• Scientific and pedagogical direction - Master of Engineering Sciences

ON1. Determine the benefits of using solar cells for domestic and commercial use, as well as in terms of environmental impact, in order to develop effective photovoltaic systems;
ON2. Explain the main characteristics of photovoltaic cells, solar thermal stations and the physical basis for the conversion and storage of electrical energy, to analyze the prospects for their widespread adoption and use;
ON3. Carry out modeling and calculations of the effectiveness of solar heat supply systems, energy storage and transportation systems, in order to optimize their parameters and operating modes;
ON4. Carry out research in the field of solar energy and thermal systems, have skills in using technical means to measure the main energy, power and electrical parameters of power systems, as well as skills in testing and diagnosing equipment;
ON5. Apply a scientific and systematic approach to working with the source data for the calculation and design of electronic control units, power electronic units, energy storage devices, solar tracking systems, solar concentrators and power plant components, as well as forecasting the output power of photovoltaic plants;
ON6. Use systematic and engineering methods to solve complex engineering problems associated with the production, forecasting of output energy, transmission and use of energy in solar heat supply and photovoltaic power systems;
ON7. Develop automated systems for receiving and transporting electricity based on solar energy, using intelligent technologies to create energy systems that meet the modern concept of Smart grid;
ON8. Evaluate various materials for photovoltaic converters and analyze the technology of manufacturing solar receivers in order to develop effective photodetectors;
ON9. Use modern methods of tracking the sun, the concentration of solar energy, to simulate and calculate the output power of energy systems, their technical parameters and characteristics, with the aim of designing complex automated highly efficient systems;
ON10. Systematize the skills of designing autonomous intelligent monitoring and control systems for developing energy systems based on modern photovoltaic converters, using solar tracking systems, solar concentrators, solar heat supply systems and electric energy storage systems;
ON11. Integrate skills, design technologies for automated intelligent photovoltaic and solar thermal power systems, as well as hybrid systems for the widespread introduction of renewable energy sources along with traditional power systems;
ON12. Form an active worldview and civic position, analyze world scientific and technological achievements in the field of renewable energy, including in a foreign language, use a personality-oriented approach in pedagogical and professional activities, as well as determine directions for further personal and professional development in order to create scientific groundwork;