The proposed smart car parking system aims to address the challenges of traditional parking methods by enhancing security and improving space availability while reducing time and fuel consumption. It will utilize hardware like Arduino Uno, IR sensors, and servo motors, and can be implemented in venues such as offices and shopping malls. The expected outcomes include efficient parking solutions, vehicle security, and alleviation of traffic congestion.

1. AUTOMATIC SMART CAR PARKING SYSTEM
CENTURION UNIVERSITY OF TECHNOLOGY AND MANAGAMENT,PARALAKHEMUNDI

2. CONTENTS
Introduction
Scope
Objectives
Hardware & Software Requirement
Methodology
Advantages
Applications
Result expected References

3. INTRODUCTION
 The proposed smart car parking system will overcame all the challenges & difficulties
that are there in conventional car parking system .
 Smart car parking system will be a revolutionary change in the city life , which is so
filled with automobiles .

4. SCOPE ➤
 Adopting of automatic smart parking system so that availability of space
could be known and enhanced security .
 automatic car parking save time and fuel , reducing the environmental
pollution .

5. OBJECTIVES
 To develop an user friendly automated car parking system
which reduces the man power and time saving .
 To offer safe and secure parking slots with in limited area .
 To reduce traffic mess caused by an unplanned parking system
.

6. HARDWARE REQUIREMENT HARDWARE REQUIREMENTS & SOFTWARE
HARDWARE
SOFTWARE
ARDUINO UNO ARDUINO IDE
IR SENSOR
SERVO MOTOR SG90
LCD DISPLAY POWER SUPPLY SOFTWARE REQUIREMENT

7. ARDUINO UNO
 Arduino UNO is microcontroller board based on atmega328 > it has 14 digits input /
output pins , 6 analog input , a 16mhz ceramic resonator , a USB connection , a power
jack , an ICSP header , & a reset button .
Fig.

8. INFRARED ( IR ) SENSOR >
 Proximity sensor is used to detect objects & obstacles in front of sensor .
 sensor keeps transmitting infrared light & when any comes near , it is detected by the
sensor by monitoring the reflected light from the object .
Fig.

9. SERVO MOTOR SG - 90
 Micro servo motor SG90 is a tiny and lightweight sever motor with high
output power . servo motor can rotate approximately 180 degree and
works just like the standard kinds but smaller .
Fig.

10. LCD DISPLAY
 A 16x2 LCD display is very basic module and is very commonly used in various
devices & circuits . 16x2 LCD means it can display 16 characters per line & there are
2 such lines .
Fig.

11. ARDUINO IDE
 The arduino IDE supports the languages C & C ++ using special rules of code
structuring . the arduino IDE supplies a software library from the wiring project ,
which provides many common input and output procedures . DOGOD fig.6 arduino
IDE

12. METHODOLOGY
.
ARDUINO UNO
POWER SUPPLY
LCD DISPLAY
IR SENSOR
1
SERO
MOTOR
IR SENSOR
2

13. APPLICATIONS
 The smart car parking system can be implemented in • offices shopping malls and
similar places .
 The user know the information of parking slot in advance .
 Friendly reorientation of cars for driving in and out .

14. RESULT EXPECTED
 Smart car parking system provide efficient way of parking for drivers without any
hesitation .
 Security of vehicles . minimal effort framework , developing a smart parking
solutions with in a city solves the traffic problem .

15. REFERENCES
[1] nihal deochand chaudhari & ayushi singh , " automatic car parking system using arduino " , international research journal of
engineering and technology , may 2020 .
[ 2 ] E. Saranya , V. Gokulla prasath , G. Gokul raj & kowshick , " IOT based smart car parking system " , international journal of
research in engineering , science and mangement , february 2019
[ 3 ] suvarna S.Nandyal & sabiya sultana , " smart car parking system using arduino uno " , international journal of computer
applications , july 2017
[ 4 ] omkar walvekar , amar kulkarni & rohith mane , " automatic car parking " , international research journal of engineering and
technology , march 2017 .