MUMBAI, India, Aug. 10 -- Intellectual Property India has published a patent application (202641091223 A) filed by Dr. Arunkumar A; Dr. S. Sivakumar; Santosh Ramdas Shivane; Dr. F. Carter Premraj; Dr. S. Rajeswari; Khursheed Alam; Sriananda Ganesh. T; and Dr. E. Shirley Elizabeth on July 27, 2026, for Development Of A Hypermedia Learning Model To Improve Student Engagement And Learning Outcomes.

Inventors include Dr. Arunkumar A; Dr. S. Sivakumar; Santosh Ramdas Shivane; Dr. F. Carter Premraj; Dr. S. Rajeswari; Khursheed Alam; Sriananda Ganesh. T; and Dr. E. Shirley Elizabeth.

The application for the patent was published on July 31, 2026, under issue no. 31/2026.

Abstract: DEVELOPMENT OF A HYPERMEDIA LEARNING MODEL TO IMPROVE STUDENT ENGAGEMENT AND LEARNING OUTCOMES ABSTRACT This invention presents a hypermedia learning model designed to enhance student engagement, knowledge retention, and academic achievement through an interactive digital environment. The model integrates multimedia resources, nonlinear navigation, adaptive content pathways, embedded assessments, and learner feedback within a structured instructional framework. It enables students to explore concepts through text, audio, video, animation, simulations, and linked references according to their learning pace and preferences. The system also supports teachers by providing performance analytics, participation records, and progress indicators for timely instructional intervention. Unlike conventional linear e-learning methods, the proposed model promotes active exploration, critical thinking, collaboration, and self- directed learning while maintaining clear learning objectives. Its architecture includes a content management module, learner profile module, engagement tracking mechanism, assessment engine, and recommendation component. The model can be implemented across schools, colleges, universities, and training institutions using computers or mobile devices. By combining pedagogical principles with hypermedia technology, the invention provides a flexible, personalized, and measurable learning experience that improves participation, reduces cognitive overload, and supports better learning outcomes across diverse subjects and learner groups in both classroom and remote education settings.

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