Park-A-Solution

Project

• Parking in large garages is inefficient and time-consuming, often taking 20–30 minutes to find a spot.
• This leads to increased traffic congestion, fuel waste, and driver frustration.
• The goal of this project is to design a system that detects parking availability in real time.
• The sensors are used to determine whether a parking space is occupied or empty.
• The system provides immediate visual feedback using LCD indicators.
• This solution improves efficiency by guiding drivers directly to open spots.
• The project demonstrates a scalable approach to smart parking systems in real-world environments

System

Methods

• Selected IR break beam sensors for reliable object detection.
• Connected sensors to the microcontroller using proper wiring and breadboard setup.
• Verified each sensor individually to ensure correct functionality.
• Soldered and repaired LCD board connections to ensure stable output.
• Developed Arduino code to read sensor inputs and control LCD outputs.
• Integrated all sensors into a unified system for simultaneous detection.

Conclusion

• The system successfully detects parking occupancy in real time.
• LCD indicators accurately reflect parking availability.
• The solution reduces time spent searching for parking spots.
• The system improves traffic flow and overall user experience.
• The project strengthened skills in hardware integration and embedded programming.
• Overcame wiring and debugging challenges, improving problem-solving abilities.
• Future improvements: wireless communication (loT), mobiles app connectivity, and centralized availability display.