Welcome to the Automatic Door Opening System project, a cutting-edge solution developed by a team of passionate individuals from BML Munjal University. This project aims to redefine access control by integrating Arduino Nano, a PIR sensor, and a micro servo motor.
- Arduino Nano microcontroller
- PIR sensor
- Micro servo
- Jumper wires
- Breadboard
The purpose of this project is to revolutionize access control systems using nano-technology, providing a platform for innovative solutions that can anticipate and respond to security breaches in real time. The project focuses on achieving rapid and accurate responses to security incidents, reducing reliance on human intervention, and enhancing the overall user experience.
- Seamless Integration: Arduino Nano, PIR sensor, and micro servo collaborate for efficient and responsive door control.
- Motion Detection: The PIR sensor detects motion, initiating door opening and closing actions.
- Nano-Technology: Leveraging nano-technology for enhanced sensitivity to security threats and improved biometric authentication.
- Autonomous Decision-Making: Reducing reliance on human intervention through autonomous decision-making processes.
- Operational Efficiency: Enhancing operational efficiency with autonomous features, allowing security personnel to focus on strategic tasks.
Beyond its application as a college project, the Automatic Door Opening System showcases the potential for future innovations in retail security. The system's adaptability suggests advancements in biometric integration and remote monitoring for a more sophisticated and user-friendly access control experience.
Feel free to delve into our codebase, circuit diagrams, hardware photos, and results.
Explore our simulations on Tinkercad:
- Anish Borkar
- Anoushka Srivastava
- Dyuti Dasmahapatra
- Godavarthi Sai Nikhil
- Nichenametla Karthik Raja
Our heartfelt thanks to Dr. Rajiv Dey for his invaluable guidance and mentorship throughout the development of the Automatic Door Opening System.
For inquiries, collaboration opportunities, or further information, please feel free to reach out to: Email: nikhilgodavarthi9@gmail.com
Thank you for exploring our transformative project towards modernizing access control systems!