Jul 2026· International Conference on Conversational User Interfaces· pp. 1-16· 0 citations· 53 references
Computer Science
TL;DR
Results show the IBL prompt reliably integrated learner interests, but exhibited shallow reflection, inconsistent knowledge checks, and surface-level analogies when interests were underspecified.
Abstract
Interest-based learning (IBL) is an educational approach where learners’ interests are used to contextualize learning. IBL can make instruction feel more relevant and lead to improved learning outcomes, but it is difficult for instructors to implement at scale because learner interests are highly varied. Large language models (LLMs) can support IBL through conversational AI tutors that personalize instruction to individual interests. This paper presents a prompt design approach for creating LLM tutors for IBL. We first conducted a literature review to derive pedagogy-grounded strategies for a base tutor prompt, then embedded additional IBL strategies to produce an IBL tutor prompt. We evaluated both prompts via expert review and a human-participants study with undergraduate students. Results show the IBL prompt reliably integrated learner interests, but exhibited shallow reflection, inconsistent knowledge checks, and surface-level analogies when interests were underspecified. We contribute a reusable prompt design pipeline, prompt templates, and evaluation artifacts for designing interest-based AI tutors.
The results suggest that the pedagogical behavior of AI tutors may not be easily steered through system prompts alone: embedding established SRL and CE frameworks did not produce detectable improvements on any preregistered outcome in a large, ecologically valid deployment.
Maximilian Georg Barth, Sverrir Thorgeirsson, K. Etemadi et al.· International Computing Educ...· 0 citations
It is indicated that an integrated learner-state-aware RAG architecture can receive stronger expert ratings for pedagogical text quality on a fixed task set while also introducing trace leakage and evidence-boundary risks that must be controlled before deployment.
Jude A. Adenuga· Frontiers in Education· 1 citation
The Steered Contextual AI Framework for Orchestrating Learning Dialogue (SCAFFOLD), a layered reliability architecture that surrounds LLM-generated text and speech with external verification, targeted repair, and safe fallback, while preserving data privacy, is proposed.
Olga Muss, L. M. Leisten, Charles Edouard Bardyn· Scientific Reports· 0 citations
A five-level scale is developed, validated against human annotations, that characterizes responses according to the degree of direct assistance LLMs provide when students use them as tutors in authentic learning interactions and provides an empirical baseline for LLM assistance in tutoring interactions and a measuremen...
Suhyeon Lee, Juneha Baek, Jaehyeong Park et al.· 0 citations
Large language models (LLMs) are increasingly used as on-demand conversational learning assistants, but they typically do not adapt explanations to a student’s background unless explicitly prompted. We present the Personalized Learning Assistant Interface (PLAI), a web-based prototype that generates explanations from l...
Furkan Ali Yurdakul, Yi-Man Wu, Maria Torres Vega et al.· Message Understanding Confer...· 0 citations
This paper presents the design, classroom deployment, and evaluation of AI-powered chatbots developed as learning assistants for undergraduate computer science and engineering education. To address growing concerns that large language model (LLM)–based tools encourage student over-reliance and hinder critical thinking,...
Tajay Jackson, Nickmoon Mware, Hong Jiang· CoED· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.