Educational Program "Electric Power Engineering and Energy Efficient Technologies" — is harnessing the fundamental power of civilization and turning it into a smart resource. Today, such a specialist is a Grid Modernization Architect and an Efficiency Strategist. You are the one who designs digital substations, implements solar and wind mega-farms, and creates systems that power entire regions without losing a single watt. Your objects will include smart grids (Smart Grids), high-capacity energy storage, and automation systems that make power supply resilient.
The goal of study — to turn you into a "master of energy resilience" capable of building a future without blackouts. We will teach you digital modeling of power systems, integration of renewable energy sources, and real-time demand management. This is the realm of Energy 4.0, where traditional gigawatts meet cloud computing and blockchain. You will learn to create environmentally friendly and cost-effective systems, becoming an architect of energy independence for your country and the whole world.
Your superpower: In a world where energy scarcity is the main challenge, you will possess Energy Intelligence and Resilient Infrastructure Design — skills for creating "untiring" grids. Your professional arsenal will include:
- Smart Grid & Microgrids: designing decentralized, self-healing networks that operate autonomously.
- Green Energy Integration: synchronizing solar, wind, and bioenergy installations with the global grid.
- Industrial Energy Efficiency: auditing and optimizing consumption at industrial giants using IoT sensors.
- Power Electronics & Storage: developing energy storage systems (Tesla Powerpack style) and managing power flows.
Our graduates — are leading engineers at DTEK, Ukrenergo, Siemens Energy, and ABB, developers of power supply systems for megacities, and creators of startups in clean technologies, where the ability to manage the energy of the future is valued.
Objects of activity of bachelors are electrical power plants, networks, and systems; renewable energy complexes; automated energy management systems; as well as high-voltage electrical equipment.
Field of study: G "Engineering, manufacturing and construction"
Specialty: G3 Electric Power Engineering
Educational program: Electric Power Engineering and Energy Efficient Technologies
Competitive proposal: Electric Power Engineering and Energy Efficient Technologies
Accreditation certificate: The educational program was introduced in 2025. Extends the extended certificate of specialty 141: UD No. 21008330 dated January 25, 2019, valid until July 01, 2026.
Faculty: Faculty of Intelligent Control Systems
Graduating department: Department of Mechatronics and Electrical Engineering (305)
Availability of part-time / extramural education: available
Possibility of foreign citizens training: available