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Open AccessArticle10.5642/jhummath.201502.03

E-Brock Bugs©: An Epistemic Mathematics Computer Game

Laura Broley,Chantal Buteau,E. Müller-2015-07-01-Journal of Humanistic Mathematics

TL;DRAbstract

Devlin in [7] argues that video games are an ideal medium for the teaching and learning of mathematics, though he points out that very few ’good’ mathematics video games exist. Building on a probabilistic board game developed in the 1980s, we created a mathematics computer game, E-Brock Bugs. The design of the game carefully follows Devlin’s principles of a good mathematics video game, including a well-developed storyline, the selection of an in-game avatar, and an environment where mathematics arises in a natural and meaningful way. As a result, we argue that E-Brock Bugs is an epistemic computer game [1]; it goes beyond teaching basic facts and skills, and may encourage the players’ development of mathematical thinking as ‘working mathematicians’.

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Devlin in [7] argues that video games are an ideal medium for the teaching and learning of mathematics, though he points out that very few ’good’ mathematics video games exist. Building on a probabilistic board game developed in the 1980s, we created a mathematics computer game, E-Brock Bugs. The design of the game carefully follows Devlin’s principles of a good mathematics video game, including a well-developed storyline, the selection of an in-game avatar, and an environment where mathematics arises in a natural and meaningful way. As a result, we argue that E-Brock Bugs is an epistemic computer game [1]; it goes beyond teaching basic facts and skills, and may encourage the players’ development of mathematical thinking as ‘working mathematicians’.

Keywords

Video gameMathematical gameMathematics educationGame art designAvatarComputer scienceVideo game designSelection (genetic algorithm)

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