Agricultural Automation
Agriculture Automation project integrates two main components: monitoring beehive conditions and soil nutrient analysis. The first part involves using humidity and temperature sensors to gather data inside a beehive, displaying the information on a smartphone to help maintain optimal conditions. This setup was showcased at the University's Techno-Fest. The second part focuses on measuring soil health by displaying NPK sensor data on an LCD screen, providing insights into nutrient levels for better crop management.
The PCBs were designed by me and my team using DotBoards
The Final part (Ongoing) is to integrate them to display on the internet using IoT
Humidity and Temperature Sensor Information System
It involves using humidity and temperature sensor (DHT-11) to gather data inside a beehive, displaying the information on a smartphone via a Bluetooth Module (HC-05) to help maintain optimal conditions. This setup was showcased at the University's Techno-Fest.
NPK Sensor Information System
This part focuses on measuring soil health by displaying NPK (Nitrogen, Phosphorus and Potassium) sensor data on an LCD screen, providing insights into nutrient levels for better crop management.
