MODELING AND FABRICATION OF A SEMI-AUTOMATED ROAD SWEEPING MACHINE FOR EFFICIENT ROAD CLEANING

Abstract

This project focuses on the modelling, design, and fabrication of a semi-automated road sweeping machine aimed at improving road cleanliness while reducing manual labour and health risks. Conventional road cleaning methods are labour-intensive, time-consuming, and expose workers to harmful dust, while fully automated systems are often complex and less accessible for small-scale use. To address this gap, a semi-automated solution was developed using SolidWorks for accurate design and assembly. The machine operates on a rotating brush mechanism powered by an electric motor, which effectively collects dust and debris into a storage container. The fabricated prototype was tested for ease of operation, demonstrating improved cleaning effectiveness compared to manual methods. The modelling emphasizes portability, simplicity, and user-friendly operation, making it suitable for small roads, campuses, and public areas. The project highlights the potential of a practical and efficient road cleaning system with opportunities for further enhancement and automation