Aug 2026· Oxford Intersections: AI in Society· 0 citations· 44 references
Computer Science
Abstract
While various organizations now actively encourage LLM use in classrooms, we still lack rigorous, systematic evaluations of how well these models actually perform the fundamental tasks of language pedagogy. This paper examines whether state-of-the-art LLMs can deliver the kind of corrective feedback and methodological explanations that language learners need. The study tests multiple large language models on their ability to identify, correct, and explain common learner mistakes in English, by systematically varying model parameters to investigate how these technical adjustments affect output quality, pedagogical clarity, and consistency, along with using retrieval-augmented generation to query methodological data. The evaluation employs automated metrics (GLEU, BERTScore) but also human expert judgments to capture dimensions that purely computational measures miss: linguistic nuance, cultural sensitivity, and instructional appropriateness. While models demonstrate impressive surface-level correction abilities, their explanations often lack the terminological and domain knowledge that effective language teaching requires, suggesting that current enthusiasm for AI-assisted language learning may be outpacing our understanding of these systems'actual pedagogical competence.
The study argues that delegating mechanical corrections to automated systems enables educators to focus on higher-order skills, including critical thinking and authorial voice, and introduces two implementable frameworks: the AI-Assisted Diagnostic Assessment model for efficient feedback and the 5-Step Structured Writi...
Sofia Tsakalidou· International Journal of Edu...· 0 citations
It is suggested that current efforts to mitigate mode collapse are insufficient for open-ended educational generation, and new training and data collection strategies to support pedagogical diversity are needed.
This article outlines how the transforming landscape has affected academic cheating in higher education through the context of programming education, and reflects on 3 different, easily available cheating methods utilizing large language models.
Juuso Rytilahti, P. Puhtila, E. Kaila· 0 citations
This research aims to produce a digital solution capable of further development that bridges the gap between traditional assessment methods and modern educational technology, and is expected to effectively alleviate the technical workload of instructors while empowering students to become more independent through real-...
Anwar Hilman, Vivi Ayu Lestari, J. Sihombing et al.· bit-Tech· 0 citations
SocraticTrap-CS is introduced, a publicly available benchmark that probes the capacity of open-weight LLMs to generate strategic misconceptions on demand and reframes the evaluation of educational LLMs around pedagogical trustworthiness rather than factual correctness alone.
Marijela Miličević, Mia Rovis, Ratomir Karlović et al.· Information· 0 citations
Critical thinking is a fundamental skill that helps learners move beyond simple memorization. One way to develop this skill is through high-order questioning. However, crafting such questions remains a challenge for educators, and classroom practices tend to rely on low-order questions. Large Language Models have demon...
S. Uçar, Itziar Aldabe, Nora Aranberri et al.· International Conference on...· 0 citations
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