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Ahmed Farooq Khan

FAST · 2023 · i160405

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Phone

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GitHub

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Academic

Program

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CGPA

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Year

2023

Education

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Address

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DOB

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Career

Current role

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Target role

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Skills

Arduino IDE, Node MCU, ThingSpeak, Arduino Nano, Node MCU ESP 8266

Verbatim text

The exact text the LLM saw on the page (or the booklet text from the old import). This is what powers semantic search.

IOT BASED SMART VERTICAL FARMING
A smart farming system for an urbanized and a rapidly growing world where there is an urgent need for conservation of resources. The compact and vertical structure of the project is good for growing plants in any space indoors. The smart irrigation system optimizes water consumption and prevents wastage of excess water. The temperature, soil moisture and other conditions can be remotely viewed by the user as each node in the project is connected to the internet. The plants are able to grow by the use of sensors and actuators without the need of human intervention.

IOT Based Smart Vertical Farming, Vertical farming is a type of farming in which plants are grown in vertically stacked layers. Plants are grown with the help of sensors and actuators. Sensors detect change in stimuli and actuators keep conditions optimal for plant growth.

IOT BASED SMART VERTICAL FARMING
WHAT IS SMART VERTICAL FARMING?
Vertically stacked layers are used for growing plants with the help of sensors and actuators.
Sensors detect change in Stimuli and actuators keep the conditions optimal for plant growth.

MICRO-CONTROLLERS USED
• Node MCU ESP 8266
• Arduino Nano

SOFTWARES AND TOOLS
• Arduino IDE
• ThingSpeak

WE AIM FOR A GREENER, HEALTHIER WORLD!
ACT SMART!
• Manual labour reduced, self sustained plant growth. More economically feasible
• Minimised water consumption

BLOCK DIAGRAM
Flowchart of a Node

THE TEAM
Ahmed Farooq Khan
i160405
Moiz Ali Taimoor
p166462
Supervisor
Dr. Arshad Hassan

Technology Used:
Arduino IDE
Node MCU
ThingSpeak

Supervisor Name:
Dr. Arshad Hassan

Group Members:
Ahmed Farooq Khan (i160-405)
Moiz Ali Taimoor (p16-6462)

AI enrichment

Ahmed Farooq Khan is a student who developed an IoT-based smart vertical farming system using NodeMCU ESP8266 and Arduino Nano. The project utilized Arduino IDE and ThingSpeak to monitor environmental conditions and automate irrigation, supervised by Dr. Arshad Hassan.

Skills (AI)

["IoT", "Arduino IDE", "NodeMCU ESP8266", "Arduino Nano", "ThingSpeak", "Sensor Integration", "Actuator Control"]

Status: ai_done

Provenance

Source file: FAST - School of Engineering -Graduate Directory-2023.pdf
From job #15 page 64
Created: 1778113799