Etudiant : OUBOUALI YOUNESS

Filière : LF SMP - Option Electronique

Encadrant : Pr. EL BEKKALI CHAKIB

Annèe : 2025

Résumé : This study demonstrated how low-cost sensors, real-time networking, and cloud connectivity can significantly increase comfort, safety, and energy economy by combining smart lighting and HVAC systems into a seamless home automation solution. While the lighting subsystem employs motion detection, ambient light sensing, and scheduled controls supported by NTP time sync and remote dashboard administration to make sure lights are only on when needed, the HVAC subsystem continuously checks and modifies the temperature and air quality. We established strong software techniques (debouncing, cloud event handling, fail-safe routines) and overcome hardware hurdles (signal noise, power stability, timing synchronization) during development. The outcome is a dependable, easy-to-use technology that greatly lowers energy waste and improves daily life. The objective of a truly intelligent, sustainable home environment may be further advanced by future research that expands on these ideas with adaptive algorithms, mobile notifications, or integration with other IoT devices.