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The Master's degree program "Electric Power Engineering" is aimed at the formation of a highly qualified scientific and pedagogical worker capable of performing professional activities efficiently and effectively, solving standard and non-standard professional and pedagogical tasks, freely navigating the social and professional space in the field of electric power.
Full-time education
The training period is 2 years
120 credits
66%
state
educational grants
Languages of education:
kazakh, russian
Academic degree:
Master of Technical Sciences
Advantages and features of the Master's degree
Scientific and pedagogical master's degree, academic exchange program, the possibility of obtaining a second diploma.
During the training period, students will gain knowledge in the field of modern management tools, mathematical, engineering and technical calculations, as well as competencies in the field of financial literacy and the development of entrepreneurial skills. They will get an idea of the methods of modeling complex multidimensional systems and the basics of artificial intelligence, as well as competencies in the field of creating automated data collection systems and practical application of artificial intelligence systems in technical systems. They will form an idea about engineering in the electric power industry and the main causes of electricity losses in electric networks, as well as gain competencies in the field of high voltage engineering and the use of energy-saving technologies in power supply systems. They will gain knowledge about the design features of overhead and cable lines used for power supply to cities and industrial enterprises and acquire skills in designing automation and relay protection systems.
According to the curriculum of the Master's degree program "Electric Power Engineering", fundamental and elective modules of the curriculum will be studied, pedagogical and research practices will be completed, several research works will be conducted.
In the process of passing pedagogical practice, undergraduates are trained in conducting practical and laboratory classes in various bachelor's disciplines, attend classes of leading teachers of the department and participate in educational work.
Research practice is conducted in order to prepare a master's student for independent research, design work, solving production problems, writing a master's thesis.
The research works of students in the educational program "Electric Power Engineering" are related to methods of improving the reliability of power supply and electric drive systems, problems of stable operation of electrical equipment, energy savings and unconventional methods of generating electricity.
Well-known scientists of the Republic of Kazakhstan, leading specialists of industrial enterprises are involved in the work as part of the state attestation commissions, which makes it possible to assess the quality of personnel training from the standpoint of the unity of science, production and higher education.
Practice bases for the Electric Power Engineering (Ma) educational program:
Prospects after training
List of professions
Types of professional activity
The objects of professional activity of enterprises and organizations of all industries, including the military-industrial industry, transport and communications, agriculture and utilities, education and consumption, design organizations, firms of various forms of ownership.
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".
Detailed information for admission on the INCOMING page
Objectives-Module Matrix of Electrical Power Engineering (Ma) Degree Programme
| Module Name | LO1 | LO2 | LO3 | LO4 | LO5 | LO6 | LO7 | LO8 | LO9 | LO10 | LO11 |
| Module 1: Basics of Scientific and Research World View | + | + | + | + | + | ||||||
| Module 2: Psychological and Pedagogical Education | + | + | + | + | + | + | |||||
| Module 3: Current Problems of Technical Sciences | + | + | + | ||||||||
| Module 4: Scientific Research 1 | + | + | + | ||||||||
| Module 5: Scientific Research 2 | + | + | + | ||||||||
| Module 6: Scientific Research 3 | + | + | + | ||||||||
| Module 7: Teaching Practic | + | + | + | + | |||||||
| Module 8: Scientific Research 4 | + | + | + | ||||||||
| Module 9: Research Scientific Training | + | + | + | + | |||||||
| Module 10: Final Academic Assessment | + | + | + | + | |||||||
| Module 11: Organizing of Scientific Research | + | + | + | + | + | + | + | ||||
| Module 12: Support of the Experiment | + | + | + | + | + | ||||||
| Module 13: Optimization and Control in Electric Power Systems | + | + | + | + |
Learning Outcomes of the Master's Degree Programme of Electrical Power Engineering
LO1 - Know the basic laws of science and technology development in the field of electrical power engineering, scientific and technical problems in electrical power engineering.
LO2 - Know mathematical models and methods for in-depth analysis of scientific calculations and optimization of deterministic and random phenomena and processes in power systems; possess the skills of analysis and application of mathematical simulation methods in the study and design of power systems.
LO3 - Know the methods of experiment in power devices and system;, be able to plan and conduct experiments in electric power plants; be able to use modern information technologies in the research, development and operation of power facilities and systems.
LO4 - Know the promising directions of electrical power engineering development, be able to use modern systems of data processing and collection while conducting a technical experiment.
LO5 - Speak foreign language to the extent necessary to obtain information of professional content from foreign sources.
LO6 - Possess the skills and methods of teaching electrical engineering subjects. Be able to use innovative methods of giving various types of classes in electrical engineering subjects.
LO7 - Apply active methods of training and education; carry out experiments in the classroom in order to form students' creative thinking and abilities, demonstrate innovations in applying different teaching methods.
LO8 - Fluently speak the national and foreign language for getting full professional information content from scientific sources, integrate knowledge of languages and express it in a correct, logically related oral and written form.
LO9 - Demonstrate skills of public speech, argumentation, discussion and debate; practical analysis of various kinds of reasoning.
LO10 - Explain the choice of the required research methods; analyze and comprehend the realities of modern theory and practice on the basis of the methodology of natural science knowledge and apply these teaching methods in practice.
LO11 - Demonstrate the skills of preserving the stylistic features of the business style when filling out documents and the skill of analytical thinking in solving problems and their proper documentation.
