Article Details

Geographic Information Systems (GIS) have transformed numerous professional fields, including urban planning, environmental management, public health, and disaster risk reduction, by enabling users to visualize, analyze, and interpret spatial data. In the context of higher education, GIS holds similar transformative potential, offering tools that can enhance teaching and learning across a wide range of disciplines. However, despite its increasing recognition as a powerful educational resource, the integration of GIS into teaching and learning in tertiary institutions remains limited. This study investigates the current extent of GIS integration into academic programs, examines faculty and student perceptions of its educational value, and identifies the opportunities and challenges faced in its implementation. The problem underpinning this research is the underutilization of GIS in higher education curricula, despite its proven ability to develop critical spatial thinking and interdisciplinary analytical skills. Many tertiary institutions face constraints such as inadequate infrastructure, limited access to software and data, insufficient faculty training, and a general lack of awareness regarding the pedagogical benefits of GIS. As a result, students often graduate with minimal exposure to spatial tools that are increasingly essential in today's data-driven and geospatially interconnected world. The justification for this study stems from the growing need to align higher education with the digital and spatial competencies required in the contemporary workforce. Integrating GIS into university curricula will not only enhance students' technical and analytical abilities but also foster inquiry-based and problem-solving approaches to learning. Moreover, such integration will support interdisciplinary teaching by bridging gaps between the natural and social sciences, thereby enriching academic programs and broadening students’ career readiness. To address these concerns, the study pursues four key objectives: to explore (1) the concept of GIS, (2) scalable models of GIS integration in instruction, (3) opportunities and challenges in GIS adoption, and (4) develop a prototype of GIS integration.