Remote implementation of a discrete temperature control by hysteresis

ABSTRACT

The practices of face-to-face or conventional laboratories are essential for the training by competences of the student of electronic engineering. However, as a result of the COVID-19 pandemic at FIEE-UNMSM, it has been decided to carry out virtual laboratory practices using only simulators, harming the practical training of the student. This has motivated the implementation of remote laboratory practices, where the student can experiment with real physical devices at a distance. In this sense, as a prototype, the laboratory practice of discrete temperature control by hysteresis has been developed, using the Arduino Uno card programmed in Bascom-AVR, LabWindows/CVI for the graphical interface and the Team Viewer software for the remote connectivity of users. Obviously, the learning outcome compared to simulated practices is superior and is expected to be as close as possible to the laboratory presence. © 2022 IEEE.