Specialty 141 «Electrical Power Engineering, Electrical Engineering and Electromechanics» prepares specialists in the design, production, transmission, distribution, utilization, and automation of electrical energy, as well as the development and operation of electromechanical systems and renewable energy sources.

Main Study Areas:

Electrical Power Engineering and Networks: electric power generation (including renewable energy: solar and wind power plants), high-voltage line transmission, and distribution in Smart Grid networks.

Electromechanics and Robotics: development and maintenance of electric motors, generators, and drives for industrial equipment, electric vehicles, and household appliances.

Electrical Engineering and Power Electronics: design of power converters, uninterruptible power supply (UPS) systems, battery energy storage systems, and smart load management.

Automation and Relay Protection: implementation of microprocessor protection systems, automated substation control, and energy auditing.

Key Disciplines:

Theoretical Foundations of Electrical Engineering

Electrical Machines, Apparatuses, and Drives

Power Plants, Substation, and Electrical Networks

Power Electronics and Converting Technology

Relay Protection and Automation

Alternative and Renewable Energy Sources

Graduate Career Roles:

Power Engineer / Chief Power Engineer

Design Engineer for Power Supply and Renewable Energy Systems

Relay Protection and Automation Engineer

Electromechanical Engineer / Electric Drive Maintenance Specialist

Energy Auditor / Energy Efficiency Consultant

Primary Employment Sectors:

Power generation and distribution companies (regional power grid companies, Ukrenergo, DTEK, solar and wind power plants), industrial enterprises of any profile, solar/battery system design and installation companies, engineering firms, manufacturers of electrical and power equipment, construction, and the transport sector (including electric transport infrastructure).

Training is conducted at the departments:

- Department of Mechatronics and Electrical Engineering (305);

- Department of Space Technology and Non-Conventional Energy Sources (402)

Training is provided under the following degree programs:

Educational Program	Degree Level	Mode of Study	Duration of Study
Computer-Integrated Management in Energy Industry	Bachelor based on complete general secondary education	Full-time and Part-time	3 years and 10 months
Non-Conventional and Renewable Energy Sources