Cross-Disciplinary Education for Sustainable Resource Management in Higher Education

Abstract

Sustainable resource management – encompassing water, energy, and minerals – requires integrated solutions beyond the scope of traditional, siloed education, which fails to address interconnected challenges like scarcity and climate change. This article advocates for cross-disciplinary education in higher education to bridge this gap, using a resource nexus framework to teach interdependence. Core principles – systems thinking, interdisciplinary collaboration, sustainability ethics, and practical application – underpin innovative strategies such as integrated capstone projects, VR simulations, micro-credentials, community labs, and sustainability hackathons. Implementation involves curriculum redesign, faculty training, and institutional support, enhanced by a digital badge system for competencies. Benefits include employable graduates, sustainable innovations (e.g., circular models), and stronger community ties, though challenges like faculty resistance and costs persist. A global sustainability education network is proposed to share resources, reducing barriers. By fostering leadership that shapes global policies, this approach redefines education as a catalyst for sustainability.