Robots and robotic systems (Automation of technological processes and production)

Faculty: Faculty of Mechanical Engineering

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Degree

Bachelor

Form of tuition

Full-time

Direction name and code

Automation of technological processes and productions
15.03.04

About the program

The program is designed to train engineers and IT specialists in industrial automation and robotics. Particular attention is paid to both the theoretical aspects of building modern automated process control systems and the practical aspects of developing automation and robotics systems across various industries.

Graduates of the program become specialists in the development, application, and maintenance of modern automation hardware and software, as well as robotic systems.

Study at Moscow Polytechnic University

Benefits of the program:

- Fundamental theoretical training in technical systems management;
- Fundamental training in industrial programming and artificial intelligence;
- Fundamental training in industrial electronics devices;
- Working with modern equipment;
- Lectures from leading experts;
- Working on real-world projects in laboratories starting in the first year;
- Internships at leading companies;
- Participation in research projects.

Key Disciplines:

Unit 1. Automation and Robotics

Unit Disciplines:

Automation Theory
Automation Equipment
Hardware Complexes in Automatic Control Systems
Diagnostics and Reliability of Automated Systems
Control System Modeling
Robot and Robotic System Modeling
Information Control Devices in Robotics
Automation and Robotics of Technological Processes
Automated System Design

Unit 2. Information Technology

Unit Disciplines:

Fundamentals of Algorithms and Programming
Object-Oriented Programming
Computer Vision
Data Mining
Computer and Industrial Interfaces and Networks
Information Security of Automated Systems

Unit 3. Electrical Engineering and Electronics

Unit Disciplines:

Electrical Engineering
Physical Principles of Electronics
Electronic Devices

Unit 4. Mechanics

Block Subjects:

Mechanics of Robots and Mechatronic Modules
Components of Mechatronic Modules, Robots, and Their Design
Mathematical Foundations of Robotic Systems

Block 5. Electric and Hydraulic Drives

Block Subjects:

Fluid and Gas Dynamics
Hydraulic and Pneumatic Automation
Electric Machines
High-Precision Electric Drives for Robots
Control of Robots and Robotic Systems

Stare - funded places

About educational program

Duration

4 years

Number of places

State-funded — 30
fee-paying — 50

Tuition fee

427 000 rub.
(2026)

Entrance tests and minimum scores (fee-paying)

State-funded

Mathematics (Subject Matter) — 50 marks
Russian language — 50 marks
Computer science — 50 marks
Physics — 50 marks

Minimum passing score for the previous academi year

State-funded

Admission score — 222 (2025)
National State Examination Average score — 75,88 (2025)

MAIN ACADEMIC BUILDING

16 Avtozavodskaya street, Moscow

HEAD OF THE PROGRAMM

Vladlena V. Matrosova

ADMISSION OF FOREIGN CITIZENS

possible

ADDITIONAL INFORMATION AND USEFUL LINKS

Preparatory courses Olympics Cut-off scores from previous years Entrance exams after college

Documents

Map of Disciplines

72.1 Кб, pdf

Program FAQ

In the 1st and 2nd year, the practice takes place either at partner companies or in the technological laboratories of the University.

During the entire training period, various specialized programs will be studied, the main ones being MatLab, LabView, as well as specialized programs for industrial robots.

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.

Students have obligations to attend all classes. In their free time, students can work, including in the profile of the educational program.

It can be provided on a paid basis in specialized courses.

All questions and answers

Career opportunities

Engineer-technologist of machine-building production

Develops design documentation, process maps, and control programs for robotic systems in enterprise information systems.

Mechanical engineering technologist

Creates requirements for technological processes, develops conditions for the use of technological equipment in order to implement the production process effectively. Participates in debugging control programs of robotic systems.