De-centering Inclusivity: Fitting Design for Aut-Ethnography

Research Background and Issues

Problems or Challenges

• This paper explores the practices of autistic individuals in conducting autoethnographic data collection and reflection, as well as how interaction design can help alleviate the burdens associated with these practices.
• Autoethnography holds significant emancipatory value for the neurodiversity movement and the autism community, offering diverse narratives from a first-person perspective. However, there is currently limited research on how autistic individuals specifically implement such methods and how design can support their implementation.
• Autistic individuals face numerous barriers when using existing autoethnographic tools and methods, such as challenges with executive functioning, social sensitivity, and sensory issues. This highlights the need for tools and methods tailored to the unique practices of autistic individuals.

Significance

• Autism research has long been constrained by a "pathologizing" perspective. This paper adopts a neurodiversity perspective, advocating for viewing autism as a natural form of neurodiversity rather than a deficit requiring "normalization."
• First-person narratives from autistic individuals have often been regarded as unreliable. By supporting autistic individuals with technology and methods to conduct efficient, sustainable, and highly reflective data collection, this research contributes to enhancing the visibility and agency of autistic individuals in academic and design fields.

Related Work

• Early research primarily viewed autism as a deficit to be corrected, while the neurodiversity perspective has initiated discussions on "celebratory technologies" and "user-enacted design."
• The application of autoethnography in HCI is considered a convenient method, but there is little research specifically focused on how autistic individuals apply this method.
• Foundational work in autism research, such as Kender and Spiel's "Discovering Image-Based Autoethnography," provides valuable insights for this study.

Proposed Solution

Methods or Solutions

• The paper proposes the development of a series of small recording devices called "AutCorders" to support autoethnographic data collection by autistic individuals. It explores three sensitivities in design adaptation: inertial fit, sensory fit, and social fit.
• The study employs an autoethnographic design approach by an autistic first author, who gains insights through personal experiences and iterative prototype design. These insights are further refined through trials with three participants with autistic tendencies.

Innovations

1. Design Sensitivity Framework: Proposes that design should be finely tuned to address inertial, sensory, and social adaptations to meet the specific needs of autistic individuals.
2. Tool Prototypes: Develops three different models of "AutCorders," demonstrating how design can balance miniaturization, convenience, and social adaptability.
3. Reflexivity in the Design Process: Through personal use and prototype iteration, reveals the diverse needs of autistic users in real-world technology use scenarios.

Implementation Steps and Key Technologies

• Using 3D printing and electronic components, three different versions of "AutCorders" were created: PalmCam, PebbleCam, and TrunkCam.
• Core device functionalities include single-button operation, simplified photo and audio recording, and integration with chat platforms (e.g., Telegram and Discord) for seamless data storage and sharing.
• A DIY mode and accessory customization allow users to adjust the devices according to their personal needs.

Research Outcomes

Specific Results

1. Device Prototypes: Created three AutCorder prototypes tailored to different needs, addressing portability, versatility, and long battery life.
2. Design Sensitivity Theory: Proposed three sensitivities—inertial, sensory, and social fit—to guide interaction design and tool development for autism-related contexts.

Comparison with Existing Solutions and Advantages

• Compared to conventional ethnographic methods, AutCorders significantly reduce the effort required for data collection, accommodating the executive functioning, sensory comfort, and social boundaries of autistic individuals.
• Unlike traditional recording tools (e.g., smartphones), the single-functionality and low-disruption features of AutCorders make them easier to integrate into users' daily lives.

Experimental or Evaluation Results

• The first author identified the foundational framework of design sensitivities through reflexive practice, while trials with three participants validated the practical value of the framework.
• The use of the devices revealed both individualized user needs (e.g., customized improvements, sensory comfort) and the potential of the tools to support personalized autoethnographic practices.

Limitations and Future Directions

• The development and operation of the prototypes require a certain level of technical expertise, limiting their broad applicability. Future work should focus on promoting the devices through DIY kits and supporting a wider range of users.
• Additional dimensions of the design sensitivity framework (e.g., emotional fit) may remain unexplored. Future research could further investigate the emotional significance of objects, usage scenarios, and the diversity of social interactions.

Conclusion

This paper provides an important starting point for autoethnographic practices by autistic individuals. Through the development of AutCorders and the proposal of three design sensitivities, it introduces new perspectives and methods to autism research and design practices. It not only demonstrates the possibilities of neurodiversity-oriented design but also emphasizes how technology can respect and enhance individual autonomy, comfort, and social participation. Future research will focus on broader user groups and more comprehensive design dimensions.