Electrical Engineering

Bukhara State Technical University
Field of Study: Power Supply

Overview

Electrical energy is one of the key factors ensuring the uninterrupted operation of industry, construction, transport, agriculture, and everyday life. The Power Supply program at Bukhara State Technical University trains highly qualified engineers in the generation, transmission, distribution, and reliable delivery of electrical energy to consumers. The curriculum is developed based on modern power engineering technologies, digital control systems, and international standards, combining theoretical knowledge with practical experience.

What will you learn?

• Fundamentals of Power Supply – operating principles of power supply systems, electrical networks, and substations.
• Power Plants and Substations – systems for generating, transmitting, and distributing electricity.
• High-Voltage Engineering – high-voltage equipment, insulation systems, and electrical safety.
• Electrical Networks and Systems – transmission lines, distribution networks, and methods for improving their efficiency.
• Automation and Dispatch Control – SCADA systems, automated control, and digital energy technologies.
• Energy Efficiency – rational use of electricity, energy-saving technologies, and energy auditing.
• Renewable Energy Sources – integration of solar and wind power plants into power supply systems.

What will the student achieve?

Graduates will gain professional knowledge and practical skills in designing, operating, maintaining, and modernizing power supply systems. They will acquire the ability to ensure the reliability of electrical networks and substations, use modern automation systems, control the quality of electricity, and improve energy efficiency. In addition, they will develop as qualified electrical engineers capable of working at industrial enterprises, energy facilities, and infrastructure systems.

Why this program?

• The curriculum is developed based on international power engineering standards and modern industry requirements.
• Practical sessions are conducted in modern laboratories on electrical networks, substations, and electrical equipment.
• Students are trained to work with SCADA, AutoCAD Electrical, ETAP, and other modern software tools.
• Practical projects are carried out in designing and calculating power supply systems.
• Internship opportunities are available at energy enterprises, power grid companies, industrial facilities, and design institutes.
• Graduates can work as power supply engineers, electrical network engineers, substation engineers, power engineers, energy auditors, SCADA specialists, design engineers, and technical operation engineers in the public and private sectors, or continue their education at the master's level.

Method of Study

The educational process is organized by combining theoretical knowledge with practical experience:

• Lectures and interactive seminar sessions.
• Laboratory sessions on electrical machines, electrical networks, and substations.
• Design and modeling of power supply systems.
• Practical work with energy facilities and electrical equipment.
• Group projects and practical sessions aimed at solving production-related problems.
• Industrial internships at energy enterprises and power grid organizations.
• Independent research and project-based practical assignments.

Graduates of the Power Supply program become competitive specialists who make a valuable contribution to the design, management, and development of modern power engineering systems, the improvement of energy efficiency, and the creation of a sustainable energy infrastructure for the country.