Arduino Irrigation System

Arduino Irrigation System

The Arduino Irrigation System is an automated watering solution

designed to maintain optimal soil moisture levels for plants. Using an

Arduino UNO as the central controller, the system utilizes a soil moisture

sensorto measure the moisture contentin the soil. )

If the soil moisture falls below a set threshold, the system activates a

water pump to irrigate the plants. The 16«2 LCD display provides real-time Pos

updates, while a potentiometer allows users to adjust the moisture

threshold for customized operation.

Benefits

Water Conservation: Only waters plants when necessary, reducingwater Lesson Plan and

usage. Activity includes

Time-Saving: Automates the irrigation process, saving time and effort.

Healthy Plants: Ensures plants receive consistent hydration for better Step-by-Step

growth. Instructions for

User Customization: The potentiometer allows users to adjust the soil assembling of the

moisture threshold according to plant needs. project

Easy Monitoring: The LCD display shows system status and current soil

moisture readings. Hands on training

king Principle: and exploration to

Working Principle: students

Soil Moisture Measurement: The soil moisture sensor continuously oo

measures the moisture content in the soil and sends data to the Arduino. Group discussion and

Threshold Adjustment: The potentiometer is used to set the desired soil brainstorming session

moisture level that triggers the watering system. ‘on the topic.

Arduino Processing: The Arduino UNO processes data from the soil

moisture sensor and compares itto the set threshold. Question and Answer

Pump Activation: When the soil moisture level is below the set threshold, _ session

the Arduino sends a signalto the relay module, activating the water pump

towaterthe plants. .

Display Update: The 16×2 LCD display shows current soil moisture levels toe a on the

and operational status, allowing the user to monitor the system in real

time.

Observations &

Components Analysis in real world

scenario

+ Arduino UNO

+ Soil Moisture Sensor Assesments and

+ Potentiometer recognition.

+ Relay Module

+ WaterPump Sooo

+ DCAdapter y

+ 9VBatteryand Battery Cap

+ 16x2LCD Display ( PROJECTSKIT

+ DCJack | MRP Rs.1299 /- |

, vtigati ; Only f

This automated irrigation system helps ensure that plants receive the

right amount of water, promoting healthy growth while conserving water. Aw yo

Lesson Plan and Activity Includes

• Step-by-Step Instructions for assembling of the project
• Hands on training and exploration to students
• Group discussion and brainstorming session on the topic.
• Question and Answer session
• Debate/Quiz on the topic
• Observations & Analysis in real world scenario
• Assessments and recognition.