IOT implementation of Car Parking System using Arduino.

1. Arduino Car
Parking
Asim Nawaz
Laraib Saleem
Abr-e-Shmina Humayun
Sania Altaf

2. Introduction
Car parking is a major issue in modern congested cities of today.
Thanks to the evolution of the Internet of things the idea of smart city
now seems to be achievable. Consistent efforts are being made in the
field of IoT in order to maximize the productivity and reliability of
urban infrastructure. Problems such as traffic congestion, limited car
parking facilities and road safety are being addressed by IoT. The
ideal of creating a Smart City is now becoming possible with the
emergence of the Internet of Things. One of the key issues that smart
cities relate to are car parking facilities and traffic management
systems. In present day cities finding an available parking spot is
always difficult for drivers, and it tends to become harder with ever
increasing numbers of private car users.

3. Project Idea
The main aim of this project is to reduce the
traffic in the parking place. We will be making
Arduino car parking system which tracks cars,
record cars' data and detects incase of any
uncertainity.

4. Save money
Save time
Lowering individual environmental footprint
Increase in safety
Smart parking reducing stress while searching for a parking
space
Smart Parking takes away the unpredictability of finding a
parking spot
Smart parking will reduce search traffic on the streets
Project Solution

5. How It
Works The customer enters the
parking garage and drives
the car onto a platform.
There he shuts off the
engine, puts the brake on and
steps out of the vehicle. The
system detects the overall
size and shape of the vehicle
with the use of sensors. This
is an important step in the
process: The system
analyzes where he can park
the car (the smallest space
possible).

6. System Design
Vehicle Entry System Design

7. System Design
Vehicle Exit System Design

8. Park Vehicle accordingly
Detects if parking is full
Detects incase of
uncertainity
How many cars are parked
Detects incase of
uncertainity
Fire Alarm gets triggered
Experimentation

9. PROJECT DEMONSTRATION

10. OUTPUT ON ARDUINO

11. OUTPUT ON WEBSITE
// button gets clicked

12. OUTPUT ON FIREBASE
// BUTTON_STATUS_1 = 1
// (WHEN CAR IS ON SLOT )

13. OUTPUT ON FIREBASE
// BUTTON_STATUS_1 = 0
//(INCASE WHEN CAR IS NOT ON SLOT )

14. CONCLUSION
the concept of Smart Parking System
which will be able to reduce the traffic
congestion which will improve the
citizen’s quality of life. Android mobile
application called Car parking, a driver
can find the parking spaces available in
a given area and get the parking fee.

15. Thank You