Modeling Engagement Signals in Technology-Enhanced Collaborative Learning: Toward AI-Ready Feedback
Joan Zhong (Ruiqiong)

TL;DR
This paper introduces a lightweight, interpretable framework for modeling engagement in collaborative learning environments, supporting AI-driven feedback and emphasizing that surface behaviors may not accurately reflect true engagement.
Contribution
It proposes a novel composite signal index combining shared understanding and consensus signals, along with an AI-ready prototype for transparent engagement assessment.
Findings
Positive correlation between CSI and sustained motivation
Constructive feedback (Q3) is a promising regulatory cue
Silence does not imply disengagement, and frequent talk does not ensure depth
Abstract
Modeling engagement in collaborative learning remains challenging, especially in technology-enhanced environments where surface indicators such as participation frequency can be misleading. This study proposes a lightweight and interpretable framework that operationalizes shared understanding (Q2), consensus building (Q4), and sustained motivation (Q6) as observable behavioral signals. Q2 and Q4 were consolidated into a Composite Signal Index (CSI), which supports a quadrant diagnostic model with implications for teacher- and AI-driven feedback. Constructive feedback (Q3), while not included in the CSI calculation, emerged as a meaningful regulatory cue and a strong candidate feature for future NLP-based modeling. An exploratory validation was conducted in an adult ESL classroom using a structured three-phase collaborative task (rotating reading -> retelling -> consensus). Results…
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Taxonomy
TopicsInnovative Teaching and Learning Methods · Educational and Psychological Assessments · Intelligent Tutoring Systems and Adaptive Learning
