Creating wheelchair-controlled video games: challenges and opportunities when involving young people with mobility impairments and game design experts

Although participatory design (PD) is currently the most acceptable and respectful process we have for designing technology, recent discussions suggest that there may be two barriers to the successful application of PD to the design of digital games: First, the involvement of audiences with special needs can introduce new practical and ethical challenges to the design process. Second, the use of non-experts in game design roles has been criticised in that participants lack skills necessary to create games of appropriate quality. To explore how domain knowledge and user involvement influence game design, we present results from two projects that addressed the creation of movement-based wheelchair-controlled video games from different perspectives. The first project was carried out together with a local school that provides education for young people with special needs, where we invited students who use wheelchairs to take part in design sessions. The second project involved university students on a game development course, who do not use wheelchairs, taking on the role of expert designers. They were asked to design concepts for wheelchair-controlled games as part of a final-year course on game design. Our results show that concepts developed by both groups were generally suitable examples of wheelchair-controlled motion-based video games, but we observed differences regarding level of detail of game concepts, and ideas of disability. Additionally, our results show that the design exercise exposed vulnerabilities in both groups, outlining that the risk of practical and emotional vulnerability needs to be considered when working with the target audience as well as expert designers

Abstracts from the 8th International Conference on cGMP Generators, Effectors and Therapeutic Implications

This work was supported by a restricted research grant of Bayer AG

Genomes, transcriptomes, and proteomes

The human genome project and the technological breakthroughs it has produced have moved the field of molecular medicine forward with breathtaking speed. This will impact not only the advance of scientific discoveries and the way science is conducted but also the clinical practice of medicine. In this review we explain the basic principles of these new technologies. Their potential use and impact are demonstrated by using diabetes mellitus as an example of a common and serious medical disorder. Finally, several potentially adverse consequences of "excessive" knowledge are discussed