Cognitive Maps in Physical Education: Bridging Theory and Practice
B. Sky, R. Lidor, M. Ophir
Cognitive maps are pedagogical tools that visually organize knowledge by integrating cognitive and metacognitive elements to assist teachers in instructional design. Research indicates that constructing these visual models enhances learners’ understanding, retention, and application of knowledge and skills. For educators, the mapping process stimulates higher-order thinking during lesson planning, offering a panoramic, integrative view of the subject matter. While applicable across diverse disciplines, we specifically examine how cognitive maps can be integrated into physical education. We present this approach as an auxiliary tool for instructional planning in physical education lessons, detailing the rationale behind its use and synthesizing five empirical studies that evaluated its effectiveness in school classes and in teacher training programs. These investigations focus on combining cognitive mapping with pedagogical methods that maximize its benefits. To illustrate practical application, we present four interconnected cognitive maps that demonstrate hierarchical structure and crosslinking across topics. We then provide concrete examples of a single lesson plan alongside a six-lesson progressive unit centered on three-player coordination in basketball offense and defense. Finally, we address potential implementation challenges in physical-education settings and propose a number of practical solutions.