Focusing for Interaction Design: An Introspective Somatic Method

Context-Aware ComputingPrototyping & User TestingInteractive Narrative & Immersive StorytellingUI/UX DesignersHCI Researchers

Document Title

Focusing for Interaction Design: An Introspective Somatic Method

Document Information

  • Subject Area: Human-Computer Interaction (HCI) and introspective somatic practices in interaction design
  • Keywords: HCI, interaction design, design methods, Soma Design, Focusing method, felt sense, introspection, first-person study, experiential construction
  • Publication Date and Conference: CHI 2022, New Orleans

Research Background and Issues

  1. Research Questions and Challenges:

    • The complexity of describing first-person experiences.
    • Bodily knowledge (implicit bodily information) is primarily tacit and difficult to express through language or categorization.
    • Existing performative methods (e.g., body storming, immersive design) provide dynamic experiences but struggle to reveal subtle nuances of sensation. Simultaneously describing and acting can increase cognitive load.
    • Subjectivity is still considered unreliable by some design methods, making it difficult to fully apply in the design domain.
  2. Significance of the Research:

    • Investigating how implicit bodily knowledge can guide the design process, particularly in the generation and evaluation phases.
    • Exploring how introspective methods can complement existing performative or team-oriented approaches.
  3. Related Work:

    • Emerging design methods rooted in third-wave HCI, such as Soma Design and perceptual modeling of intentional experiences.
    • Somaesthetic-oriented design delves into design intentions through the integration of movement, sensation, and thought.

Solution

  1. Method Overview:

    • The Focusing method is a phenomenological approach emphasizing introspective perception to refine and describe implicit experiences. This "felt sense" is a holistic sensation composed of bodily intuition, memory, emotions, and other hard-to-define elements.
    • Developed by Eugene Gendlin, this method has been applied in philosophy, psychology, and more recently, design research.
  2. Specific Approach:

    • Introducing the Focusing method into interaction design to expand and apply the description, brainstorming, and prototyping of design experiences.
    • Utilizing a series of design scripts and introspective guidance (e.g., body scanning, sensory naming) to help designers capture hidden, nuanced experiential elements.
    • Validating the feasibility of this method through two case studies:
      • Case 1: Focusing Ideation: Combining introspective exercises with traditional design methods to define a healthy work environment.
      • Case 2: Soul Prototype Design: Using a subjective narrative of a "giver" to inspire interaction design through vibration and auditory elements.
  3. Method Innovations:

    • Systematically integrating the steps of Focusing into design practice, transforming subjective experiences into actionable design materials.
    • Providing detailed operational steps, including guided perception, naming, and descriptive verification, to help users refine multiple layers of bodily experience.
    • Employing tools (e.g., body maps and narrative records) to convert implicit knowledge into explicit design data.
  4. Implementation Steps:

    • Preparation: Define the exploration topic or design task and create a quiet, comfortable working environment.
    • Body Scanning: Conduct guided exercises to help participants perceive specific body areas (especially the upper body).
    • Forming Felt Sense: Encourage participants to focus on holistic sensations related to the design topic, avoiding premature conclusions.
    • Perception Naming and Verification: Guide participants to find appropriate vocabulary or metaphors for their sensations and verify if these expressions align with their inner feelings.
    • Summary and Recording: Document sensory details through textual descriptions and body maps to assist design.

Research Outcomes

  1. Specific Results:

    • Successfully validated the applicability of the Focusing method in two case studies:
      1. Enhanced brainstorming stages by enabling designers to deeply explore sensation-based creative points.
      2. Conveyed experiences vividly through prototypes, strengthening emotional connections between design and users.
    • Demonstrated that subjective experiences can generate meaningful design problems and emotionally driven prototypes.
  2. Advantages Compared to Existing Solutions:

    • Addressed the limitations of dynamic performative methods in describing nuanced experiential layers, providing deeper aesthetic and emotionally driven design materials through introspective methods.
    • Offered structured and transparent procedural steps, making design decisions communicable and traceable.
  3. Experiments and Results Summary:

    • Case 1: “Focusing Ideation”:
      • Generated creative ideas for a healthy work environment through a feasible multi-step process. Many designers discovered profound creative entry points through first-person descriptions.
    • Case 2: “SOUL Prototype Design”:
      • Experimented with transferring subjective experiences to visitor perceptions through vibration and narrative-based interaction.
      • Results indicated that the vibration intensity of the prototype needed to align more closely with the narrative context, and participants’ responses to the story varied widely.
  4. Limitations:

    • Subjectivity remains criticized: Some designers expressed skepticism about relying on personal perceptions for outcomes.
    • Learning curve for beginners: Participants lacking bodily awareness experience may require longer guided steps.
    • Precise transmission of certain details in the "felt sense" remains unresolved in the study.
  5. Future Work Directions:

    • Extended Applications: Explore integration with performative action methods to combine introspection with dynamic experiences for recording experiential details.
    • Method Optimization: Develop task kits suitable for Focusing-based design to further enhance applicability in design scenarios.
    • Theoretical Validation: Deepen theoretical support for Focusing-based prototype generation and focus on performance in broader user research.

Through this document, researchers systematically integrated the introspective method "Focusing" with design theory, pioneering a new path for applying subjective experiences in design research. This opens up a unique methodological framework for future HCI research and experience design.

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https://hci.top/en/papers/chi/68837/2022

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DOI: https://dl.acm.org/doi/abs/10.1145/3491102.3501978
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CHI
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2022
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Context-Aware Computing, Prototyping & User Testing, Interactive Narrative & Immersive Storytelling
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UI/UX Designers, HCI Researchers
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