FYP: Smart Waste Mangement System
SWMS aim to optimize waste collection processes and minimize the impact on the environment. By reducing the amount of time and resources spent on waste collection and decision-making, a SWMS can help save costs associated with waste management. By monitoring waste levels in bins and containers, a smart waste management system can optimize resource utilization and reduce the number of trucks needed for waste collection.
The SWMS project will use a combination of hardware and software components, including sensor technology, IoT, data analytics, mobile applications, cloud computing, and Agile software develop- ment. SWMS employ various methods and technologies to enhance the efficiency and stainability of waste collection and disposal. One key method involves the use of fill-level sensors installed within waste bins. These sensors employ technologies like ultrasonic. By continuously monitoring fill levels, the system can send real-time alerts to waste collection crews when bins are nearing ca- pacity, optimizing the scheduling of collection routes and minimizing unnecessary trips.
The project include an IoT device, a website for admin and an android app for Collectors. The tools used were Html, Css, React, React Native, Firebase etc.
Website Credentials
Email: Saif@gmail.com
Password: 123456
