E-Learning Platform for Interactive and Learner-Centered Education

Abstract

The rapid expansion of online learning has broadened access to education while also revealing ongoing challenges related to student engagement and instructional quality. Many existing platforms prioritize content delivery but provide limited support for instructor presence and pedagogically grounded interaction. This project responds to this gap through the design and implementation of an adaptive e-learning platform informed by the Community of Inquiry framework, with a focus on strengthening teaching presence in online learning environments.

The project examines how platform design features such as instructor feedback mechanisms, course organization tools, and facilitation functions support instructional practices and learner engagement. Drawing on principles from Self-Determination Theory, Universal Design for Learning, and Cognitive Load Theory, the platform integrates personalized learning paths, interactive assessments, real-time communication tools, and instructor analytics.

A design-based methodology was adopted, involving iterative development and pilot testing supported by platform usage data and user feedback. The results suggest that structured course layouts and timely feedback tools enabled instructors to manage learning activities more effectively and reinforced their instructional presence. Learners reported greater clarity in course expectations, improved communication, and increased participation.

This project presents a theory-informed e-learning platform that demonstrates how adaptive design can support learner-centered instruction and enhance teaching presence. The findings offer practical implications for educators and institutions seeking to improve the quality of online teaching through pedagogically grounded digital environments.