Programming Arduino controllers and creating projects based on them

System designed to reading an array of analog sensors and display the results matrix in a convenient form (on a PC screen)

The passive system does not require a connection to the car's on-board computer, it is enough to install it rigidly inside the cabin. After turning on, the system begins to receive data on accelerations and turns in real-time, based on which it generates relative data on movement, turn, speed, and acceleration. Data is transferred to a PC via USB connection (COM-port emulation) and processed by a control application

Smart glasses that take photos of the field of view using a blinking sensor and transfer the image to the cloud for further processing

Individual staircase lighting control system with a traveling wave effect. Creates the effect of a traveling wave - alternately turning on the lighting of each step moving away from a walking person

Mobile platform for testing electric motors. Allows you to control the movement of the platform in real time, which moves along the test route and take parameters from the sensors.

Presenter for playing commercials to visitors of presentations Based on Raspberry Pi for video and audio playback. Can be installed inside any part of presentation stand and start working when a visitor approaches, the lid is opened, and other actions.

The system for installation on a pipeline for liquids pumping and control of the transportation process. Includes fluid flow sensors, motor current sensor and control relay for online control of process parameters, logging, emergency automatic and manual control of pumping.

Irrigation control system for automatic maintenance of plant climate parameters using sensors, control via web interface and remote informing via mobile network

Engraver machine designed for stone engraving using solenoid with engraving cutter

Control system for a wheeled drone designed for slow video recording or a series of photos with time lapse effect