Etudiant : ZEROUAT HANANE

Filière : LF SMP - Option Electronique

Encadrant : Pr. EL BEKKALI CHAKIB

Annèe : 2025

Résumé : This project aims to design and implement a basic smart home system using the Arduino UNO R4 Wi-Fi board, with remote control capabilities through the Arduino IoT Cloud platform. The system automates essential home functions such as lighting and temperature control. Sensors including the DHT11 (for temperature and humidity), LDR (for ambient light detection), and PIR (for motion detection) were used to monitor the environment. The Arduino processes the collected data and activates devices like fans and lights via a relay module. All components were integrated into a cardboard model house to simulate a real-life scenario. The project leverages Internet of Things (IoT) technology by connecting the Arduino to the cloud, enabling remote monitoring and control through a web dashboard . This system offers a simple, cost-effective solution to improve comfort, energy efficiency, and security in a smart home environment.