THE ROLE OF DIGITAL SYSTEMS AND INTERACTIVE PLATFORMS IN DEVELOPING MATHEMATICAL LITERACY

Abstract

In the current educational landscape, digital systems and interactive platforms play a crucial role in developing mathematical literacy. Mathematical knowledge is no longer limited to solving exercises; it has become a comprehensive competence that includes analyzing information, identifying patterns, understanding logical relationships, and correctly applying numerical data. Digital systems—such as online learning platforms, adaptive programs, interactive mathematical simulators, and real-time feedback tools—enable students to deepen their mathematical understanding and personalize their learning process. These resources allow learners to visualize complex concepts, observe mathematical processes through dynamic models, and receive precise guidance when correcting mistakes. Interactive platforms (e.g., Khan Academy, GeoGebra, Desmos, BilimLand, etc.) offer a variety of task formats that develop mathematical thinking and support independent learning. Additionally, digital systems enhance teaching effectiveness, increase student motivation, and expand opportunities for monitoring educational quality. This article explores the theoretical foundations of digital technologies in mathematics education and examines their impact on improving mathematical literacy.