ABSTRACT

The increasing amount of waste generated by urbanization and industrialization has led to the need for efficient and sustainable waste management systems. Traditional waste management methods, such as manual sorting and landfilling, are becoming increasingly inadequate due to their high costs, environmental impact, and limited capacity. In response, computerized waste management systems have emerged as a promising solution to address these challenges. A computerized waste management system is an automated and integrated system that utilizes advanced technologies, such as sensors, loT devices, and Al algorithms, to optimize waste collection, transportation, and disposal processes. The system enables real-time monitoring of waste levels, predictive maintenance ofwaste collection vehicles, and efficient routing ofwaste trucks to minimize travel lime and fuel consumption. The implementation of computerized waste management systems offers several benefits, including reduced operational costs, improved environmental performance, and enhanced public health and safety. By optimizing waste collection and transportation processes, the system reduces the number of waste collection vehicles required, resulting in lower operational costs. Additionally, the system minimizes the environmental impact of waste management by reducing greenhouse gas emissions, conserving resources, and promoting recycling and waste reduction. The system also improves public health and safety by reducing the risk of accidents and pollution associated with traditional waste management methods. For instance, the system can prevent overflowing waste bins, which can lead to the spread of diseases and unpleasant odours, by providing realtime notifications to waste management authorities.