Insights Into Critical Discussion: Designing a Computer‐Supported Collaborative Space for Middle Schoolers

Collaborative learning environments that support students' problem solving have been shown to promote better decision‐making, greater academic achievement, and more reasonable argumentation about controversial issues. In this research, we developed a technology‐based critical discussion platform to support middle school students' argumentation, with a focus on evidence‐based reasoning and perspective taking. A feasibility study was conducted to examine the patterns of group interaction and individual students' contributions to the critical discussion and their perceptions of the critical discussion activity. We found that more students used text‐based communications than audio, but students who used audio collaborated with each other more frequently. In addition, student engagement in argumentative discourse varied greatly across groups as well as individuals. At the end of the discussion, most groups provided a solution that integrated both sides of the controversial issue. Survey and interview results suggest an overall positive experience with this technology‐supported critical discussion activity. Using the insights from our research, we develop a conceptual dialogue analysis framework that identifies relevant skills under the argumentation and collaboration dimensions. In this report, we discuss our design considerations, feasibility study results, and implications of engaging students in computer‐supported collaborative argumentation.

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Journal
ETS Research Report Series
Published
2024-10-27
DOI
https://doi.org/10.1002/ets2.12387
Primary Topic
Innovative Teaching and Learning Methods
Type
article
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0.00
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article

Insights Into Critical Discussion: Designing a Computer‐Supported Collaborative Space for Middle Schoolers

Song Yi, John Sabatini, Ralph P. Ferretti, Wei Cui
ETS Research Report Series
Innovative Teaching and Learning Methods
article

Insights Into Critical Discussion: Designing a Computer‐Supported Collaborative Space for Middle Schoolers

Song Yi, John Sabatini, Ralph P. Ferretti, Wei Cui
article en

Abstract

Collaborative learning environments that support students' problem solving have been shown to promote better decision‐making, greater academic achievement, and more reasonable argumentation about controversial issues. In this research, we developed a technology‐based critical discussion platform to support middle school students' argumentation, with a focus on evidence‐based reasoning and perspective taking. A feasibility study was conducted to examine the patterns of group interaction and individual students' contributions to the critical discussion and their perceptions of the critical discussion activity. We found that more students used text‐based communications than audio, but students who used audio collaborated with each other more frequently. In addition, student engagement in argumentative discourse varied greatly across groups as well as individuals. At the end of the discussion, most groups provided a solution that integrated both sides of the controversial issue. Survey and interview results suggest an overall positive experience with this technology‐supported critical discussion activity. Using the insights from our research, we develop a conceptual dialogue analysis framework that identifies relevant skills under the argumentation and collaboration dimensions. In this report, we discuss our design considerations, feasibility study results, and implications of engaging students in computer‐supported collaborative argumentation.

ETS Research Report SeriesVol. 2024(1)
University of Delaware (US), University of Memphis (US)
Openalex Percentile: Top 77%
Innovative Teaching and Learning Methods
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Insights Into Critical Discussion: Designing a Computer‐Supported Collaborative Space for Middle Schoolers — Song Yi, John Sabatini, et al. · ETS Research Report Series (2024) | TGRS Research Map | TGRS