A Systematic Review on the Impacts of Game-Based Learning on Argumentation Skills

Game-based learning serves as a potent pedagogical framework for cultivating argumentation skills, critical thinking, and complex reasoning among students. By synthesizing twenty-nine peer-reviewed publications spanning 2000 to 2019, the research confirms that digital environments—particularly simulations—effectively foster higher-level discourse. These learning experiences are most successful when integrated with structured instructional supports such as modeling, reflection, and feedback, which work in tandem with core game mechanics like collaborative challenges and AI-driven scaffolding to drive student engagement.

The scope of this evidence base is primarily concentrated on high school and higher education settings, with a notable emphasis on science education. While the integration of computer-supported collaborative learning and digital dialogue games demonstrates clear efficacy in improving argumentative outcomes, a significant gap remains in the literature. Specifically, there is a lack of empirical data isolating which individual design attributes or instructional supports are most responsible for specific learning gains. Current research successfully aligns game environments with established learning theories, yet it often fails to provide a granular analysis of how distinct game elements translate into measurable improvements in argumentation.

Future development in this field requires a more rigorous, empirical approach to link specific design features to targeted educational outcomes. Expanding the research scope beyond secondary and post-secondary education will be essential to understanding the broader applicability of game-based learning. By moving toward a more systematic evaluation of how design choices influence cognitive processes, educators and developers can create more effective, evidence-based tools that enhance student discourse and reasoning across diverse academic disciplines.