In the process of training on this speciality, students get acquainted with the basic methods and approaches in the field of electrical circuits engineering, types and properties of electrical and structural materials, the basics of automatic control theory, the general theory of electric drives; they study the basics of electronics and power converting equipment, design, characteristics and adjusting properties of electrical machines, the principles of construction of control systems for electric drives of machines and equipment; master the methods of engineering and design of electric drives and electrical systems, methods of analysis of operating modes, as well as methods of diagnostics of electric drives in order to ensure the required operating modes.
The opportunity to engage in scientific activities under the guidance of experienced teachers;
Strong demand for the profession in technological complexes of industrial enterprises;
Employment opportunities in leading companies of the country's mineral resource complex;
The ability to expand the field of their qualifications through further training in a related area in the field of electric power while studying at the graduate school.
Graduates in this speciality are employed in leading companies in any industry, whose activities are related to the energy sector, including the production and distribution of power, electric drives and automation, diagnostics of electrical installations of buildings and structures in such positions as electricians for repair and maintenance of electrical equipment, engineer electricians, electrical engineers, electromechanical systems and complexes design engineers, test engineers of electric power systems and equipment, etc.