Electronic control system

Faculty: Faculty of Mechanical Engineering
Information about the Educational Program


  • Bachelor

Code of training direction

Name of the training direction / speciality

  • Management in technical systems


  • Intramural form of study - 227 000 Rubles (for 2019)

Duration of training

  • Intramural form of study - 4 years

Number of places for free tution

  • Intramural form of study - 20

Number of places for paid tution

  • Intramural form of study - 5

Main building

  • 16 Avtozavodskaya street, Moscow

Head of educational program

  • Alexander Kuznetsov

The admission for foreign citizens

  • Available

Additional Information

  • * WS-the result of a demonstration exam according to WorldSkills Russia standards, passed by a graduate with secondary vocational education according to the proper enlarged groups of specialties (see paragraph 2.2.7 of the admission Rules).

About the program
Program Questions
In the 1st and 2nd year, the practice takes place either at partner companies or in the technological laboratories of the University.
During the training, various specialized programs will be studied, the main ones being MatLab, LabView, DEWESoft, and application SOFTWARE for programming controllers.
Students have obligations to attend all classes. In their free time, students can work, including in the profile of the educational program.
The sphere of activity of graduates is extensive: enterprises of the production and industrial sector, transport, housing and utilities, process management in the fuel and energy sector, etc.
It can be provided on a paid basis in specialized courses.

The skills you get

Design, research, production and operation of control systems and tools in the industrial and defense sectors, in the economy, transport, agriculture, medicine

Development of modern software and hardware for research and design, control, technical diagnostics and industrial testing of automatic and automated control systems

Building microprocessor systems, programming microcontrollers Arduino, AVR, STM (Avr Studio, Atollic True STUDIO, Keil), implementation of measurement and control systems based on them

Readiness to use "smart" systems based on fuzzy logic and neural networks

Application of modern tools for modeling, design and research of control systems (MatLab, SimIn Tech, MATHCAD, ACAD)

Scientific training in the field of conducting an experiment and analyzing its results (MatLab, Statistica)

Language training in the field of control and automation systems

Project activities in the field of advanced automated control systems

Career after training


Design of solutions and software architecture for control systems, development of flowcharts for technological equipment control, participation in commissioning works, development of interfaces.

Head of the ACS Department

Development and management of the Department for implementation of automated control system solutions, development of automation schemes, selection of equipment, design of automated control system systems.
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