Introducing the innovative hydroponics system, which leverages IoT technology to monitor and control plant conditions including humidity, temperature, and water levels, all without soil, and features an app for real-time plant monitoring, automated fan control, and a closed-loop nutrient-rich water recycling system.
About the project
People involved:
3 students and 2 teachers
Duration:
3 months
The problem we are solving:
In the UAE, agriculture struggles with limited water, harsh climates, and reliance on imports. Traditional methods are inefficient and prone to weather-related issues, affecting food security.
Our objectives:
This project aims to solve these problems with an IoT-based hydroponic system that conserves water, improves crop yields, and enhances food security.
The process
- Research and Planning: Identified optimal solutions for IoT-based hydroponics and developed a comprehensive plan.
- System Design: Assembled and configured the hydroponic system, including the circuit and IoT components.
- Plant Selection: Chose suitable plants for hydroponic growth.
- Implementation: Built the hydroponic system and installed it.
- Plant Cultivation: Monitored and maintained plant growth within the system.
- Outreach: Presented the project at various events, including COP28 and to Sheik Abdullah of Fujairah, to share findings and innovations.
The result
- Water Efficiency: Reduced water use, crucial for Dubai.
- Enhanced Yields: Increased crop productivity with real-time monitoring.
- Local Produce: Strengthened food security with locally grown crops, including strawberries, tomatoes, lettuce (American and Emirati varieties), coriander, bell peppers, and basil.
- Tech Integration: Demonstrated IoT’s role in hydroponics.
- Community Impact: Showcased at many events like Fujairah Innovation event.
Hydroponics research report
Media
All about our hydroponics – The process
Our technology – Circuit (IoT)
