Smart Parking Density Monitoring System – IoT-Based Campus Project for STEM Learning and Urban Tech Demonstrations

Description

Technical Specifications

• Project Type: Car Parking / Parking Density Measurement 
• Control System: Microcontroller (Arduino / Nano)
• Detection Sensors: IR (for vehicle detection)
• Display: 16×2 LCD (for showing available parking count)
• Actuators: Servo Motor (for gate control / simulation)
• Communication: Digital IO (Sensor to MCU)
• Power Supply: 3.7V – 5V DC
• Documentation: Circuit Diagram, Arduino Code
• Application: Science Exhibitions, STEM Learning, Campus Projects
• Kit Type: Readymade (Full Working Project)

Project Description

The Car Parking Project | Parking Density Measurement Project is an engaging science project kit that simulates a smart parking management system. It uses sensors to detect vehicle presence, measures available spaces, and displays real-time parking occupancy status on an LCD screen, making it ideal for school, college, and engineering science fairs.

This project demonstrates how to automate parking space detection and entry control: sensor modules (such as IR) monitor whether parking spots are occupied. Based on sensor inputs, the system shows the number of free slots and can optionally simulate gate opening with a servo motor. This kit helps learners explore embedded systems, sensor interfacing, control logic and display modules.

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