IEEE Transactions on Learning Technologies · 2018 · 35 citations · 50 references
EducationDesignEducational TechnologyEnvironmental EducationSustainability ScienceSustainable DevelopmentEducational Game DesignEnvironmental SustainabilityGame-based LearningSerious GamesSustainability EducationSustainability StrategyDigital Game-based LearningGame Design For LearningSustainability Curriculum DesignSustainable Educational Design
Sustainability learning confronts interdisciplinary and social complexity, and although serious games have been increasingly proposed to address it, their evaluation and design strategies remain underexplored. This paper investigates the current state of the art of sustainability serious games to clarify their applications and define effective design strategies. The authors performed a systematic review of published and unpublished materials guided by specific questions and recursive citation browsing, and analyzed design strategies for effective sustainability serious games. They propose a taxonomy and classification of sustainability serious games, and outline current challenges and future research directions.
Finding proper ways to address learning about sustainability is a relevant issue. Sustainability learning has to face some inherent complexities, due to two main factors: the interdisciplinary domains related to sustainability issues, such as ecology, economics, politics, and culture, and the involvement of several social structures, such as individuals, families, and communities. One recent research proposal is to exploit serious games to foster learning in this area. This resulted in a significant increase in the number of approaches discussed in the literature over the last few years. Notwithstanding this growing scenario, sustainability serious games still lack a reasoned evaluation, in order to clarify their possible applications and to define effective design strategies to approach them. To this end, in this paper, we investigate the current state of the art of serious games for sustainability, identifying, and discussing the most common applications. The research process included both scientific publications and unpublished materials. References were searched according to guiding questions, which helped focus the extraction of information, and through recursive browsing of their citations. Based on the research results, we propose a taxonomy for sustainability serious games and a classification of reviewed works according to this taxonomy. We also analyze design strategies, drawn from the literature, expressly conceived for the development of effective sustainability serious games. Finally, we discuss the current challenges and present possible areas of research in this field.
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