Material and technical base
The department is equipped with the necessary equipment for conducting classes within the educational programs.
Metrology, room 2/435
The laboratory is equipped with modern measuring and auxiliary devices that enable educational and research activities: multimeters, signal generators, oscilloscopes, and sets of auxiliary tools for measurements.
Informatics, rooms 2/101, 2/305, 2/435, 2/424
The computer labs are equipped with personal computers, network devices, monitors and peripherals, projectors and interactive boards, as well as modern software for operating systems, office applications, programming environments, databases, network technologies, and information security.
Computer Graphics and Modeling, rooms 2/101, 2/303
The computer graphics and modeling laboratory is equipped with a graphic tablet, 3D printers, a laser cutter, a vacuum former, as well as modern software for 2D/3D graphics, modeling, visualization, and animation (Adobe Photoshop, CorelDRAW, SolidWorks, etc.).
Electronics and Electrical Engineering, rooms 2/435, 2/303
The course “Electronics and Electrical Engineering” is supported by a specialized laboratory base that enables practice-oriented training and experimental preparation of students:
- training and demonstration benches for analog and digital electronics;
- sets of discrete and integrated electronic components;
- measuring and control equipment: oscilloscopes, multimeters, signal generators, laboratory power supplies;
- kits for manufacturing and etching printed circuit boards (PCBs).
Microprocessor Systems Technology, room 2/435
The Microprocessor Systems Technology laboratory is equipped with training stands and microcontroller models, Arduino and AVR microcontroller boards, Arduino robots, programmers and debugging devices, sets of sensors and actuators, and measuring instruments.
This technical and material base allows students to fully master the course, conduct experimental research, design and program microprocessor and microcontroller systems, and meets modern requirements for training specialists in telematics.
Control Theory. “Programmable Logic Controllers (PLC)” laboratory, room 2/424
For the organization of the educational process in the course “Programmable Logic Controllers (PLC)”, the department has a modern technical and material base that ensures high-quality theoretical and practical training:
- specialized laboratories with PLC training stands from various manufacturers (Siemens, Schneider, Allen-Bradley, etc.) for practicing programming and logical automation;
- software for PLC program development and simulation, including STEP 7, TIA Portal, and CODESYS;
- computer labs with modern PCs connected to PLC laboratory stands.
This infrastructure enables students to master the course in practice, develop and test control programs for technological processes using various PLCs and platforms, and ensures training of specialists in automation and telematics in line with modern industry requirements.
“Real-Time Systems (based on Raspberry Pi)”
To deliver the course “Real-Time Systems”, the department has a technical and material base that enables the study of the principles of design and programming of real-time systems based on Raspberry Pi single-board computers:
- teaching laboratories equipped with Raspberry Pi single-board computers of various models;
- peripheral modules and extensions: sensors, actuators, input/output modules, interface boards;
- software development and debugging environments (Python, C/C++, GCC, IDEs, and remote debugging tools);
- measuring equipment for analyzing timing characteristics and interface operation.
This infrastructure allows students to develop, configure, and test Raspberry Pi–based real-time systems, acquire practical skills in embedded and telematics systems, and ensures training in accordance with modern requirements in automation and telematics.
