Project Title:

Smart City IoT Dashboard

Objective:

To create a centralized IoT-based dashboard that monitors and manages key smart city services like traffic, air quality, waste management, and public utilities in real time.

 Project Summary:

This project focuses on building a smart city management system that collects data from various IoT sensors deployed across the city and displays it on an interactive web dashboard. The system provides real-time insights into urban infrastructure such as traffic flow, pollution levels, waste bins, and street lighting. City officials and citizens can use the dashboard to monitor conditions, optimize resource usage, and respond quickly to issues.

Key Components:

Hardware: Sensors (air quality, traffic, light, waste level), microcontroller (ESP32/Arduino), GSM/Wi-Fi modules

Software: Cloud storage (Firebase, AWS), Web dashboard (HTML/CSS/JavaScript), Data visualization tools

Technologies: IoT, Cloud Computing, Data Analytics, Web Development, Real-time Monitoring

Features:

Real-time monitoring of air quality, traffic, and waste levels

Visual dashboards with maps and live data feeds

Alerts and notifications for abnormal readings

Historical data analysis and reports

Admin/user access levels for different stakeholders

 Applications:

Municipal smart city control centers

Urban planning and development

Public safety and environmental monitoring

Citizen awareness and engagement platforms

 Outcome:

The project showcases how IoT can transform urban management by providing data-driven insights and automation. It promotes sustainability, efficiency, and a smarter way of living—making it a great real-world application of IoT for students.