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Session Type: Symposium
Over the past few decades educational games have received a significant amount of interest due to the unique affordances provided by interactive game environments. O’Neil and Perez (2008) pointed out that although there are many hypothesized reasons for games to be effective, the research literature still lacks studies examining how these games should be designed to increase learning. The purpose of this session is to present new research aimed at informing educational game design. Papers explore aspects such as self-explanation and feedback, embodied gameplay, pairing narrative games with paper-based activities, learning mechanics, and collaborative play. The games presented in this session cover a wide variety of educational topics areas including as reading, physics, geometry, and mechanical advantage and gears.
Examining the Effect of Self-Explanation and Explanatory Feedback on a Cognitively Demanding Educational Physics Game - Deanne Marie Adams, University of Notre Dame; Douglas Clark, Vanderbilt University
Immersive Virtual Technologies for STEM: Design Principles and In-Game Assessments - Mina Catherine Johnson-Glenberg, Arizona State University; David Birchfield, Arizona State University; Erica Linn Snow, Arizona State University
The Impact of Collaborative Play and Achievement Motivation on Learning From a Physics Game - Stephen Killingsworth, Vanderbilt University; Douglas Clark, Vanderbilt University; Pratim Sengupta, Vanderbilt University
Investigating Classroom Implementations of Game-Based Learning - James Lester, North Carolina State University; Eleni V. Lobene, North Carolina State University; Bradford Mott, North Carolina State University; Jonathan Rowe, North Carolina State University
An Experimental Investigation of Learning Mechanics in a Digital Geometry Game - Jan L. Plass, New York University; Bruce Douglas Homer, City University of New York; Elizabeth Hayward, New York University; Melissa L. Biles, New York University; Jonathan Frye, New York University; Tsu-Ting Huang, New York University