INNOVATIVE METHODS FOR DEVELOPING GEOCOGNITIVE THINKING IN UNIVERSITY STUDENTS

Abstract

The present study explores the innovative pedagogical strategies aimed at fostering geocognitive thinking among university students, emphasizing the integration of spatial reasoning, geographic information systems (GIS), and interactive mapping technologies into higher education curricula. Geocognitive thinking, a multidimensional cognitive construct, encompasses the ability to analyze, interpret, and synthesize geographic information for problem-solving, decision-making, and environmental awareness. This paper examines contemporary instructional approaches that enhance students’ spatial intelligence, critical thinking, and geospatial literacy, highlighting the role of digital tools, simulation-based learning, and collaborative project-based activities. The study further evaluates the effectiveness of these innovative methods in promoting cognitive flexibility, spatial visualization, and interdisciplinary knowledge integration, thereby preparing students for complex, real-world geographic challenges. Findings underscore the necessity of adopting learner-centered, technology-enhanced pedagogies that foster active engagement and long-term retention of geospatial concepts.