Overview

In the course of training under this program, students acquire competences in the field of scientific foundations and skills for developing and studying the characteristics of modern and prospective automated electromechanical complexes and systems, including robotics and mechatronics, specialized electric drives for oil and gas and mining industry, control systems and converting equipment. Students receive extensive engineering and scientific experience thanks to the well-developed educational infrastructure, the best methods and approaches to the organization of students' educational and scientific work and vast experience of the teachers.

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
  • Excellent education in science and engineering;

  • Implementation of practice-oriented research projects in the course of training;

  • Research and practical training and internships at national and international companies;

  • The opportunity to participate in international and national conferences, contests, grants and scholarship programs;

  • Opportunity to study for a double degree program at foreign partner universities;

  • Options for enrollment in a postgraduate program.

CAREER OPPORTUNITIES

Graduates of this program are employed by leading companies, research and design organizations in the oil and gas, mining, oil and gas processing and mining and processing industry, heavy and power engineering, engineering, scientific centers and institutes for such positions as electrical engineer, electronics engineer, designer, designer, energy auditor, researcher, consultant and expert in the field of drives and conversion technology, energy efficiency, power equipment, automation, etc.

Field of study
Current challenges in electrotechnical sciences;
Computer, network and information technology;
Computer-aided engineering design of electric drive systems and automation of production processes;
Electric power consumption control at electromechanical complexes;
Intelligent control technology;
Challenges of the theory of automatic control;
Modeling and software control systems;
Monitoring and diagnostics of electromechanical and electrotechnical complexes and systems;
Tools for computer design and design of electric drives;
Electromagnetic and electromechanical compatibility problems in electrotechnical complexes.
Graduate skills
Ability to solve complex problems in synthesizing control systems for automated electromechanical complexes and systems;
Ability to objectively analyze information contained in the existing engineering and scientific documentation on automated electromechanical complexes and systems;
Forecasting the development and integration of modern power and control elements in advanced automated electromechanical complexes and systems;
Knowledge of power and control elements of automated electromechanical complexes and systems;
Organization and management of the development, production and implementation of automated electromechanical complexes and systems.