Electroenergetics

Master’s Program in Electric Power Engineering

The Master's program in Electric Power Engineering at the Eurasian Technological University aims to train highly qualified specialists with deep theoretical knowledge and practical skills in electrical engineering and energy systems. The program prepares students to conduct scientific research, develop innovative technologies, and apply advanced teaching methods. Graduates acquire critical thinking and problem-solving skills, enabling them to work successfully in scientific, educational, and industrial organizations, contributing to the sustainable development of the energy sector.

The program is conducted in Russian, Kazakh, and English, and lasts two years, awarding the degree of Master upon completion. The total volume of the program is 120 ECTS credits. It follows professional standards for higher education teaching staff and operational-dispatch management.

The program’s learning outcomes include:

1. Demonstrating theoretical and practical knowledge in energy management, including environmental and economic aspects of energy and renewable sources.

2. Developing intellectual and research competencies through philosophy of science, innovative teaching methods, foreign languages, and management psychology.

3. Mastering technical and economic analysis, automated design systems, and engineering calculations.

4. Conducting scientific research, modeling technological processes, and interpreting results.

5. Designing and analyzing energy systems, integrating renewable energy, and ensuring environmental and cybersecurity standards.

6. Understanding electrical network operation, generation, transformation, distribution, and smart grid technologies.

7. Managing energy projects, modernizing equipment, and collaborating in teams.

8. Developing pedagogical skills for higher education, including planning lessons and supervising scientific projects.

9. Applying knowledge of digital control systems, energy storage, and renewable energy integration.

The curriculum includes a broad range of courses: Innovative Teaching Methods, Professional Foreign Language, History and Philosophy of Science, Management Psychology, Intelligent Energy Systems, Artificial Intelligence in Energy, Digital Energy, Energy Economics, Energy Management, BI Systems and Data Analysis, Career Design, Energy Law and Policy, Project Management, Renewable Energy Systems, Smart Grids, Automation and Control, Environmental Aspects, Cybersecurity, Electrical Safety, Energy Efficiency, and the Green Energy Transition.

The program emphasizes sustainable energy development, renewable energy integration, smart technologies, environmental protection, and the energy transition to green systems, preparing graduates for international collaboration and leadership in energy engineering.