Specialty G4 Power Generation is about managing the primary energy of the Universe. Today, a specialist in this field is a Power Generation Architect and an Energy Systems Visionary. You are the one who stands at the source of every watt that powers the planet. The objects of your activity will be ultra-powerful turbogenerators, nuclear and thermal power units, giant hydroelectric stations, and innovative direct energy conversion systems, where physics becomes pure electric power.
The goal of training is to transform you into a "gigawatt conductor" capable of ensuring power grid stability under any conditions. We will teach you digital management of generation modes, the implementation of hydrogen technologies, and the operation of automation systems that prevent accidents. This is the epicenter of the Global Power Industry, where fundamental thermodynamics meets microprocessor control. You will learn to generate energy from air, water, and the atom, becoming a guarantor of light and heat in every home and factory.
Your superpower: In a world that demands more energy by the day, you will possess Generation Control Mastery and Infrastructure Resilience—skills for launching and stabilizing mission-critical energy facilities. Your professional toolkit will include:
- Advanced Power Generation: deep understanding of synchronous generator operation as well as steam and gas turbines.
- Energy Storage Solutions: development and management of maneuvering capacities and energy storage systems.
- Digital Power Plant: implementing "digital twins" of power units to predict their condition and optimize efficiency.
- Nuclear & Alternative Source Engineering: working with today's most powerful and promising energy sources.
Our graduates are leading engineers at nuclear, hydro, and thermal power plants, technical directors of energy generation companies, autonomous power supply developers, and energy sector modernization experts, where the ability to keep the system under total control is highly valued.
Objects of activity for bachelor's graduates include power plants and generation units; automatic frequency and voltage regulation systems; auxiliary station equipment complexes; as well as technologies for safe and eco-friendly generation.
Training is provided by:
- the Department of Aerospace Thermal Engineering (205);
- the Department of Space Technology and Alternative Energy Sources (402).
Educational Programs Offered:
| Specialization | Educational Program | Degree | Mode of Study | Duration |
|---|---|---|---|---|
| G4.02 Thermal Power Engineering | Engineering and Energy Efficiency in Thermal Power Engineering | Bachelor | Full-time | 3 years 10 months |
| G4.03 Renewable Sources of Energy and Hydropower | Alternative and Renewable Sources of Energy | |||
| G4.03 Renewable Sources of Energy and Hydropower | Alternative and Renewable Sources of Energy | Master, Professional Educational Program | Full-time | 1 year 4 months |
| G4.02 Thermal Power Engineering | Engineering and Operation of Heat andPower Systems |