-education.
LO13 - Possess the required level of physical fitness to ensure full social and professional activity.
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