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Ayesha Farrukh

FAST · 2021 · i17 - 0558

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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

2021

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

Python IDE, Rasberry Pi, IoT, Arduino

Interests / quote

This project aims to design and implement an automated hydroponics system, to monitor, manage and increases yield of crops. With population increasing rapidly there’s a surge of demand for food to sustain the ever rising numbers. Traditional farming and agriculture methods are no longer enough to meet these ever rising numbers. Our country’s natural resources are declining rapidly and the availability of arable land is diminishing as well. Pakistan faces an unescapable water crisis, with it being a primarily agrarian country most of the country’s economy depends on water to grow crops. Farming and irrigation requires the highest water consumption and contribute highly to the water stress. Through this project we aim to bring water consumption in growing plants to a fraction of the water consumed in traditional farming, as water is reused instead of being absorbed into the ground. Additionally our project allows for plants to be grown without soil or taking up acres of land. The hydroponics system can be built vertically, instead of the typical horizontal method which will allow for increases in the amount of crop per acres.

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.

Hydroponics System Based on IoT 
This project aims to design and implement an automated hydroponics system, to monitor, manage 
and increases yield of crops. With population increasing rapidly there’s a surge of demand for food 
to sustain the ever rising numbers. Traditional farming and agriculture methods are no longer 
enough to meet these ever rising numbers. Our country’s natural resources are declining rapidly 
and the availability of arable land is diminishing as well. Pakistan faces an unescapable water crisis, 
with it being a primarily agrarian country most of the country’s economy depends on water to grow 
crops. Farming and irrigation requires the highest water consumption and contribute highly to the 
water stress. Through this project we aim to bring water consumption in growing plants to a 
fraction of the water consumed in traditional farming, as water is reused instead of being absorbed 
into the ground. Additionally our project allows for plants to be grown without soil or taking up 
acres of land. The hydroponics system can be built vertically, instead of the typical horizontal 
method which will allow for increases in the amount of crop per acres. 
 
 
 
 
 
 
 
 
 
 
 
Technology Used: 
Python IDE, Rasberry Pi, IoT, Arduino 
 
       Supervisor Name: 
 
Dr. Ata Ul Aziz Ikram 
 
Group Members:   
Ayesha Farrukh (i17 - 0558) 
 
Syed Umar Zia (i17 - 0543) 
 
Aliza Maqbool (i17 - 0489)

AI enrichment

Ayesha Farrukh is a student who worked on a group project to design an automated IoT-based hydroponics system using Raspberry Pi and Arduino. The project aimed to optimize water usage and crop yield through vertical farming techniques.

Skills (AI)

["Python", "IoT", "Raspberry Pi", "Arduino", "System Design"]

Status: ai_done

Provenance

Source file: Graduate Directory FAST School of Engineering - 2021 (Final) (1).pdf
From job #21 page 76
Created: 1778170055