STEAM education for sustainable futures: A pedagogical framework for education for sustainable development

This study examines the design and implementation of a six-week science, technology, engineering, arts, and mathematics (STEAM) education program aligned with education for sustainable development (ESD) through interdisciplinary and arts-integrated learning. Conducted in early 2025 with 28 upper elementary and middle school students (ages 10-14), the exploratory pilot program integrated STEAM domains to support systems-oriented thinking, ethical reflection, and interdisciplinary engagement with sustainability-related challenges. Grounded in an exploratory qualitative design, the program employed project-based learning, reflective dialogue, and arts-based inquiry to operationalize ESD principles in classroom practice. Qualitative data from student journals, facilitator observation logs, and reflective debriefs were analyzed thematically to examine patterns in learner engagement, cross-domain conceptual connections, and emerging value-oriented reasoning. Thematic analysis revealed recurring and increasingly articulated patterns of systems awareness, ethical reflection, creative risk-taking, and interdisciplinary transfer as students engaged in iterative design processes and expressive problem framing. Rather than claiming measurable learning gains or confirmed transformation, the study offers a descriptive account of how STEAM-ESD integration can be enacted pedagogically and how such integration may support conditions associated with transformative learning rather than demonstrable transformation. The findings contribute a practice-informed framework and empirical illustration relevant to educators and curriculum designers exploring interdisciplinary approaches to ESD in pilot and non-formal educational settings.