IoT-based monitoring system using Arduino and LoRa technology
This project implements a wireless monitoring system for detecting water content irregularities using LoRa (Long Range) communication technology and Arduino microcontrollers. The system enables long-distance wireless communication for monitoring water levels and detecting anomalies in real-time.
LoRa technology provides excellent range and low power consumption, making it ideal for remote monitoring applications where traditional Wi-Fi or cellular connectivity may not be available or practical.
Type: Grant Project from Lecturer & Final Year Project
Academic Level: Diploma Final Year Project
This project served a dual purpose: it was both a grant-funded research project supervised by my lecturer and my final year capstone project for my Diploma. This unique opportunity allowed me to work on cutting-edge IoT technology while fulfilling my academic requirements.
The system utilizes Arduino microcontrollers integrated with LoRa communication modules to create a wireless sensor network. Water content sensors collect data at remote locations, which is then transmitted over long distances using LoRa's low-power, wide-area network (LPWAN) capabilities.
The LoRa protocol allows for communication ranges of several kilometers in open areas, making it suitable for agricultural, environmental, or industrial monitoring applications where traditional wireless technologies would fall short.
Project photos and diagrams coming soon...