A Comparative Investigation of Study ROI: Multimodal Personalized English Learning Environment Versus Traditional English Learning Environment

Limited study time constrains university EFL vocabulary learning, so efficiency should be evaluated alongside accuracy. A web-based multimodal environment was developed that uses a large language model for contextualized drills and tutoring, text-to-speech for pronunciation and listening rehearsal, and an interactive 3D mastery view for self-regulated tracking. Vocabulary knowledge is modeled as a discrete mastery state (m = 0–5), updated after each attempt, and an adaptive scheduler allocates practice across mastery strata. Learning ROI is defined as newly mastered words per hour and computed from logged study time and mastery transitions. In a three-month deployment (N = 171), learners achieved a mean ROI of 9.8 words/hour, about 60% higher than conventional estimates (5–6 words/hour); high-adherence users reached 17–21 words/hour. End-of-trial surprise review results indicated retention above 85%. For CET-4, the platform cohort obtained the highest mean score (457.66) and pass rate (74.24%) compared with Baicizhan (442.22; 64.81%) and traditional instruction (428.60; 53.70%). The results provide quantitative support for the hypothesis that multimodal personalization improves time-based vocabulary gains and their durability.

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Publication Details

Journal
Electronics
Published
2026-02-03
DOI
https://doi.org/10.3390/electronics15030660
Primary Topic
Second Language Acquisition and Learning
Type
article
Field-Weighted Citation Impact
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article

A Comparative Investigation of Study ROI: Multimodal Personalized English Learning Environment Versus Traditional English Learning Environment

Yi Wang, Wenzhong Chen, Yudong Yao, Ping Li et al.
Electronics
Second Language Acquisition and Learning
article

A Comparative Investigation of Study ROI: Multimodal Personalized English Learning Environment Versus Traditional English Learning Environment

Yi Wang, Wenzhong Chen, Yudong Yao, Ping Li, Xiaoyu Zhao, Cunqian You, Huijuan Lu, Xiaojun Wang
article en

Abstract

Limited study time constrains university EFL vocabulary learning, so efficiency should be evaluated alongside accuracy. A web-based multimodal environment was developed that uses a large language model for contextualized drills and tutoring, text-to-speech for pronunciation and listening rehearsal, and an interactive 3D mastery view for self-regulated tracking. Vocabulary knowledge is modeled as a discrete mastery state (m = 0–5), updated after each attempt, and an adaptive scheduler allocates practice across mastery strata. Learning ROI is defined as newly mastered words per hour and computed from logged study time and mastery transitions. In a three-month deployment (N = 171), learners achieved a mean ROI of 9.8 words/hour, about 60% higher than conventional estimates (5–6 words/hour); high-adherence users reached 17–21 words/hour. End-of-trial surprise review results indicated retention above 85%. For CET-4, the platform cohort obtained the highest mean score (457.66) and pass rate (74.24%) compared with Baicizhan (442.22; 64.81%) and traditional instruction (428.60; 53.70%). The results provide quantitative support for the hypothesis that multimodal personalization improves time-based vocabulary gains and their durability.

ElectronicsVol. 15(3)
Stevens Institute of Technology (US), Zhejiang DongFang Vocational and Technical College (CN), China Jiliang University (CN)
Quality Education
Openalex Percentile: Top 69%
Second Language Acquisition and Learning
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