Bodywork at Work: Attending to Bodily Needs in Gig, Shift, and Knowledge Work

Title of the Paper

Bodywork at Work: Attending to Bodily Needs in Gig, Shift, and Knowledge Work

Paper Information

• Subject Area: Human-Computer Interaction (HCI), Computer-Supported Cooperative Work (CSCW), Bodily Needs in Work Contexts
• Keywords: Bodywork, Health and Well-being, Workplace, User Research, Worker Bodily Needs, Self-Tracking Technologies, Technology Design, Gender and Work, Datafied Bodies, Sociocultural Impacts

Research Background and Issues

• What problems or challenges did the authors identify?

  • Current research increasingly focuses on the interaction between technology and the body, but bodily needs (e.g., eating, sleeping, physical care) in work contexts are often overlooked.
  • Different types of work (e.g., gig economy food delivery, hospital and bar shift work, office-based knowledge work) have varying demands on the body, but challenges related to these "bodywork" needs and their technological support are underexplored.
  • Bodily needs in work practices are often constrained by work environments and technological systems, making it difficult for workers to address their bodily needs while meeting work demands.

• Why is this issue important?

  • Ignoring bodily needs can lead to decreased productivity and long-term physical and mental health consequences for workers.
  • As workplaces increasingly rely on technology, understanding how technology supports or limits workers' bodily needs is essential for designing more human-centered work systems.

• Research Motivation and Related Work

  • Drawing on the sociological concept of "bodywork," the study emphasizes how bodily needs are managed in work practices.
  • The research integrates literature from HCI and CSCW on self-management technologies, particularly the impact of self-tracking and self-care technologies in daily life.
  • The study aims to fill the research gap at the intersection of technology and bodily needs in work practices, exploring how technology influences bodywork across different types of jobs (e.g., self-regulation, optimizing behaviors, addressing technological failures).

Solutions

• What methods or solutions did the authors propose?

  • Introduced the conceptual framework of "bodywork" to analyze the integration of technology and bodily needs in work.
  • Conducted qualitative research on three case studies—food delivery, shift work, and knowledge work—to examine the support and limitations of technology in bodywork.
  • Emphasized that all systems are inherently "bodily systems"—even if technology is not explicitly designed to support bodily needs, its design and implementation indirectly affect bodywork.

• What is innovative about this solution?

  • Centered bodily needs in the analysis of work practices, using the lens of "bodywork" to highlight the complex interactions between technology, the body, and work.
  • Compared bodywork strategies across different work contexts (e.g., balancing bodily needs with work schedules, using technology to optimize bodywork, addressing failures in technology or the body).
  • Proposed rethinking collaborative technologies, such as scheduling tools, to better support bodily needs.

• What are the implementation steps? What key technologies were used?

  • Combined interviews, focus groups, and ethnographic methods to collect data across different work types:
    1. Gig economy food delivery: Video recordings of rides, semi-structured interviews, field observations.
    2. Shift work: Interviews, focus groups, qualitative analysis of relevant Reddit posts.
    3. Knowledge work: Online interviews with female knowledge workers who need to pump breast milk.
  • Iteratively coded the data to identify commonalities and differences across cases, analyzing how bodywork manifests in different work contexts.

Research Findings

• What specific findings were achieved?

  • Identified four dimensions of bodywork across different work contexts:
    1. Balancing bodily needs and work availability (e.g., food delivery workers adjusting meal times, shift workers adapting sleep schedules, breastfeeding knowledge workers coordinating work and pumping).
    2. Optimizing bodywork (e.g., food delivery workers navigating routes via maps, shift workers using sleep trackers, knowledge workers selecting devices to enhance efficiency).
    3. Coordinating work, life, and bodily needs (e.g., arranging bodywork schedules with colleagues and family).
    4. Tolerating breakdowns (e.g., dealing with equipment failures or physical exhaustion).
  • Highlighted the role of technology in supporting or constraining bodywork, with impacts ranging from breast pumps to social media platforms.

• What advantages does it have compared to existing solutions?

  • Brings bodily needs into the mainstream discussion of work system design, emphasizing the impact of technology on workers' physical health and well-being.
  • Offers a new perspective that spans work types and geographic locations, demonstrating the universality of bodywork across different contexts.
  • Considers the multidimensional impact of technological ecosystems rather than focusing on the role of a single technology.

• What were the experimental or evaluation results?

  • Although bodywork takes different forms in the three work contexts, it is deeply influenced by technological conditions and occupational cultures.
  • Technology can directly support bodily needs (e.g., sleep trackers, breast pumps) but may also indirectly constrain or optimize bodywork (e.g., scheduling algorithms on delivery platforms).

• Limitations and Future Directions

  • Limitations:
    • Data is primarily based on specific work contexts and cultural environments, not encompassing all types of work and the complexity of their bodily needs.
    • Many technologies studied reflect adaptations to existing systems rather than challenging the design of these systems themselves.
  • Future Directions:
    • Explore the relationship between bodywork and technology in broader cultural contexts.
    • Provide more in-depth recommendations for policymakers and technology designers to support bodily needs.

Conclusion

This paper systematically reveals how workers manage bodily needs under contemporary, technology-supported work conditions. By proposing the insight that "all systems are bodily systems," it provides a new framework for HCI research to deepen the understanding of the relationship between technology and the body.