Specialty G3 Electrical Engineering is about controlling the fundamental force of civilization. Today, a specialist in this field is an Energy Architect and a Smart Grid Engineer. You are the one who tames gigawatts, builds digital substations, and creates systems that power metropolises. The objects of your activity will be intelligent power grids, high-capacity renewable energy generators, giant electric motors, and energy storage systems (Energy Storage), without which the future is impossible.
The goal of training is to transform you into a "master of energy flows" capable of designing resilient and efficient power supply systems. We will teach you digital modeling of power systems, the implementation of automated control systems (ACS), and working with new-generation high-voltage equipment. This is the epicenter of the Green Transition, where traditional power meets solar and wind farms. You will learn to build grids that know no blackouts, becoming an architect of energy independence and security.
Your superpower: In a world transitioning to electric propulsion and green hydrogen, you will possess Power Intelligence and Grid Resilience Mastery—skills that allow you to manage the energy of entire regions. Your professional toolkit will include:
- Smart Grid Technologies: designing self-managing grids that automatically optimize load distribution.
- Renewable Energy Integration: connecting and synchronizing solar and wind power plants with the global grid.
- Industrial Electromechanics: developing and operating ultra-high-power electric drives for industrial giants.
- Energy Management & Audit: optimizing consumption and implementing energy-saving technologies at the Enterprise level.
Our graduates are chief power engineers at DTEK and Ukrenergo, engineers at Siemens Energy and ABB, developers of power supply systems for Tesla Superchargers, and architects of autonomous energy systems for critical infrastructure.
Objects of activity for bachelor's graduates include power plants and electrical networks; municipal and industrial power supply systems; renewable energy sources; as well as computer-integrated control systems for electrotechnical complexes.
Training is carried out at:
- the Department of Mechatronics and Electrical Engineering (305)
Educational Programs Offered:
| Educational Program | Degree | Mode of Study | Duration of Study |
|---|---|---|---|
| Electric Power and Energyefficient Technologies | Bachelor | Full-time & Part-time | 3 years 10 months |