Term 231

Automated Greenhouse Control System

Project Type: Self-Initiated

Project Description

Problem Statement : The current greenhouse management practices suffer from inadequate automation, leading to inconsistent environmental conditions and reduced crop productivity, so a smart greenhouse can be developed to optimize environmental parameters, ensure efficient resource management, and enhance overall crop yield and quality. The primary objective of this system is to create an optimized and self-regulating environment for plant growth within a greenhouse. By integrating intelligent control algorithms, sensors, actuators, and water treatment capabilities, the project aims to ensure optimal conditions for plant growth while maximizing resource efficiency.


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Project Team

Yousef Ahmed Althagafi
Yousef Ahmed Althagafi
COE
Abdullah Saad Alammar
Abdullah Saad Alammar
EE
Ibrahim Ali Alghamdi
Ibrahim Ali Alghamdi
EE
Ahmed Ramzy Obaid
Ahmed Ramzy Obaid
ISE
Mohammed Omar Alhiji
Mohammed Omar Alhiji
COE
Hassan Hussain Albahrani
Hassan Hussain Albahrani
CHE

Team Coach

DR. Alaa Hussein
DR. Alaa Hussein
Assistant Professor

Electrical Engineering Dept.

Interdisciplinary Research Center for Sustainable Energy Systems