Smart classroom by using WIFI and android application with Arduino micro controller

Zakaria, Muhammad Zikrul ‘Azeem (2020) Smart classroom by using WIFI and android application with Arduino micro controller. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

	Text (24 Pages) Smart classroom by using WIFI and android application with Arduino micro controller.pdf - Submitted Version Download (4MB)
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Abstract

Smart Classroom by Using Wi-Fi and Android Application with Arduino Micro Controller were created for user to turn on or off and monitoring all electrical appliances in large or small building wirelessly. The program is designed to meet challenges encountered by the customer because in big buildings multiple electrical devices must be turned on or off. Monitoring in difficulties for not functioning electrical equipment, the wasted human resources and time to turn on or off electrical appliances in large building was the major problems that faced by consumer who worked or stay in a big building. For that reason, a wireless class automation system to control all electrical appliances with monitoring system is built. This project concentrating on developing a wireless classroom automation system between android, wireless bridge mode and ESP8266 Wi-Fi module which is controlled by programmable interface controller with is ARDUINO UNO 2560. Overall, this project is divided into three parts. The first part is concern on the wireless communication using transmitter and receiver ESP8266 Wi-Fi router with wireless bridge in Ethernet connection. Network bridging is the step that network infrastructure performs to establish a network of two or more networks or two or more parts of the network. Bridging is distinct from routing, which allows for the independent communication of multiple different networks while remaining separate. The second part is to design the Graphic User Interface (GUI) for user controlled applications where personal android smartphone is the input component. It is also used as a monitoring system for not functional electrical appliances. The final part concerns the development of hardware, where all electronic components are connected on a single board that controls electrical appliances.

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