Precision Agriculture Automation | GLA University

Reduces the effort for the farmer to water the soil & prevents the soil to become dry.

Sends an alert SMS to farmer about ambient temperature value & alerts about unusual ambient temperature

Monitors the sun light exposure of the plant.

Procedure

Learn:

Learn about popular development board NodeMCU, soil moisture sensor, temperature sensor
Learn how to actuate the irrigation water pump by analyzing the data from sensors.

Design:

Design a hardware circuit using the provided sensors and automatically control the water pump in the farm.

Implement:

Test the sensor & actuator circuits, WiFi development board individually.
Implement the designed hardware circuit & power up the circuit.
Ensure that all the components involved are powered up with desired voltage levels.

Test:

Test the hardware circuit in various application use cases & make it functional robust.

Present:

Design the farm environment & place components with proper wire lengths.Yay!! the project is functionally ready to show case

GLA

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