Enhancing English Language Proficiency and Digital Literacy Through Metaverse-Based Learning: A Mixed-Methods Study in Higher Education
This paper investigates three key aspects of metaverse-based platforms in English language teaching: (1) their effectiveness in enhancing language learning outcomes, (2) their impact on digital literacy development in higher education, and (3) their accessibility and inclusivity implications for diverse student populations.
Despite growing interest in digital language learning, research gaps exist in understanding the long-term effectiveness of immersive technologies, particularly in resource-constrained settings. The metaverse – an integrated platform combining augmented reality (AR) for real-world digital overlays and virtual reality (VR) for immersive experiences – remains little studied in language education. While existing research examines AR or VR separately, this study investigates their combined impact through metaverse technology, addressing the unexplored intersection of language proficiency, digital literacy, and learning sustainability in higher education.
A mixed-methods study was conducted with 60 undergraduate students divided equally between experimental (metaverse-based) and control (traditional online) groups for an 8-week English course. The experimental group used an integrated metaverse platform combining AR and VR technologies for one hour daily. Quantitative assessment included pre-test, post-test, and six-month retention measurements of language proficiency (reading, writing, speaking; 10-point scale each) and digital literacy (36-item standardized scale). Semi-structured interviews with 15 participants from resource-limited environments explored accessibility and inclusivity challenges.
This research contributes to understanding technology-enhanced language learning in immersive environments, challenging assumptions about digital literacy’s impact on academic performance and providing insights into the long-term effects of metaverse-based learning on language skills.
The results revealed significant improvements in reading, writing, and speaking skills among the experimental group, with reading and writing gains maintained over six months. While participants showed substantial improvement in digital literacy, no significant relationship was found between digital literacy and academic performance. Qualitative analysis uncovered two key themes: inclusive social interaction opportunities and technical barriers in the learning process.
To maximize the effectiveness of metaverse-based language learning, three key recommendations emerge: institutions should prioritize robust technological infrastructure alongside comprehensive training for both educators and students, educational platforms should be developed with greater inclusivity and customization options, and regular practice sessions or hybrid learning models should be implemented to maintain speaking skills over time.
Future research directions should focus on three critical areas: conducting longer-term studies to better understand how metaverse-based learning affects academic performance and language proficiency, exploring the complex relationship between digital literacy and academic achievement through alternative success measures, and investigating how adaptive learning systems within metaverse environments can effectively address diverse learner needs.
The findings suggest that metaverse technology has the potential to revolutionize language education, making it more engaging and effective. However, they also highlight the need to address technical challenges and ensure inclusivity to prevent new forms of educational inequality.
Future investigation should address three key areas: examining how digital skills gained in metaverse environments transfer to real-world contexts and other academic disciplines, developing standardized assessment tools for evaluating language proficiency and digital literacy in immersive virtual settings, and studying the long-term impact of metaverse-based learning across different age groups and educational levels.
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