Educational Laboratory “Automation and Mechatronics”

Goals of the Educational Laboratory “Automation and Mechatronics”:

  • Implementation of modern scientific and practical technologies in the training process of engineering and technical personnel.
  • Practice-oriented education of students using advanced equipment and automation systems.
  • Enhancing the quality of education and the prestige of engineering specialties among youth and prospective students.
  • Developing practical skills in the design, setup, and operation of automated and mechatronic systems.

Tasks of the Educational Laboratory “Automation and Mechatronics”:

  • Improving the quality of theoretical and practical training for students in the field of industrial process automation and mechatronic systems.
  • Building and developing skills in design and engineering activities, as well as conducting laboratory and practical work using modern equipment.
  • Promoting the development of scientific and technical creativity among students and young researchers, as well as supporting their participation in competitions and hackathons.
  • Training in methods of collecting, processing, and practical application of data received from sensors and actuators of automated systems.
  • Popularizing modern achievements in industrial robotics, automation, and artificial intelligence.

The Educational Laboratory “Automation and Mechatronics” is a structural division of the School of Information Technology and Intelligent Systems.

To achieve the set goals, the Educational Laboratory “Automation and Mechatronics” includes the following specialized rooms and key areas:

1) Electronic and Microprocessor Technology Room (Rooms G-1-413, G-1-410):

  • Medical Equipment (Room G-1-410)
  • Robotics and Mechatronic Modules (Room G-1-413)

2) Cyber-Physical Systems Telecommunications Room (Room G-1-408):

  • Industrial Networks and Data Transmission
  • Telephone Systems and Communication Channels
  • Radio Communication and Wireless Technologies
  • Satellite Telecommunication Systems

3) Industrial Controllers and Automation Room (Rooms G-1-407, G-1-406):

  • Programming Mitsubishi Electric Industrial Controllers (Room G-1-407)
  • Programming Siemens Industrial Controllers (Room G-1-406)

4) Machine Vision, Automatic Control, and Inertial Navigation of Mobile Robots Room:

  • Microcontroller and Embedded Systems Programming
  • Computer Vision and Pattern Recognition
  • Machine and Technical Vision Systems
  • Mobile Robotics, Inertial Navigation, and Automatic Control
Date of last changes:
05.10.2026