Automatic Multilevel Car Parking System

Project Title

Automatic Multilevel Car Parking System

Project Area of Specialization RoboticsProject Summary

The basic theme of the project is that"an arduino will be used to control the whole prototype". There are nine  motors used totally one servo motor for tray movement four step motors for positioning of toy cars in the slots and four DC motors to lock the tyres of cars on the tray during parking and placement in the slots. 

IR sensors are used in the slots for giving presence of car information in slots to LED via arduino.

for the security of car there is RFID based authentication system on the entrance of parking.

Project Objectives

Our aim is to desing a parking system with following features

1) mostly automatic with 98.57% efficient which is more than modern car parking system.

2) There will be 0.8% chances of vehicle vandalisim.

3) Smart parking system to park maximum vehicles in less area.

4) Safe and secure parking system using RFID for authentication and verification of drivers.

Project Implementation Method

We first designed the tray of prototype for the toy cars. Than design the stand for tray. Next to that slots rack to put the toy cars. After the general infrastructure we designed the electronic circuitry of the project i-e IR sensors in the slots, Arduino fixation in the system. motors placement and fixation and finaly RFID system for autentication.

Benefits of the Project

1) Quick automated parking and retrival of vehicles

2) Does not require a parking attendent

3) it will save our time

4) the system is secured

Technical Details of Final Deliverable

qThere are four stages in this system.

                1. Tray design

                2. Lifter design

                3. Slots design

                4. Smart card verification

Project Mechanical Calculations

Parameter	Length(inches)	Width(inches)	Height(inches)
Rack	36.8	36.5	27.6
Slots	8	6	6
Stand	6	5	24.8
Larger rail	28	10	0.3
Smaller rail	7	7	0.3
Tray Basement	5.5	2	0.5

Parameter

Rack

Slots

Stand

Larger rail

Smaller rail

Tray Basement

Final Deliverable of the Project HW/SW integrated systemType of Industry Transportation Technologies RoboticsSustainable Development Goals Industry, Innovation and InfrastructureRequired Resources

Elapsed time in (days or weeks or month or quarter) since start of the project	Milestone	Deliverable
Month 1	1) selection of project design up to December 2) Drawing and calculations January 2019 3) build up at march 18th 4) testing at April 12th 5) thesis June 3rd 2019 6) presentation and final report July 20th 2019	1) main frame 2) platform 3) control system 4) integration 5) documentation