The Laboratory of Bioelectronics was opened at the Academy

At the beginning of the academic year, a bioelectronics laboratory began its work at the DSEA on the basis of the Department of Computer Information Technologies. The creation of the laboratory became possible due to the participation of the department staff in the BioArt Erasmus + project. Students were able to use modern equipment in the process of studying various disciplines: signal generator, multi-channel oscilloscope, various debug boards based on Arduino, RaspberryPi, STM32, FPGA platforms for laboratory work, course and diploma projects. The presence of Raspberry Pi microcomputers, debugging boards based on the Arduino platform, STM32, FPGA, sensor kits, including medical, allow future professionals to develop prototypes of devices for the "Internet of Things", gain skills in working with medical sensors, collect miniature computing clusters, ie to fully immerse yourself in the world of modern software and hardware solutions.

Laboratory work on studying the signals of the SPI interface Arduino platform

RaspberryPi microcomputer

Board for learning FPGA technology

Board for studying STM32 architecture microcontrollers

Board for learning the Arduino platform