LO1. The ability to effectively use modern computer and information technologies, digital technology and software in solving scientific and technical problems of the electric power industry. Possess skills in modeling elements of electric power systems and working with computer programs Rastr Win, PS CAD and MatLab.
LO2. Will be able to independently analyze scientific and technical problems of the electric power industry, scientific information in international networks, simulate technological processes, organize and conduct scientific experiments, process and formalize the results of scientific research.
LO3. Demonstrate the ability to improve and develop one's intellectual level based on knowledge of philosophy of science, higher school pedagogy, foreign languages and management psychology. He is able to independently acquire new knowledge and skills and expand his scientific worldview.
LO4. Possess knowledge of joint digital automatic control systems in electric power systems and electric drives, programming skills, diagnostics and adjustment of a frequency-controlled electric drive, the ability to conduct research on a modern electric drive in the MATLAB Simulink software package.
LO5. Demonstrate theoretical and practical knowledge in the field of modern diagnostics and testing of power equipment, improving the reliability and quality of electricity, as well as electromagnetic compatibility in the electric power industry.
LO6. Possess project management skills for the implementation of means and methods to ensure the stability of electric power systems, modernization of electrical equipment for systemic and autonomous use, their automatic control and efficient operation.
LO7. Demonstrate knowledge of calculating the operating modes of electric networks and ways and means to reduce losses in electric power systems. have an understanding of the effects of wave processes and overvoltage on electrical equipment and the basics of developing emergency automation.
LO8. Demonstrate readiness for teaching and have the skills to conduct classroom training sessions, design and write master's theses and research projects.
LO9. Possess knowledge of scientific management of energy enterprises, the ability to conduct technical and economic analysis of the effectiveness of design solutions, skills in working with an automatic design system and using applied programs in scientific and engineering design calculations.
LO10. To develop measures for energy and resource conservation and the introduction of renewable sources of electricity in autonomous and system modes. To adapt new energy-saving technologies to existing energy facilities and enterprises in other sectors of the economy.