Virtual Booth

Type

 Project Background
The Smart Eco Learning Garden was developed to address environmental challenges, climate change, urbanization, and the growing need for sustainability education through practical learning experiences supported by smart technology.

2. Problem Statement
Traditional school gardens rely on manual maintenance, limited monitoring, and lack integration with technology, reducing opportunities for students to learn sustainability, resource management, and STEM concepts effectively.

3. Objectives
The project aims to enhance environmental awareness, integrate STEM learning with real-world applications, promote efficient resource management, and create a scalable smart gardening model for schools.

4. Description of Invention
The invention combines IoT sensors, automated irrigation, environmental monitoring, and solar power technology. Sensors measure soil moisture, temperature, and humidity, while automated systems provide efficient watering based on real-time environmental data.

5. Findings / Benefits / Impact
The project improved student engagement, teamwork, environmental awareness, and understanding of STEM concepts. Smart irrigation reduced water consumption, supported healthy plant growth, and encouraged responsible environmental practices.

6. Conclusion
The Smart Eco Learning Garden successfully bridges sustainability and digital innovation, providing a practical, affordable, and scalable solution for environmental education in schools and communities.

7. Keywords
Smart Eco Learning Garden, IoT, Sustainability, STEM Education, Smart Irrigation, Environmental Awareness, Industry 4.0, Green Technology, Resource Efficiency, Innovation.