The influence of learning and gaming coherence on the effectiveness of serious games
Philip Mildner, Oliver Beck, Marcel Reinsch, Wolfgang Effelsberg
Abstract
Philip Mildner, Oliver Beck, Marcel Reinsch, Wolfgang Effelsberg
Abstract
When creating digital game-based applications in educational contexts, a key aspect is how to combine the game and the learning part into a serious game that is both fun and effective. Such games can coarsely be categorized into games where learning and game parts are tightly linked together, and games that feature an exchangeable learning content. The former type gives game developers a high degree of freedom for integrating the learning content in a meaningful way. The latter type, on the other hand, allows non-expert game creators, such as teachers, to create customized games by using easy-to-use authoring components. In this work we examine both categories of games concerning their potential effectiveness and accessibility. We use two games: one that combines a generic game scenario with exchangeable quiz questions, and a second one with specialized content for teaching historic knowledge. Two comparative studies with a total of over 60 participants have been conducted with both games. The first study focuses on the effects of a game-based approach in comparison to one without game elements. The second study compares a generic game environment to one where game and learning content matches. Results show that the second game variant is able to produce better results in terms of fun and learning effectiveness. However, the generic variant still is able to produce good results with the benefit of not having to invest an additional development effort. These considerations are further elaborated to give practical advice for the creators of learning games.
OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
When creating digital game-based applications in educational contexts, a key aspect is how to combine the game and the learning part into a serious game that is both fun and effective. Such games can coarsely be categorized into games where learning and game parts are tightly linked together, and games that feature an exchangeable learning content. The former type gives game developers a high degree of freedom for integrating the learning content in a meaningful way. The latter type, on the other hand, allows non-expert game creators, such as teachers, to create customized games by using easy-to-use authoring components. In this work we examine both categories of games concerning their potential effectiveness and accessibility. We use two games: one that combines a generic game scenario with exchangeable quiz questions, and a second one with specialized content for teaching historic knowledge. Two comparative studies with a total of over 60 participants have been conducted with both games. The first study focuses on the effects of a game-based approach in comparison to one without game elements. The second study compares a generic game environment to one where game and learning content matches. Results show that the second game variant is able to produce better results in terms of fun and learning effectiveness. However, the generic variant still is able to produce good results with the benefit of not having to invest an additional development effort. These considerations are further elaborated to give practical advice for the creators of learning games.
Key concepts: Computer science, Game mechanics, Game Developer, Video game design, Game design, Screening game, Multimedia, Game art design