Waste Management
Daripineni Teja
Dept of Computer Science
Engineering Presidency
University
Bengaluru, India
daripineniteja@gmail.com
Achanta Hima Chandu
Dept of Computer Science
Engineering Presidency
University
Bengaluru, India
chanduygm@gmail.com
Singasaani Lavanya
Dept of Computer Science
Engineering Presidency
University
Bengaluru, India
lavanyasingasaani@gmail.com
Ms. Radhika Sreedharan
Assistant Professor
School Of CSE&IS
Presidency University
Bengaluru, India
Abstract— Proper waste management is a great challenge to modern society because of increased urbanization and population growth, yet it is a concern to the environment. This project encompasses a comprehensive system of waste management using technology as the basis in streamlining its collection, segregation, and proper disposal. These features include database management, a role-based structure for users, and real-time performance monitoring. The system focuses on the lack of accountability in traditional waste collection practices, very low user participation rates, and even inefficiency when using IoT-based technologies like route optimization and user engagement mechanisms. The system applies a rewards-based model to encourage proper waste segregation, engaging the community while promoting environmentally responsible behavior. In addition, the project focuses on scalability, data security, and user-friendly interfaces to ensure wide adoption and long-term viability. The implementation phase includes frontend and backend development with a focus on seamless integration and efficient performance. Results from the system show enhanced operational efficiency, reduced costs, and improved recycling rates. This project is contributing to the ever-increasing field of smart waste management, providing an integrated solution which meets the standards of sustainable development goals and therefore promises a greener and cleaner future.
Keywords— Waste Management System, Smart Waste Management, IoT in Waste Management, Waste Collection Optimization, Recycling Incentives, Route Optimization, Waste Segregation, Centralized Database Management, Environmental Sustainability, Rewards-Based Model, Performance Monitoring, User Engagement in Waste Management, Waste Disposal Efficiency, Smart City Solutions, Sustainable Development Goals.
