Smart Parking System

An Arduino-based smart parking system that detects available spaces and automates vehicle entry.

Academic Project
Research Publication

Project Visuals & Screenshots

Smart Parking System preview 1
Smart Parking System preview 2
Smart Parking System preview 3
Smart Parking System preview 4
Role / Contribution
Team Leader
Timeline / Release
April 17, 2026
Course / Context
Introduction To Robotics
Category
Academic Project

Overview & Architecture

The Smart Parking System is an Arduino-based automation project designed to improve parking management by detecting available parking spaces and controlling vehicle entry. The system uses ultrasonic sensors to monitor parking slots in real time and displays the number of available spaces on an LCD. When a vehicle arrives at the entrance, the gate opens automatically if a parking space is available; otherwise, it remains closed and activates a buzzer to notify the driver that the parking area is full. This project helps reduce unnecessary traffic inside parking areas, saves drivers' time, improves parking efficiency, and demonstrates how embedded systems and automation can solve everyday urban challenges.

Key Features & Capabilities

  • Detect available parking spaces
  • Real-time slot monitoring via ultrasonic sensors
  • LCD display showing available spaces
  • Automatic gate opening/closing via servo motor
  • Buzzer notification when parking is full
  • Embedded automation system

Technologies & Tools

Arduino UnoHC-SR04 Ultrasonic SensorsServo Motor SG9016×2 LCD Display with I2C ModuleBuzzerBreadboard & Jumper WiresArduino IDEC++

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