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Hydroponics, AI, and IoT for Sustainable Education
FunderEuropean Commission
Funder Contribution €250,000.00
Funded underERASMUS+ | Partnerships for cooperation and exchanges of practices | Cooperation partnerships in school education
Project code2024-1-PT01-KA220-SCH-000248303
Open Access mandatePublications: NoResearch data: No
Identifiers
Description
<< Objectives >>The HAI project aims to enhance environmental awareness and promote sustainable agricultural practices through hands-on hydroponics, integrating STEM education with a focus on IoT and AI technologies. It seeks to empower teachers with the necessary skills for this integration and encourage a multidisciplinary educational approach to address environmental and climate change challenges effectively.<< Implementation >>Key activities include the development of a Hydroponic IoT Kit equipped with various sensors and an AI platform for real-time data analysis, alongside creating comprehensive training programs for educators. The project also involves the establishment of the Hydroponic Community Hub as a platform for sharing resources, lesson plans, and collaborative projects focused on sustainable agriculture.<< Results >>Expected results encompass a thorough study on integrating sustainability into secondary education, the creation of an IoT and AI-enhanced Hydroponic Kit with DIY guides, and the development of training programs aimed at equipping 16 teachers with knowledge in hydroponics and technological applications. Additionally, the Hydroponic Community Hub will offer 70 lesson plans and facilitate replication and dissemination actions, impacting a total of 700 participants.
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<< Objectives >>The HAI project aims to enhance environmental awareness and promote sustainable agricultural practices through hands-on hydroponics, integrating STEM education with a focus on IoT and AI technologies. It seeks to empower teachers with the necessary skills for this integration and encourage a multidisciplinary educational approach to address environmental and climate change challenges effectively.<< Implementation >>Key activities include the development of a Hydroponic IoT Kit equipped with various sensors and an AI platform for real-time data analysis, alongside creating comprehensive training programs for educators. The project also involves the establishment of the Hydroponic Community Hub as a platform for sharing resources, lesson plans, and collaborative projects focused on sustainable agriculture.<< Results >>Expected results encompass a thorough study on integrating sustainability into secondary education, the creation of an IoT and AI-enhanced Hydroponic Kit with DIY guides, and the development of training programs aimed at equipping 16 teachers with knowledge in hydroponics and technological applications. Additionally, the Hydroponic Community Hub will offer 70 lesson plans and facilitate replication and dissemination actions, impacting a total of 700 participants.
