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This research uses AI to identify student communication roles in team projects, showing how these roles evolve and can predict peer recognition and team performance.

cs.CYSome background helps

Who Plays Which Role When? Communication Role Dynamics for Peer Recognition and Team Performance Prediction

Yifan Song, Wenxuan Wendy Shi, Brian P Bailey, Tal August

In plain terms

It's hard to understand how students work together in teams, especially their communication roles, and existing computer-based methods often miss insights from educational theories. To address this, researchers observed students in a university computer science course, analyzing over 6,000 Slack messages from 55 students in 18 teams. They applied an existing educational framework to identify eight distinct communication roles, like "initiator" or "supporter." To scale this, they tested if large language models (LLMs) – AI programs skilled at understanding human language – could accurately identify these roles, finding they could approximate human expert labels. They discovered that students play a more varied set of roles as a project progresses, and different roles become more active at various stages of team work. Using these AI-identified roles, they could successfully predict which students would be recognized by their peers and even predict improvements in team performance in a separate dataset.

Why it matters · Understanding student collaboration is crucial for designing effective group projects and targeted interventions. This paper demonstrates how AI, particularly large language models, can be used to automatically identify important social dynamics, offering valuable insights for educators and learning designers.

About this work · This research explores the field of learning analytics, specifically focusing on how computational methods can be used to understand and improve collaborative learning experiences in educational settings. It bridges educational theory with artificial intelligence techniques.

Learning AnalyticsCollaborative LearningLLMs in EducationStudent ModelingTeam Dynamics