Term 231

Sustainable Greenhouse Farming

Project Type: Self-Initiated

Project Description

Our project aims to construct a Sustainable Smart Farm that combines modern technology and eco-friendly practices to revolutionize urban agriculture. The centerpiece of the project is a vertical farm utilizing hydroponics, which eliminates the need for soil and conserves water while maximizing agricultural output in densely populated urban areas. The farm will be powered primarily by solar energy, stored in batteries for continuous operation and optimal growing conditions. A specialized water treatment system will ensure the use of clean water, particularly in areas with limited access. The project also incorporates a hybrid irrigation and nutrient system, tailored to individual plant needs for efficient resource management. Real-time monitoring and smart technologies will enable seamless adjustments and maximize yields. This scalable and replicable model addresses food security, water conservation, and clean energy in urban settings, serving as a beacon of hope for sustainable urban agriculture.


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Project Team

Abdulrahman Abdullah Alasmari
Abdulrahman Abdullah Alasmari
ISE
Ali Majed Alobaied
Ali Majed Alobaied
EE
Mohammed Ali Al Johani
Mohammed Ali Al Johani
CHE
Mohammed Dhafer Alshehri
Mohammed Dhafer Alshehri
EE
Badar Mohammed Alasmari
Badar Mohammed Alasmari
ISE
Ahmed Alharbi
Ahmed Alharbi
CHE

Team Coach

DR. Alaa Hussein
DR. Alaa Hussein
Assistant Professor

Electrical Engineering Dept.

Interdisciplinary Research Center for Sustainable Energy Systems