![]() |
International Journal of Scientific Research and Engineering Development( International Peer Reviewed Open Access Journal ) ISSN [ Online ] : 2581 - 7175 |
IJSRED » Archives » Volume 9 -Issue 2

π Paper Information
| π Paper Title | Online vs. Offline Learning: A Quantitative Analysis of Student Preferences and the Access-Cognition Trade-off Model |
| π€ Authors | Mrs.Nompi Raj, Manaswi Suviditha S, Neha Sara Rajan |
| π Published Issue | Volume 9 Issue 2 |
| π Year of Publication | 2026 |
| π Unique Identification Number | IJSRED-V9I2P333 |
| π Search on Google | Click Here |
π Abstract
The rapid transition from traditional face-to-face educational systems to digital learning environments, heavily catalyzed by the COVID-19 pandemic, has fundamentally disrupted established pedagogical paradigms. While emergency remote teaching demonstrated the viability of digital infrastructure and preserved educational continuity, the subsequent stabilization of academic delivery has revealed a complex and often contradictory landscape of learner preferences and performance outcomes. This research presents a quantitative analysis of student preferences regarding online, offline, and hybrid learning modalities. Utilizing primary survey data collected from fifty-one (n=51) students across varying educational tiers, the study investigates these environments across critical dimensions: cognitive understanding, behavioral engagement, academic performance, social interaction, and socio-technical barriers. The findings reveal a distinct "Preference Paradox": although online learning is lauded for its flexibility and logistical convenience, a significant majority of students report better performance, greater discipline, and a strong preference for offline learning. To contextualize these findings, this paper introduces a novel theoretical frameworkβthe Access-Cognition Trade-off Model (ACTM)βproposed as a conceptual and interpretive lens positing that digital environments optimize for informational access at the expense of cognitive processing efficacy, whereas physical classrooms restrict spatial-temporal access while highly optimizing the cognitive execution environment. Given the exploratory nature of the study, findings should be interpreted as indicative trends. By synthesizing empirical results with Cognitive Load Theory, Social Presence Theory, Transactional Distance Theory, Self-Determination Theory, and Media Richness Theory, this paper provides evidence-informed guidelines for the design of future hybrid educational systems.
π How to Cite
Mrs.Nompi Raj, Manaswi Suviditha S, Neha Sara Rajan,"Online vs. Offline Learning: A Quantitative Analysis of Student Preferences and the Access-Cognition Trade-off Model" International Journal of Scientific Research and Engineering Development, V9(2): Page(2262-2270) Mar-Apr 2026. ISSN: 2581-7175. www.ijsred.com. Published by Scientific and Academic Research Publishing.
π Other Details
