Game | Play | Ability: Ein Laborbericht zu alternativen Spielweisen

Game | Play | Ability investigates the intersection of accessible hardware design and inclusive gaming cultures within university-based laboratory environments. The core thesis posits that traditional, standardized controller designs act as barriers to participation for individuals with disabilities, and that protected research spaces are necessary to dismantle these normative constraints. By leveraging collaborative testing and iterative prototyping, these laboratories facilitate a shift from passive consumption to active, experimental engagement with digital media.

The research highlights the efficacy of adaptive technologies, such as the Xbox Adaptive Controller and custom 3D-printed modifications for the Nintendo Switch, in fostering equitable access. These technical interventions extend beyond mere functionality; they enable the development of novel, non-normative playstyles that transcend the original logic of game design. The findings demonstrate that when hardware is tailored to individual physical requirements, it creates new opportunities for social connection and collective participation, effectively integrating diverse users into broader gaming communities.

Spanning recent academic research and practical field applications, this study emphasizes that true inclusivity is achieved through a synthesis of technological innovation and human-centered collaboration. By utilizing FabLabs to bridge the gap between official hardware limitations and user needs, the project underscores the necessity of flexible, modular design approaches. Ultimately, the research concludes that overcoming the rigidity of standard input devices is essential for ensuring that digital gaming remains a participatory and accessible cultural experience for all users, regardless of physical ability.