Modern automation systems and intelligent technologies in Electric power engineering

On October 9, 2026, a practical educational event entitled “Modern Automation Systems and Intelligent Technologies in Electric Power Engineering” was held at the Faculty of Physics and Technology of Al-Farabi Kazakh National University. The event was organized by the Department of Plasma Physics, Nanotechnology and Computer Physics and conducted by Zhangali  Moldabekov, a lecturer at the department.

The main objective of the event was to broaden students’ knowledge of modern automation systems, industrial robotics and intelligent control technologies, while developing their engineering thinking and strengthening the connection between theoretical knowledge and practical experience.

During the event, students became familiar with laboratory equipment, industrial robotic systems and the operating principles of automated control systems. Particular attention was paid to the capabilities of industrial robots in technological processes, the structure of automated systems and the interaction between their main components.

The practical session provided students with an opportunity to observe the operation of robotic equipment and learn about its principal components and applications in industrial environments. The participants also discussed the acquisition of information from sensors, the transmission of control signals, the monitoring of technological processes and the importance of ensuring reliable equipment operation. In addition, they explored potential applications of robotics and automation technologies in the electric power industry.

An important part of the event focused on the role of digital technologies in the development of modern energy systems. The topics discussed included automated control of electric power facilities, monitoring of electrical networks, efficient use of energy resources and the development of Smart Grid technologies. These solutions play an important role in improving the efficiency of power systems, optimizing equipment performance and enhancing operational safety.

As a result of the event, students expanded their understanding of the operating principles of automated control systems and industrial robots. They also gained additional knowledge about the application of intelligent technologies in electric power engineering and the potential of modern engineering solutions for managing technological processes.

The event contributed to strengthening the relationship between theoretical learning and practical training. It also encouraged students to explore innovative engineering technologies and develop professional competencies relevant to the energy sector. Observing modern laboratory equipment helped participants better understand the role of automation in industrial processes and electrical power infrastructure.

In conclusion, the educational and practical event demonstrated the importance of modern automation systems and intelligent technologies in electric power engineering. Activities of this kind support the development of students’ professional skills, promote interest in technological innovation and help prepare future engineers to address contemporary challenges in the energy industry. The event also highlighted the importance of integrating digital technologies into engineering education and professional training.