THE ROLE OF PEDAGOGICAL TECHNOLOGIES IN TEACHING THE FUNDAMENTALS OF REHABILITATION AND PHYSICAL ACTIVITY
Abstract
Background: The integration of modern pedagogical technologies into rehabilitation and physical activity education has become increasingly important as healthcare systems worldwide emphasize preventive medicine and patient-centered care. Traditional teaching methods often fail to adequately prepare healthcare professionals for the complex, multidisciplinary nature of rehabilitation practice.
Objective: To analyze the effectiveness of various pedagogical technologies in teaching rehabilitation fundamentals and physical activity principles, and to develop an evidence-based framework for their optimal implementation in medical and allied health education.
Methods: Systematic review of pedagogical approaches used in rehabilitation education from 2015-2024, including simulation-based learning, digital technologies, problem-based learning, and experiential methods. Analysis of 45 educational programs across 12 countries, supplemented by expert consultation with 15 rehabilitation educators.
Results: Interactive pedagogical technologies demonstrated significantly higher knowledge retention (effect size d=0.72, p<0.001) and clinical competency development compared to traditional lecture-based approaches. Simulation-based learning showed 34% improvement in practical skill acquisition, while blended learning approaches increased student engagement by 47%.
Conclusion: Evidence-based pedagogical technologies, particularly those combining theoretical knowledge with practical application through simulation, digital tools, and experiential learning, substantially improve educational outcomes in rehabilitation and physical activity instruction.
Keywords
pedagogical technologies, rehabilitation education, physical activity, simulation-based learning, digital learning, competency-based education.
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