Energy engineering.

Bukhara State Technical University
Direction: Energy Engineering

No factory, home, or city can function without energy — and the demand for specialists who know how to generate, transmit, and economically consume that energy remains consistently high. The Energy Engineering direction at Bukhara State Technical University provides in-depth knowledge in designing, building, and managing electrical and thermal energy systems. The program is aligned with Uzbekistan's strategy for improving energy efficiency and developing alternative energy sources.

What will you learn?

• Power plants and energy generation systems — the operating principles and design of thermal, hydro, and other types of power plants.
• Electrical networks and energy transmission systems — safe and efficient delivery of energy from source to consumer.
• High- and low-voltage electrical equipment — the structure of transformers, switching apparatus, and protection systems.
• Renewable energy sources — designing solar, wind, and other environmentally clean energy technologies.
• Energy conservation and efficiency — methods for reducing energy losses and using resources rationally.
• Electric drives and automated control systems — controlling industrial equipment using electrical energy.
• Heat engineering and thermodynamics — the generation, transmission, and industrial application of thermal energy.

What will the student achieve?
The graduate becomes a specialist with deep understanding of the operation of power plants, networks, and equipment, capable of designing and operating them. They acquire skills in identifying and resolving faults in energy systems, as well as optimizing energy consumption. In addition, the student gains practical experience in designing renewable energy sources and integrating them into existing systems, making them a competitive specialist in the modern energy sector.

Why this program?

• The curriculum is shaped based on the experience of the world's leading energy universities and industry trends.
• Modern energy laboratories provide the opportunity to test theory in practice.
• Project work on real energy systems is conducted starting from the first year.
• Opportunities for internships at local power plants and energy enterprises are available.
• Graduates have access to research work, international grants, and a pathway to master's studies.

Method of study?
The educational process combines theoretical knowledge with practical skills:

• Lectures and seminars
• Practical sessions in energy laboratories
• Production internships at power plants and enterprises
• Project-based group work and independent research