The total area of premises assigned to the department, incl. laboratories, classrooms, is more than 252 sq.m. The premises comply with the current sanitary and epidemiological requirements for the conditions of their operation, and meet the requirements of fire safety norms and rules. Each laboratory observes safety precautions for students during classes, there are information stands that regulate the rules of behavior for students, there are passports for classrooms and appropriate equipment.
Audience № |
Purpose |
Description |
Area |
Number of seats |
501a |
Computer Class |
HP Monoblock Pro One 440 G 3 – 10. |
36 m2 |
14 |
502a |
Computer Class |
Equipment: Monoblock HP Pro One 440 G3 – 14. |
36 m2 |
14 |
504a |
Computer Class |
Equipment: Monoblock HP ProOne 440 G6 AiO – 10. |
54 m2 |
10 |
505a |
Computer Class |
Equipment: Monoblock HP ProOne 440 G6 AiO – 10. |
33 m2 |
10 |
501b |
Laboratory "Digital circuitry and microelectronics" |
Equipment: 1. Laboratory stand "Fundamentals of digital electronics" (with the following: universal digital station "PROFI-C"; set of functional modules; set of cables and connecting wires; technical description of the stand; guidelines for performing laboratory work ) - 4 pcs. 2. Oscilloscope - 4 pcs.
The laboratory bench is intended for training students studying disciplines in the basics of digital electronics, architecture and programming of microprocessor devices. The stand includes separate functional modules, which are fixed in the PROFI-C universal digital station. A feature of the stand is its modularity: for each specific course, it is equipped with various functional modules. |
18 m2 |
8 |
501c |
Laboratory "Electric circuits and electronics" |
Equipment: 1. Laboratory bench "Electrical circuits and basics of electronics" (with the rest: monoblock "Electric circuits and basics of electronics"; set of minimodules; set of cables and connecting wires ) – 4 pcs. 2. Oscilloscope - 4 pcs.
The laboratory conducts laboratory and practical work in the following sections: – Linear electrical circuits of direct current; – Linear electrical circuits of single-phase alternating current; – Non-linear electrical circuits of direct and alternating current; – Three-phase electrical circuits; – Semiconductor devices; – Rectifying devices; – Analog electronic devices; – Fundamentals of digital technology, etc. |
18 m2 |
8 |
502b |
Laboratory "Computer and microprocessor technology" |
Equipment: 1. Laboratory stand "Program input/output interface simulator" (composition: Atmega 16A microcontroller; LCD display; four-digit 7-segment indicator; temperature sensor; matrix keyboard; LEDs; buttons; real-time clock chip; light sensor; potentiometer; speaker; low-pass filter unit; stepper motor; RS232-UART interface converter; USB-UART interface converter; in-circuit debugger) - 2 pcs. 2. Laboratory stand "System for the development and study of circuits with a processor for digital signal processing" (composition: interface control panel; control unit; interface module; module for studying DC servo motor control circuits using pulse-width modulation; module for studying control circuits stepper motor; module for studying temperature control circuits; USB connection cable; power connection cable; set of connection cables ; surge protector (adapter); power cord) - 2 pcs. 3. Oscilloscope - 4 pcs.
Laboratory stands are a system for developing and studying the principles of operation of devices with a processor for digital signal processing. This system combines a processor for digital signal processing and a field-programmable gate array to control I/O signals. DSP applications can be effectively explored with various built-in I/O modules and several DSP circuit examples, ranging from the simplest to the most complex circuits. |
18 m2 |
8 |
502c |
Laboratory "Robotic and mechatronic systems" |
Equipment: 1. Laboratory stand "Arduino DS Robot Wifi video smart robot" - 9 pcs. 2. Laboratory stand "Robots with parallel kinematics" (composition: robot with parallel knematics tripod controlled by Arduino; 3D manipulator; 3D printer; 3D scanner) - 3 pcs. 3. Laboratory stand "Servo drives and stabilization systems" (composition: servo drives; power supply; batteries; cables; remote control) - 3 pcs. 4. Laboratory stand "Educational robot with computer control with technical vision" (composition: device; power supply; joystick) - 9 pcs. 5. Laboratory stand "Raspberry PI3 Model B" (composition: board; power supply; m USB flash drive; microcircuit) - 8 pcs. 6. Laboratory stand "Arduino Super Luxury Starter Kit (starter kit for work equipment)" - 15 pcs. 7. Laboratory stand "Intelligent robot Step Forward to Future Smart Life" - 3 pcs.
The laboratory conducts laboratory and practical work on the sections: Studying the principles of robots; Studying the design and construction of robots; Research using robots. |
18 m2 |
8 |
504b |
Audience for independent work of students |
|
18 m2 |
16 |
505b |
Laboratory "Programming of electronic devices and encoding information" |
Equipment: 1. Laboratory stand "Programmable logic integrated circuits" (composition: monoblock "Fundamentals of digital circuitry and microcontroller"; FPGA cell module; FPGA debug module; peripheral module; microcontroller module; personal computer; connecting wires) - 4 pcs. 2. Laboratory bench "Coding and modulation of information in communication systems KiMI-01" (composition: electronic unit "Transmitting unit"; receiving unit; sources of interference; display unit; input unit of the transmitted number) - 2 pcs. 3. Oscilloscope - 2 pcs.
Performing work at stand No. 1, the student learns the basic principles of the operation of FPGA logic blocks, gains knowledge in the development of simple and complex circuits on FPGA, improves his knowledge in programming in C, C ++, as well as Verilog and VHDL. Stand No. 2 is designed to study various types of digital coding and digital modulation. |
18 m2 |
8 |
506 |
The office of professor Atanov S.K. |
Office for work with undergraduates and doctoral students in the direction of research "Intelligent robotic systems". |
16 m2 |
5 |
601 |
The office of professor Iskakov K.T. |
Editorial staff of the «Eurasian Journal of Mathematical and Computer Applications». Office for work with undergraduates and doctoral students. |
33 m2 |
10 |