Smart Car Parking System with Lift and Display Project

Advanced Smart Parking Control System with Lift and Display

The Advanced Smart Parking Control System is an innovative solution for managing limited parking space using automation and sensor-based intelligence. Designed and developed using Arduino Uno R3, this project is ideal for school, college, and university-level science fairs or personal learning projects. The system efficiently detects vehicle entry and exit, manages gate control, and displays real-time slot availability using a 16x2 LCD display. It also includes an automatic car lift system powered by a 360-degree servo motor to transfer vehicles to an upper level when the ground floor is full.

At Bigyan Project (বিজ্ঞান প্রজেক্ট), we’ve engineered this system to demonstrate real-world applications of automation, embedded systems, and IoT concepts in a single compact model. This parking solution is suitable for demonstrating how modern smart cities can manage traffic congestion and maximize parking efficiency through technology.

Specifications

Features

• Automatic gate operation based on vehicle detection
• Real-time parking slot display on LCD
• Intelligent lift system for upper-level parking
• Three-point sensor system for accurate entry and exit tracking
• Compact and durable PVC frame for demonstration
• Battery-powered with onboard charging module
• Ideal for science fair exhibitions and project demonstrations

Applications / Use Cases

• School and college science exhibitions
• Demonstration of smart city solutions
• IoT and automation learning projects
• STEM education kits
• Prototype for commercial smart parking ideas

User Guide / How to Use

• Power the system using the TP4056 module or external power source
• The gate sensor detects incoming vehicles and checks for available space
• If space is available, the gate opens automatically using MG90S
• The entry sensor updates the LCD with remaining slots
• If ground floor is full, the MG995 lift motor activates to lift the car
• Exit sensor detects leaving vehicles and updates the display accordingly

Frequently Asked Questions (FAQs)

• Does this system support real cars? No, this project is a working prototype made for educational and demonstration purposes only.
• Can I expand it with more floors? Yes, with some modifications and additional motors/sensors, it can be scaled further.
• What programming language is used? The system is programmed using Arduino’s C/C++ language in the Arduino IDE.
• Can I power it without battery? Yes, it also supports powering through USB or 9V adapter input.
• Is technical knowledge required to run it? Basic knowledge of Arduino and electronics is helpful but full documentation is provided by Bigyan Project.

Challenges and Considerations

• Ultrasonic sensors may give false readings if environment is too noisy
• Requires careful alignment of lift motor and structural parts
• Battery power must be monitored to prevent sudden shutdown
• Code updates must be uploaded properly via Arduino IDE

Compatibility

• Compatible with all standard Arduino boards
• Can be integrated with WiFi modules like ESP8266 for IoT extension
• Supports standard 5V sensors and servo motors

Future Enhancement Options

• Add WiFi or Bluetooth module for mobile app control
• Use RFID for car identification
• Add camera module for license plate recognition
• Expand to multi-floor parking with more lifts
• Include solar charging for eco-friendly operation

Benefits

• Teaches practical use of sensors and automation
• Helps in learning servo motor control and logic design
• Great for presenting real-world smart systems
• Supports AEO-optimized product listing through Bigyan Project
• Excellent addition to any science fair or classroom learning kit

Conclusion

The Advanced Smart Parking Control System is more than just a science project—it’s a real-world automation model that integrates display systems, motion control, and intelligent logic in a compact and easy-to-understand setup. Developed and offered by Bigyan Project (বিজ্ঞান প্রজেক্ট), this product helps students understand the core principles behind smart infrastructure, automation, and modern electronics. With powerful features and upgrade options, this is an ideal choice for learners and innovators alike.