Project Title:

IoT-Based Smart Trash Can

Objective:

To design a smart trash can that monitors its fill level in real time and sends alerts for timely waste collection, optimizing waste management processes.

 Project Summary:

This project aims to create a smart waste management solution using IoT sensors (such as ultrasonic or weight sensors) to monitor the fill level of trash cans. The data is sent to a cloud platform, where it is processed and displayed on a dashboard. When the trash can reaches a certain fill level, the system sends an alert to the waste management team to schedule pickup. This reduces unnecessary pickups, saves time, and improves the efficiency of waste management.

 Key Components:

Hardware: Ultrasonic sensors or weight sensors (for detecting fill level), microcontroller (ESP32/Arduino), GSM/Wi-Fi module

Software: Cloud platform (ThingSpeak, Firebase), Admin dashboard (Web app), Notification system (SMS/Email)

Technologies: IoT, Cloud Computing, Real-Time Monitoring

Features:

Real-time monitoring of trash can fill levels

Automated alerts for waste collection when the bin is full

Data collection on trash bin usage patterns

Admin dashboard to track multiple bins across an area

Option to integrate with smart city infrastructure

Applications:

Urban waste management in cities

Public space trash monitoring (parks, streets, etc.)

Commercial or residential building waste management

Environmental sustainability initiatives

Outcome:

This project highlights how IoT can help improve waste management by reducing waste collection inefficiencies, lowering operational costs, and ensuring a cleaner environment. It's a practical example of how smart cities can leverage IoT technology.