Science, Technology, Engineering, and Mathematics (STEM) education is at a critical juncture in the era of artificial intelligence (AI), where educators’ ability to integrate emerging technologies could significantly impact learning and innovation. However, many of them face multiple barriers, including limited access to practical resources, collaborative platforms, and AI-driven teaching strategies tailored to their needs. Additionally, gaps in AI literacy, disparities in technological infrastructure, resistance to change, and insufficient professional development hinder effective implementation, widening educational inequalities and limiting the adoption of innovative pedagogical approaches in STEM education. These challenges create a growing divide between technological advancements and their meaningful integration into higher education, restricting educators’ ability to prepare students for AI-driven careers. In response, STEM-CARES (STEM Community for AI Resources and Educational Strategies) emerges as a solution to bridge these gaps through a dynamic platform that provides curated AI-based teaching strategies, fosters real-time collaboration, and promotes the ethical integration of AI in education. This initiative seeks to empower educators by offering centralized access to AI-enhanced resources, facilitating a global knowledge-sharing community, and leveraging AI to address disparities in access to digital tools. The expected impact includes improved teaching quality, increased student engagement, professional growth for educators, and the development of scalable AI-driven strategies that provide actionable insights for educational policy and EdTech innovation. By combining interdisciplinary expertise, STEM-CARES aspires to become a leading model for global collaboration in STEM education, aligning with international efforts to build inclusive, high-quality, and future-ready learning environments where AI can be a catalyst for equality and innovation.
STEM-CARES / Genaro, Zavala; Frank Eduardo Melendez, Anzures; Angeles, Dominguez; Daina, Gudonienė; Ballatore, Maria Giulia; Tihomir, Orehovački; Marcus V., Pereira Pessoa; Juan Carlos Rojas, López; Christian Samhir Grijalva, Quiñonez - In: Open Science and the Future of Education: A Global Manifesto for Open Solutions Through Interdisciplinary Collaboration[s.l] : Taylor & Francis, 2026. - ISBN 9781003732945. - pp. 55-78 [10.4324/9781003732945-5]
STEM-CARES
Maria Giulia, Ballatore;
2026
Abstract
Science, Technology, Engineering, and Mathematics (STEM) education is at a critical juncture in the era of artificial intelligence (AI), where educators’ ability to integrate emerging technologies could significantly impact learning and innovation. However, many of them face multiple barriers, including limited access to practical resources, collaborative platforms, and AI-driven teaching strategies tailored to their needs. Additionally, gaps in AI literacy, disparities in technological infrastructure, resistance to change, and insufficient professional development hinder effective implementation, widening educational inequalities and limiting the adoption of innovative pedagogical approaches in STEM education. These challenges create a growing divide between technological advancements and their meaningful integration into higher education, restricting educators’ ability to prepare students for AI-driven careers. In response, STEM-CARES (STEM Community for AI Resources and Educational Strategies) emerges as a solution to bridge these gaps through a dynamic platform that provides curated AI-based teaching strategies, fosters real-time collaboration, and promotes the ethical integration of AI in education. This initiative seeks to empower educators by offering centralized access to AI-enhanced resources, facilitating a global knowledge-sharing community, and leveraging AI to address disparities in access to digital tools. The expected impact includes improved teaching quality, increased student engagement, professional growth for educators, and the development of scalable AI-driven strategies that provide actionable insights for educational policy and EdTech innovation. By combining interdisciplinary expertise, STEM-CARES aspires to become a leading model for global collaboration in STEM education, aligning with international efforts to build inclusive, high-quality, and future-ready learning environments where AI can be a catalyst for equality and innovation.| File | Dimensione | Formato | |
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STEM-CARES_26_02_19_10_14_06.pdf
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https://hdl.handle.net/11583/3007815
