IOT based Smart Garden with Weather Station System Test phase, srs, design phase and source code final deliverable

IOT based Smart Garden with Weather Station System Test phase, srs, design phase and source code final deliverable

Project Domain / Category
Digital Logic Designing (Hardware/Android Based Project)

Abstract / Introduction
Internet of Things (IoT) consists of gadgets that hook up with the internet and talk with each different. It permits these devices to accumulate and alternate data with a purchaser. Through this task, we are able to develop an IoT-based totally Smart Garden with Weather Station device, which can be used to screen the boom of plant each day and expect the chance for raining.

Why this IoT-based tool is been created? Many people are interested in developing the plant life are constantly forget on watering the flora. Hence, in this study, the device is geared up with a water pump, where it may be monitored and controlled by using a telephone. In addition, the gadgets additionally consist of 4 principal sensors, which are Barometric Pressure, DHT11 Temperature, and Humidity Sensor, Soil Moisture Sensor and Light depth module sensor.

The Soil and Light Intensity sensor used to measure the cost by probabilities. Besides, two actuators, which are the water pump and LED light can be used remotely or by using using a button at the gadgets. The LED is purposely to duplicate the daylight and make the plant develop faster. System could have the capability to get the rain prediction and control the water deliver through a far off android utility.

This IoT-based totally Smart Garden with Weather Station System can record the facts and send the result to person through the smartphone software. This project is useful, and the machine can be effortlessly controlled by all customers consisting of gardener or farmer, and every other common person.

The proposed IoT device additionally could be implemented with a climate station sensor, in which it may display and expect the pouring rain every day. Hence, the user can switch off the automated watering for reducing the water utilization. The weather station sensor can decide the dew point, humidity of the air, air strain and mild index. It will beneficial the consumer, who’re interested in researching approximately their plant boom. The accrued records can also be shared through on-line cellular applications.

Functional Requirements:
Provide a bulleted listing of functional necessities
• Hardware Module:
o Barometric Pressure Sensing Module
o Temperature Sensing Module
o Humidity Sensing Module
o Soil Moisture Sensing Module
o Light Intensity Sensing Module
o Electromechanical Water Pumping Module
• Mobile Application:

Tools:

o Will receive and display all sensed details from the hardware module
o Can manage the water pumping mechanism
o Can manage the light intensity

• Raspberry Pi or Atomic Pi (single board computer).
• Sensing Modules / Sensors:
o Temperature.
O Barometric Pressure.
O Humidity.
O Soil Moisture
o Light Intensity
o Electromechanical Water Pump
• Analog to Digital Conversion modules.
• Android Application Development.
• Database development / management.
• Python Programming.
• Controller Based Programming (if needed) typically in C/C++ or Assembly.

Supervisor:
Name: Waqar Ahmad