A team of electrical engineering students at the College of Engineering in Prince Mohammad bin Fahd University has achieved a milestone by designing an intelligent garbage management system called “Smart Bin”, utilizing artificial intelligence methods to enhance waste separation techniques.
The innovation aims to improve the primary recycling process by implementing an advanced system that operates AI mechanics to achieve optimal waste control. The system is capable of precisely categorizing and sorting various wastes such as plastics, paper, metals, cigarette butts, and organic materials, relying on image recognition algorithms and self-learning mechanisms.
This system comprises several sub-systems specialized in material classification and separation, in addition to weight monitoring and leak detection systems. It operates on solar energy and utilizes various sensors to detect container levels, monitor air quality, and track temperature and humidity levels inside. All collected data is transmitted to control centers and relevant institutions through IoT technology.
This project contributes to supporting Saudi Vision 2030 by preserving the environment, improving individuals’ living standards, increasing waste recycling rates, and reducing disposal costs. These innovations represent a significant addition to society, contributing to enhancing the circular economy that leads to sustainability in modern and smart cities.
The student team, consisting of Monira Mohammed Aldosari, Lamia Saad Alqhtani, and Fadia Azzat Al-Humaimi, is proceeding with the registration procedures for their project, which won the Best Scientific Research Award at the 9th International Conference on Electrical and Electronic Engineering held in London in 2023, as a patented invention through the university’s patent office.
