Documents and materials

1. The main readable disciplines of the department "Robotic systems"

• Technical means of automation;
• Design of machining and assembly systems;
• Electronic automation devices;
• Control systems for industrial robots;
• System and application software;
• Database management systems;
• Electroautomatic devices;
• Local and global computer networks;
• Informatics;
• Technologies of equipment for robotic production
• Mathematical method in computer calculations;
• Theory of automatic control;
• Information devices of robotic systems;
• Computer information technologies;
• Design of microprocessor control systems;
• Intelligent information technologies;
• Data protection;
• Electronic commerce;
• Automation of banking activities;
• Design of automated systems for control and management of energy consumption;
• Automated systems for control and management of energy consumption.

2. Work with graduate and undergraduate students

The presence at the department of the advanced higher education specialty (Master's degree) 7-06-0713-04 "Automation", postgraduate and doctoral studies in the specialty 05.13.06 "Automation and control of technological processes and production" opens up the opportunity for graduates to obtain in-depth knowledge in the specialties and expand their professional horizons.

3. Teaching labs

For the preparation of highly qualified specialists, the department has 8 laboratories:

1.  "Industrial robots"
In the laboratory, students study the main components of robots: a mechanical manipulator, a control system, link drives, information systems and robot programming systems, as well as modern equipment software control systems. They gain skills in programming robots, solve the problems of coordinating the work of robots and other technological equipment within the framework of a robotic system.

2.  "Robotic complexes"
A robotic complex for cleaning blanks, a flexible production system for robotic assembly is installed in the laboratory. Students study the composition and structure of robotic complexes and flexible production systems.

3.  "Information and measuring devices"
The laboratory is equipped with linear and angular displacement sensors, torque sensors, location systems based on ultrasound and optical devices, universal digital-to-analogue and analog-to-digital converters. Students study various information devices for sensing robots and automating production processes.

4.  "Electronic and microprocessor devices"
In the process of performing laboratory work, the element base and the basics of the operation of various types of electronic devices are studied. Modeling and development of electronic circuits is carried out.

5.  "Electrical machines and automated electric drive"
Designed for the study and research of electrical machines. The stands are equipped with modern electronic measuring and recording equipment.

6.  "Microprocessor devices and circuitry of control systems"
The laboratory is equipped with personal computers and industrial computing systems designed to control technological processes. Students model control systems and study technical means of automation, as well as the theory of automatic control.

7.  "Computer networks"
The laboratory is equipped with personal computers, designed to study modern software and computer networks.