Wheelchair-Controlled Games Enhance Engagement for Young Users

Why It Matters

This research highlights the potential of adaptive game design to address a gap in leisure activities for a specific user group. By involving users directly in the design process, developers can create more inclusive and meaningful digital experiences that cater to diverse abilities and promote active participation.

Key Finding

Young people using powered wheelchairs find movement-based games engaging, but designers must actively address accessibility challenges related to diverse abilities and disability representation through user involvement.

Key Findings

• Movement-based play is highly engaging for young people using powered wheelchairs.
• Participatory design is crucial for developing accessible and empowering games.
• Challenges exist in integrating diverse movement abilities and representing disability in games.

Research Evidence

Aim: How can movement-based play experiences be designed to be engaging and empowering for young people using powered wheelchairs, considering their diverse abilities and the representation of disability?

Method: Participatory Design and Case Studies

Procedure: The research involved two stages: 1) co-designing wheelchair-controlled games with young people, and 2) conducting case studies to gather player perspectives on these games.

Sample Size: 13 participants (9 in development, 4 in case studies)

Context: Educational setting for young people with special needs, focusing on powered wheelchair users.

Design Principle

Inclusive design for adaptive play requires direct user involvement and flexible system architecture.

How to Apply

When designing interactive experiences for users with physical disabilities, conduct co-design workshops and user testing with individuals representing the target audience's diverse needs and abilities.

Limitations

The study focused on a specific age group and disability context, and findings may not generalize to all users of powered wheelchairs or other assistive technologies.

Student Guide (IB Design Technology)

Simple Explanation: Making games that young people in powered wheelchairs can control with their wheelchairs makes play more fun and empowering, but designers need to ask them how to make it work for everyone.

Why This Matters: This research shows that designing for specific user needs, especially those with disabilities, can lead to more engaging and impactful products. It emphasizes the importance of user-centred approaches in creating inclusive technology.

Critical Thinking: To what extent can the principles of designing for powered wheelchair users be generalized to other assistive technologies and user groups with varying physical or cognitive abilities?

IA-Ready Paragraph: This design project acknowledges the critical need for inclusive design, drawing inspiration from research such as Evans et al. (2016), which demonstrated that participatory development of movement-based games controlled by powered wheelchairs significantly enhances engagement for young users. Their work highlights the importance of co-design with individuals with diverse abilities to overcome accessibility challenges and create empowering play experiences, a principle that will guide the iterative development and testing of our own design solution.

Project Tips

• Involve potential users with relevant abilities early and often in your design process.
• Think about how different physical abilities might affect interaction with your product.
• Consider the ethical implications of representing different user groups.

How to Use in IA

• Use this research to justify the importance of user involvement in your design project, especially when targeting users with specific needs.
• Cite this study when discussing the challenges and benefits of designing for users with disabilities.

Examiner Tips

• Demonstrate a clear understanding of the target user's needs and how they informed design decisions.
• Show evidence of user testing and iteration based on feedback from users with diverse abilities.

Independent Variable: Type of game control (wheelchair-based movement)

Dependent Variable: Player engagement, player perspectives, empowerment

Controlled Variables: Age of participants, type of powered wheelchair, specific disability, game genre

Strengths

• Direct involvement of the target user group in the design process.
• Exploration of both game development and player experience.

Critical Questions

• How can game designers ensure that 'movement-based' play doesn't inadvertently exclude individuals with very limited mobility?
• What are the ethical considerations when representing disability within game design, and how can this be done empoweringly?

Extended Essay Application

• Investigate the potential for using motion capture or other sensor technologies to create adaptive input methods for digital interfaces, inspired by wheelchair-controlled games.
• Explore the social impact of accessible gaming technologies on community building and inclusion for individuals with disabilities.

Source

Designing movement-based play with young people using powered wheelchairs · 'American College of Medical Physics (ACMP)' · 2016 · 10.1145/2858036.2858070