The Chasm Between Educational and Commercial Games

Elaine Alhadeff and I have been talking via e-mail to Jeremy Pesner, a recent Computer Science grad from Dickinson College who has been working on educational games that focus on the human immune system. Pesner served as co-author on a paper presented at the ACM Southeast Regional Conference last year. He presented with Patrick Clements over at U. South Carolina on “an educational game that simulates the processes of human immune systems by using a ‘Tower defense’-type game.”

Pesner next will be contributing to a new chapter book edited by Patrick Felicia over at the Waterford Institute of Technology in Ireland. The Handbook of Research on Improving Learning and Motivation through Educational Games: Multidisciplinary Approaches is scheduled to be released in 2011. Pesner’s contribution will explore the “chasm” that has formed between commercial and educational games in terms of “enticing and appealing qualities” between the two genres.

This is a particularly juicy topic ripe for social science research, since it’s so fuzzy. What are the elements in commercial games making them so appealing? Conversely, what makes educational games so dull? How would we measure the difference? What can educational game makers learn from commercial game makers? I think I can speak for Elaine when I say both of us very much are looking forward to Dr. Felicia’s book and Pesner’s contribution.

References:
Clements, P., Pesner, J., & Shepherd, J. (2009). The teaching of immunology using educational gaming paradigms. Proceedings of the 47th Annual Southeast Regional Conference. [Online.] Available: http://portal.acm.org/citation.cfm?id=1566474

Programming a New AquaMOOSE? Virtual Real Worlds Using MellaniuM & Unreal 2

The famous AquaMOOSE study came out of Georgia Tech a few years back, led by Amy Bruckman. High school students were exposed to a game developed by the team focusing on three-dimensional mathematics (think of Logo, only in 3-D). However, the students had high expectations going into the study, and were disappointed with the graphical sophistication of the home-brewed software. Since then, and maybe because of Team Bruckman’s findings, educational gaming research seems to have shifted more to examining pedagogical potentials within existing products.

On many levels, this makes sense. When one considers the multi-person staffs, high dollar budgets, and extended timelines for creating top notch videogames, replicating that level of sophistication becomes problematic on the typical budgetary levels professors are used to winning in grants. Big grants offer a nice exception to this rule. Even then, the funds may run out, as we saw earlier this year when Castronova over at Indiana was forced to pull the plug on Arden, his ambitious Shakespearean-themed VW.

So existing game engines are hot, especially for serious game development. Appropriate the engines already developed and focus on the pedagogy … this seems to be a guiding principle. Fortunately, folks are out there working to help us utilize some of the state of the art platforms for business and educational purposes.

I spoke via e-mail recently with Joe Rigby, over at MellaniuM, who offers a look into his company’s product that allows highly detailed representations of real world objects created in AutoCAD to be exported into the Unreal 2 engine. Elaine Alhadeff has written an excellent entry in which she explores the product and interviews Rigby. The video Rigby has shows things like a World War II Spitfire, half in shadow, half in light; a motorcycle with multi-spoke wheels (each spoke standing out in detail); and a horse-drawn carriage that looks incredibly detailed.

The product highlights the notion of “virtual real worlds,” where users can explore realistic representations of locations that exist now, in the past, or in imagination. Training or exploration within such environments may be advantageous to police teams learning to deal with emergency situations; military groups learning urban warfare; and college students interested in exploring architecture, archaeology, or historical contexts.

Details within virtual real worlds can be extremely important, and products such as MillaniuM’s offer tantalizing possibilities to programmers.

References:
Elliott, J., Adams, L., & Bruckman, A. (2002). No magic bullet: 3D video games in education. Proceedings of ICLS 2002. Seattle, Washington, October 2002. [Online]. Available: http://www.cc.gatech.edu/~asb/papers/aquamoose-icls02.pdf