Remote Stand Based on RISC-V Microcontroller MIK32 AMUR

The provision of tools for students of computer engineering to work with boards, which are the main objects of interaction in their future profession, is an important aspect of the digitalization of the learning process. This development aims to increase accessibility and reduce the entry requirements for training. A laboratory stand that can be accessed via the internet could be a solution to these issues. The purpose of this research is to study the implementation of a training stand that combines a physical stand and an online interface for accessing it. By analyzing existing solutions and adding our own developments, we aim to create a remote training environment based on a MIK32 Amur microcontroller. During the course of this work, certain tools will be utilized, such as computer programming software designed for a board equipped with a microcontroller, as well as a web service intended for remote access to the stand. The resulting report will consist of several components: an analysis of the relevant subject matter, the design of a remote-access stand and software package and testing of the system under development. The primary objective of this research is to implement a specific solution. However, it also provides information on the development process using the MIK32 Amur microcontroller that can serve as a foundation for the design of other training stands in the future. The paper is 48 pages long. Work contains 17 figures and 3 tables, materials from 26 sources were used.