Remote Light Control Demonstration Device

Abstract

The main objective of the Bachelor Thesis is to design and implement a remote light control demonstration based on the Arduino IDE programming language and using a microcontroller ESP32 which combined dual-core processor used for Wi-Fi and Bluetooth. The main assignment of this method to control the light via the Internet network. Therefore, these devices are controlled for a long distance which it is not necessary to come to the physical switches to turn on or off devices. The first part of the bachelor thesis is a description of theory to analyze possibilities of remote light control, a brief description of the Arduino IDE, ESP32 chip, MQTT protocol and PWM method to control the brightness of lights. The second part is focused on practical work, to create the environment connection via the Internet, compiling and design PCB circuit board according to the given assignment. The main purpose is to make the demonstration of remote light control on-off using the Internet network. This aspect belongs to the Internet of Things (IoT) via the Internet any basic things can be connected and become smarter.