UNDERWATER SURVELLIANCE project for student
In our project we build an underwater surveillance system with Arduino. We also use sonar to detect obstacles and a camera for live video monitoring so that we can spy the enemies.

Welcome to the UNDERWATER SURVELLIANCE project a hands-on, exciting initiative designed especially for school students. Whether you are a curious beginner or a budding engineer, this UNDERWATER SURVELLIANCE project for students helps you learn sensors, circuitry, coding, and environmental awareness in one complete build. Ideal for classrooms and science fairs, this project for kids and school student offers real-world applications, empowering young minds to explore what lies below the water’s surface.

Here we build a project related to an underwater surveillance system that helps us keep an eye on what is happening underwater. This system can find enemies or any other unauthorized activities and capture videos underwater, which is great for making sure no one is in a place they should not be, like a restricted area. 

Purpose of the Project –  

The main goal of this project is to detect any unauthorized activity in underwater areas, like finding enemies who should not be present there. It helps keep these areas safe by watching them all the time and letting us know if something unusual is happening. 

Components List –   

  1. Arduino Board X1: The main controller that manages the system. 
  1. Sonar Sensor X1: Detects objects and measures distances underwater. 
  1. Camera Module X1: Captures live video footage.

4. Jumper Wire (male to male & male to female): We use jumper wires for the connection of components.

Steps to Build the System – 

  1. Set Up the Arduino: Connect the Arduino board to the sonar sensor and the camera module. 
  1. Programming: Write simple code to make the Arduino work with the sonar sensor and camera. The code will tell the Arduino to alert us when the sonar detects something and to start recording video with the camera. 
  1. Testing: Put everything in a waterproof box and test it in a small pool to make sure it works. 
  1. Deployment: Once it is working, put the system in the area you want to monitor. 

With this project, we can explore underwater areas and keep them safe by watching for any unauthorized activities. 

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