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This paper critically evaluates the efficacy of Large Language Models as educational tutors, identifying a significant gap between generating fluent dialogue and demonstrating actual human learning gains or knowledge transfer. The authors argue that future progress depends on validating the pedagogical interfaces within the tutoring loop rather than merely optimizing individual model components.
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Do LLM Tutors Actually Teach? A Process-Centered Synthesis of the Tutoring Loop

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arXiv:2610.15692v1 Announce Type: new Abstract: Large language models can produce fluent tu- toring dialogue, but whether they actually help students learn remains unclear. We present a process-centered synthesis of LLM tutoring that follows the path from learner-state infer- ence to pedagogical action, tutor training, eval- uation, and student simulation. This view ex- poses a central gap: implementing a tutoring component does not establish that it works or that its outputs meaningfully affect later stages. A structured study-level audit shows that peda- gogical evaluation is common, while evidence becomes much thinner for learner-conditioned intervention, human learning gains, and espe- cially transfer or delayed retention. Human studies nevertheless provide a conditional posi- tive result: LLM tutors can improve learning, but benefits depend on pedagogical structure, learner engagement, and how learning is mea- sured. We argue that progress requires validat- ing the interfaces between tutoring stages, not only improving individual components.

Title:Do LLM Tutors Actually Teach? A Process-Centered Synthesis of the Tutoring Loop

Abstract:Large language models can produce fluent tu- toring dialogue, but whether they actually help students learn remains unclear. We present a process-centered synthesis of LLM tutoring that follows the path from learner-state infer- ence to pedagogical action, tutor training, eval- uation, and student simulation. This view ex- poses a central gap: implementing a tutoring component does not establish that it works or that its outputs meaningfully affect later stages. A structured study-level audit shows that peda- gogical evaluation is common, while evidence becomes much thinner for learner-conditioned intervention, human learning gains, and espe- cially transfer or delayed retention. Human studies nevertheless provide a conditional posi- tive result: LLM tutors can improve learning, but benefits depend on pedagogical structure, learner engagement, and how learning is mea- sured. We argue that progress requires validat- ing the interfaces between tutoring stages, not only improving individual components.

Computation and Language (cs.CL)

arXiv:2610.15692 [cs.CL]

(or arXiv:2610.15692v1 [cs.CL] for this version)

https://doi.org/10.48550/arXiv.2610.15692 Focus to learn more arXiv-issued DOI via DataCite (pending registration)

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