Electrical mechanics

Bukhara State Technical University
Electrical Mechanics (Electromechanics) Program
Information

Electromechanics is an engineering field that studies the relationship between electrical energy and mechanical motion, electrical machines, drives, and automated mechanical systems. This field focuses on the design, control, and maintenance of electromechanical devices used in industry, transport, energy, and production processes.

The Electromechanics program at Bukhara State Technical University prepares qualified engineers who are able to effectively use modern electric drives, automated systems, and industrial equipment. The program is developed based on the integration of electrical engineering, mechanics, and automation disciplines.

What will you learn?

Electrical machines – structure and operating principles of electric motors, generators, and transformers.

Electric drives – control of electrical systems that provide motion to mechanical devices.

Electromechanical systems – studying the interaction between electrical and mechanical devices.

Automation and control systems – methods of automatic control of technological processes.

Operation of electrical equipment – adjustment, monitoring, and technical maintenance of devices.

Fundamentals of mechanics – mechanical units, motion, and power transmission systems.

Electronics and control devices – modern electronic control elements.

Technical diagnostics – identification and elimination of faults in electromechanical equipment.

What will students achieve?

Graduates become qualified engineers capable of designing, managing, and efficiently operating electromechanical systems. They acquire skills in maintaining the operation of electric motors, automated devices, and industrial mechanisms, as well as solving technical problems.

Students can work in industrial enterprises, energy organizations, transport systems, service centers, and automated production industries.

Why this program?

Based on a modern field that combines electrical engineering and mechanical engineering knowledge.

Students gain practical experience working with electromechanical devices.

Automated production systems are studied.

Students have opportunities to complete internships at industrial enterprises.

Graduates become highly demanded specialists in energy, mechanical engineering, and manufacturing sectors.

Study method

The educational process is organized through a combination of theory and practice:

Lectures and interactive classes.

Practical work in electrical engineering and mechanical engineering laboratories.

Industrial training at enterprises.

Projects on electric drives and automation.

Analysis and modeling of modern technical systems.