AI and IoT Enabled Smart Automatic Rail way gate control system

Simple presentation about iot

1. 005.01.00 (Page No:) KCET – ACT, STATUES, RULES AND REGULATIONS D INFORMATION 13/09/2025 Seminar Presentation Day 1 KAMARAJ College of Engineering and Technology (An Autonomous Institution) Seminar Day Presentation 2025-26 (ODD Semester) Department of ECE AI and IoT Enabled Smart Automatic Railway Gate Control System for Accident Prevention Batch Number: 23 Rajanageswari(24uec083)

2. INTRODUCTION Railway crossings are one of the most accident- prone zones, especially in unmanned areas. Traditional gate operation often leads to manual errors, accidents, and unnecessary delays. Although automatic gate systems were introduced, they are very basic. In this project, we propose an innovative system using AI, IoT, smart traffic control, and emergency handling to make crossings safer and smarter 13/09/2025 Seminar Presentation Day 2

3. ROLE OF AUTOMATION IN ENGINEERING / TECHNOLOGY Automation in transportation engineering improves safety, reliability, and efficiency by reducing human intervention. AI-driven automation enables perception (image analysis), decision-making (classification, prediction), and actuation (motor control) . IoT integration ensures ubiquitous connectivity, real-time status sharing, and predictive diagnostics . In railway safety, automation ensures: Accident avoidance through obstacle detection . Real-time communication with centralized control rooms . Autonomous recovery during power or component failure . 13/09/2025 Seminar Presentation Day 3

4. DOMAIN SPECIFIC EXAMPLE 13/09/2025 Seminar Presentation Day 4 The domain of this project is railway safety and intelligent transportation systems . The train is detected using IR sensors . An AI-enabled camera is used to detect vehicles, pedestrians, or obstacles on the track. The Raspberry Pi controller manages the gate motor and traffic signals. IoT communication modules like LoRa or GSM send real-time status to the control room and mobile app.

5. Seminar Presentation Day 5 A motorized gate with synchronized traffic lights and buzzer ensures safe operation. The system is powered by a solar-electric hybrid supply , making it suitable for rural as well as urban areas. 13/09/2025

6. DETECTION CONTROLLER PROCESSING DECISION ACTUATION ALERTS NOTIFICATIONS MONITORING HOW IT WORKS

7. APPLICATIONS 7 13/09/2025 Seminar Presentation Day Unmanned level crossings across Indian Railways. Smart city metro systems for integrated rail-road traffic control. Rural and remote railway gates with solar-powered autonomous operation. Highway–rail intersections for congestion-free, accident-proof crossings.

8. REAL LIFE INCIDENT 13/09/2025 Seminar Presentation Day 8 ANDHRA PRADHESH TRAIN COLLISION(2023) In October 2023, a tragic train collision occurred in Vizianagaram, Andhra Pradesh, where a moving train hit a stationary train at the station. The accident was caused by human error , as the train driver missed the signals. This disaster led to 14 deaths and around 60 people getting injured. Such incidents show how human mistakes can have serious consequences. SOLUTION: Implementing AI and IoT-enabled smart automatic railway gate systems can help prevent such accidents by automatically controlling gates, monitoring train movements, and alerting people in advance.

9. CONCLUSION 9 Seminar Presentation Day Enhances safety at railway crossings Reduces human error with automation Provides real-time alerts and control Prevents accidents at unmanned gates Step towards smart and safe transportation “ SMART TECHNOLOGY FOR SAFE JOURNEYS “ 13/09/2025

10. REFERENCES • www.vfast.org – Next-Gen Railway Crossings with IoT Solutions (2025) • IJSRET – Traffic Management System at Railway Crossings Using IoT. • www.warse.org – Smart Railway Track & Gate Security System (2021) • ScientificTemper.com – AI-Assisted Railway Gate Controlling System . • jespublication.com – Automation of Railway Gate System Using IoT . • INT-JECSE.net – IoT-Driven Automation of Railway Crossing Gates (2024) Seminar Presentation Day 10 13/09/2025

11. SDG MAPPING 13/09/2025 Seminar Presentation Day 11

12. PO Relevance (consider 11 POs) PO1 – Engineering Knowledge : Apply automation principles in solving problems. ​ PO2 – Problem Analysis : Use automation to analyze and optimize processes. ​ PO3 – Design/Development : Design automated systems for industries. ​ PO4 –Conduct Investigation of Complex Problem. PO5 - Modern Tool Usage: ​ Apply AI, IoT, robotics tools effectively PO6 - The Engineer and Society.​ 13/09/2025 Seminar Presentation Day 12

13. ACKNOWLEDGEMENT I would like to express our special thanks to our college management for arranging a Seminar Day for developing our skills and knowledge. I would like to express our gratitude to our Dean Academics and HoD of the department Electronics and Communication Engineering Dr.R.Sureshbabu , M.E., Phd.D . I would like to thank our Chairperson Dr.T.Pandiselvi , M.E. Phd mam for encouraging us throughout this presentation. I would like to thank our mentor Dr.N.M.Mary Sindhuja mam for her wonderful guidance.I would like to thank our friend for helping and guiding us for this presentation 13 13/9/2025 Seminar Presentation Day

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