Advancing Global Science, Technology, Engineering and Mathematics (STEM) Education through Innovation, Artificial Intelligence, Sustainability and Climate-Smart Practices

The complexity of contemporary global challenges demands a re-imagined STEM education that is innovative, intelligent, sustainable and climate-responsive. This paper conceptualizes the advancement of global STEM education through the convergence of four critical drivers: Creativity/innovation, Artificial Intelligence (AI), sustainability, and climate-smart practices. Drawing on Torrance’s Creativity Theory, UNESCO’s Education for Sustainable Development (ESD) for 2030 framework, and Systems Thinking Theory, the paper argues that STEM must transcend rote content transmission to become a transformative, action-oriented enterprise. It synthesizes insights from four complementary frameworks: the CREATIVE-STEM Framework, the AI-STEM Global Enhancement Framework, the SUSTAIN-STEM Model, and the CLIMATE-SMART Transnational STEM Framework. Collectively, they propose a unified pathway that embeds curiosity-driven inquiry, design thinking and artistic integration; leverages AI for adaptive learning, intelligent tutoring, smart assessment and teacher augmentation; and repositions STEM as a vehicle for solving real-world sustainability and climate challenges through localized context, green innovation, and cross-border collaboration. The paper examines implications for curriculum redesign, establishment of innovation hubs, green laboratories and makerspaces, ethical and human-centred AI adoption, and the pivotal role of teacher training institutions in producing sustainability and climate-literate STEM teachers. It addresses barriers such as curriculum rigidity, infrastructural deficits, and inequitable access with strategies including open educational resources, intercontinental partnerships, and inclusive pedagogy. The paper concludes that advancing global STEM education requires moving from siloed STEM to integrated, climate-smart STEM for sustainable development to accelerate the achievement of SDG 4 and SDG 13. Keywords: Global STEM Education, Creativity/Innovation, CREATIVE-STEM Framework, Artificial Intelligence, AI-STEM Framework, Sustainability, SUSTAIN-STEM Model, Climate-Smart Practices, CLIMATE-SMART Framework.