Educational program

More details
Code – Speciality 7M07104 - Electrical Power Engineering
The aim of the educational program

Training of highly qualified, competitive specialists for the scientific and technical school of the energy sector of the Republic of Kazakhstan, meeting the needs and demands of modern higher education and science.
Graduate model
Graduate qualification Professional sphere:

A set of technical means, methods and methods of human activity for the production, transmission, distribution, transformation, use of electrical energy, energy flow control, development and manufacture of elements, devices and systems that implement these processes.
The object of professional occupation:

Power plants, power plants and complexes based on traditional energy sources; electrical machines, transformers, electromechanical complexes and systems, including their control and regulation; electrical and electronic devices, complexes and systems of electromechanical and electronic devices, automatic devices and energy flow control systems; electric drive and automation of mechanisms and technological complexes in various sectors of the economy; various types of electric transport and means of ensuring the efficient functioning of transport systems; automated electric power systems, converting devices, electric drives of power, technological and auxiliary installations, their automation systems, control and diagnostics; regulatory and technical documentation and standardization systems, methods and means of testing and quality control of products of the electrical industry, electrical equipment and power supply systems, electrical installations and systems.
Types of professional occupation:

- design and engineering;
- design and engineering;
- innovative;
- production and technological;
- organizational and managerial;
- research;
- educational.
Functions of professional occupation:

Carry out maintenance and quality control of functioning, improvement, modernization and improvement of the technical and economic indicators of power stations and substations, electrical systems and networks, relay protection and automation of electrical power systems, power supply to enterprises in various industries, power supply to agricultural enterprises, non-traditional and renewable sources energy, electromechanics, electrical insulating and cable technology, electrotechnological installations and systems, lighting engineering and light sources, electric drive and automation of technological complexes.
Graduate competences map
Formed core competencies Program outcome
1. The ability to assess various situations based on a holistic systemic scientific outlook and make management decisions Possess the skills of perception and analysis of information of philosophical and industrial content, methods of conducting discussions and polemics
To be able to correctly express an idea, reasonably defend one's own opinion on issues of industrial and social significance
2. The ability to carry out international cultural and speech communication in the professional field using modern communication tools and technologies Possess communication skills to effectively implement professional activities
Search and process information using information technology
3. The ability to form and define personality in a social environment Demonstrate knowledge that contributes to the formation of a holistic personality in a social and industrial environment and increasing the responsibility of the individual
Apply methods to ensure the effectiveness of social systems in terms of solving tasks
4. The ability to have basic knowledge of the functioning of systems of various architectures based on the electromagnetic field Уметь анализировать целесообразность и надежность технических решений в сфере электроэнергетикии
5. The ability to search, store, process and analyze information from various sources and databases, present it in the required format using information, computer and network technologies Be able to use computer and information technologies in the aspect of the specialty.
Apply methods of mathematical analysis in solving engineering problems; reveal the physical essence of phenomena and processes
6. Ability to conduct research and design in the field of electric power industry Possess the ability of theoretical and experimental research in the field of electric power industry
Apply electrical engineering design skills
7. Ability to innovate in the electric power sector Develop rational technical solutions in the field of electric power engineering
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study