1) the ability to install and configure the software that serves the work of the microcontroller;
2) the ability to write a program for a microcontroller that performs complex simulation and mathematical operations;
3) the ability to provide data read from discrete, analog, pulse and digital sensors;
4) the ability to provide work with a multiplexer, demultiplexer, encoder, decoder;
5) the ability to provide electric motor control;
6) the ability to connect LED indicators and symbolic liquid crystal display;
7) the ability to provide data exchange with EEPROM and SD cards.

Pre-requisite: Application of microsystem devices.

In the academic discipline the questions of circuit designing and simulation of microsystems are considered. Information about the hardware and software of microcontrollers is provided. The issues of interfacing with peripheral devices are considered: the main types of sensors, LED arrays, the keyboard, electric drives, liquid crystal display, LED indicators and memory cards.

1. Петин В. А. Проекты с использованием контроллера Arduino / В. А. Пе-тин. — 2-е изд., перераб. и доп. — СПб.: БХВ-Петербург, 2015. — 464 с.
2. Блум Дж. Изучаем Arduino: инструменты и методы технического волшебства: пер. с англ. / Дж. Блум. — СПб.: БХВ-Петербург, 2015. — 336с.
3. Margolis Michael. Arduino Cookbook / Michael Margolis. — 2nd Edition. — O’Reilly, 2011. — 724 р.

1. Evaluation of laboratory performance reports. The event is carried out after the completion and execution of reports on all laboratory work.
2. Examination control. The event is carried out in accordance with the schedule established by schedule and involves diagnosing the knowledge of the theoretical material.