Overview

In the course of training under this program, students get an in-depth perception of the purpose of electromechanical complexes in the composition of machines and equipment for mining and oil and gas production, special features of the structure, as well as principles and means of controlling electric drives for various machines. They master the methods and means of modeling, designing and experimental research of electric drives and their control systems, planning and conducting experiments followed by analysis and recommendation development.

Speciality

13.04.02 Electrical power engineering and electrical engineering

Degree
Master
Mode of attendance
Full time
Duration
2 years
Language of training
Russian
Admission tests for international students
Field-specific entrance examination, diploma grade-point average, final qualifying work grade
Tuition fees
300 000 RUB per semester
Reasons for choosing a course
  • Employment options with the leading companies of the mineral complex of the country;

  • Strong demand for the profession in the technological complexes of industrial enterprises;

  • Working under the guidance of experienced supervisors on the most pressing tasks in the process of preparing the final qualifying work;

  • Options for enrollment in the postgraduate program.

CAREER OPPORTUNITIES

Graduates of this program are employed by leading companies, engaged in energy-related sector of business activities, including the production and distribution of electricity, electric drives and automation, diagnostics of electrical installations of buildings and structures. They are employed in the positions of electrical engineers, design engineers of electromechanical systems and complexes, test engineers of electrical power systems and equipment, etc.

Field of study
Modeling and software control systems;
Automation of design of electric drive systems and automation of production processes;
Modern problems of electrotechnical sciences;
Management of interconnected electromechanical complexes;
Electromagnetic and electromechanical compatibility problems in electrotechnical complexes;
Monitoring and diagnostics of electromechanical and electrotechnical complexes and systems;
Modern principles of building electric drive control systems;
Power supply systems of electromechanical complexes in the mining and oil and gas industries.
Graduate skills
Advanced knowledge and skills in the field of research of power equipment of industrial enterprises;
Experience in theoretical and experimental research of electromechanical systems and complexes;
Ability to assess the economic efficiency of technological processes, innovation and technological risks in the implementation of new technical solutions;
Competencies in analysis methods, systematization and synthesis of scientific and technical information;
Experience in the development of mathematical and simulation models for the study of electric drives and control systems for electric drives.