This document presents an SMS-based automatic vehicle accident information system that uses a MEMS sensor to detect vehicle vibrations during an accident. When an accident occurs, the sensor detects the vibration and sends a signal to a microcontroller. The microcontroller uses a GPS module to get the location of the accident as latitude and longitude. It then sends an SMS message with the accident location to predefined emergency contact numbers using a GSM module. The system aims to quickly notify emergency services of accidents, especially in remote areas, to provide faster medical assistance to victims.

1. SMS Based Automatic Vehicle
Accident Information System
Welcome To Our Presentation

2. GROUP MEMBERS
Md. Sohel Rana 11420158
Shah Md Mizanur Rahman 13310404
Mst. Shearmin Akter 12320285
Kaisari khanom 12320131

3. SUPERVISED BY
MOHAMMAD EKRAMUL KABIR
Assistant Professor
Department of Electronics and Communication Engineering (ECE)
University of Information Technology & Sciences (UITS)

4. Conceptual Figure

5. The main objective of this project is to find the
accident spot at any place and intimating it to
ambulance through the GPS and GSM networks.
OBJECTIVE

6. MEMS Sensor used to detect abrupt vibration
when an accident occurs .
Detection and messaging system composed of a
GPS receiver, microcontroller and GSM modem.
GSM sends message to the predefined/owner
mobile number.
OVERVIEW

7. BLOCK DIAGRAM
POWER
SUPPLY
Micro
controller
Vibratio
n
Sensor
Reset
switch
LCD
GSM &
GPS
Module
Alarm

8. CIRCUIT DIAGRAM

9. Flow Chart

10. WORKING
 Whenever any accident occurs vibration sensor detect and
sends electrical signal to the ADC channel of the
microcontroller
 By using GPS , we will get particular location where accident
occurs ,then GSM sends message to authorized mobile number
.
 The GPS positioning is done in the form of latitude and
longitude along with the exact location of the place by making
Google maps

11. CIRCUIT COMPONENTS
Capacitor Resistor Vibration
sensor
LCD

12. CIRCUIT
COMPONENTS
Microcontroller GPS Module GSM Modem

13. COMPLETE DESIGN OF PROJECT

14. Real Data

15. ADVANTAGES
 The vehicle which has undergone to an accident can be identified by
using tracking technology without any delay
 The immediate medication will be provided to the accident victims in
the remote areas
 Mobile number can be changed at any time

16. LIMITATION
In some places where there is no provision of
GSM networks it is difficult for communication

17. FUTURE SCOPE
 Automotive Security System
 This can also be developed by interconnecting a camera to the
controller module that takes the photograph of the accident
spot that makes tracking easier

18. CONCLUSION
 To minimize the deaths and severe conditions due to accidents the
GPS and GSM technologies are used where immediate action would be
take place by the ambulance/police service which might reduces the
severity

19. THANK YOU