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Two graduate learners discuss a marked-up paragraph beside a desktop writing editor and a notebook containing planning and claim-evidence notes.
期刊論文同行評審研究20252026年8月29日· 10 min

Higher self-reported AI literacy accompanied stronger assisted essays and different interaction patterns

Jinhee Kim, Sang-Soog Lee, Rita Detrick, Jialin Wang, Na Li

Journal of Computing in Higher Education

500 字摘要

Two graduate learners discuss a marked-up paragraph beside a desktop writing editor and a notebook containing planning and claim-evidence notes.

AI-assisted writing is a sequence of decisions: a learner generates an idea, asks for help, evaluates a response, and chooses what to write. Jinhee Kim and colleagues studied those decisions rather than treating chatbot access as a uniform intervention. Their investigation found that students reporting higher AI literacy interacted differently with a GPT-4 writing system and received higher ratings for their completed essays. The results describe an association between learner characteristics, interaction, and assisted performance, with important limits on causal interpretation.

The study involved 36 first-year master’s students in Digital Education at a Sino-British university in Suzhou. Participants completed an AI-literacy questionnaire and were divided into higher and lower groups around its median score. This was a comparison of existing self-reported characteristics, not random assignment to an AI-literacy course. Students received preparation in prompting and thinking aloud, then completed an academic writing task in a system containing a conversation area, writing workspace, and notepad.

The researchers captured spoken thinking, screen activity, and system records. Participants could verbalize in Chinese while composing in English, helping the team observe processes that might otherwise remain hidden behind a polished final essay. Coded activities covered writing, metacognition, and socio-emotional responses. Epistemic network analysis examined how those activities occurred together and distinguished learner-initiated exchanges from other forms of activity. Five experts rated the final essays for content, organization, and expression without receiving identifying participant information.

The higher-literacy group more often invited, adopted, and modified AI contributions, and the network analysis indicated different interaction configurations between the groups. Its essays also received higher ratings across the three writing dimensions. These findings complicate a simple rule that less AI involvement is always better: active collaboration can involve frequent model use. At the same time, raw activity counts and patterns are not interchangeable. The paper did not find a significant frequency-distribution difference for the broad metacognitive activity category, despite differences in absolute counts.

The crucial boundary is the outcome being assessed. The experts rated writing produced with AI available, not an independently written later essay. The study therefore cannot establish that the higher-literacy group learned more during the session or retained a transferable advantage afterward. Nor does its comparison show that raising a questionnaire score would cause the same performance difference. Baseline writing ability, critical reading, prior experience, and confidence may influence both how students describe their AI literacy and how successfully they use assistance.

The authors explicitly recognize those alternative explanations and the small, single-course sample. They argue that AI literacy operates alongside foundational academic skills and recommend separating those influences in future research. The think-aloud setting and coded discourse provide valuable process evidence, but remain a partial account of cognition. The study is strongest as a close examination of different approaches to an assisted task, rather than a general claim about the efficacy of any particular writing platform.

For AIEDHK, this suggests evaluating the quality of decisions within AI collaboration. A writing activity could ask learners to explain why a suggestion fits their argument, preserve an alternative formulation, and identify what evidence is still missing. Teachers could combine that record with both assisted work and a later independent task. Such a design would test whether a productive interaction pattern supports developing writers, rather than assuming that a fluent final essay or frequent use already demonstrates durable educational progress.

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