Välkky’s voyage on to a hospital ward: expectations, explorations and emergent robocentric nursing care

Sarah Nettleton*, Nik Brown, Karl Michael Atkin, Luna Dolezal, Sanna Metsäketo, Daniel Robins

*Corresponding author for this work

Research output: Contribution to journalArticlepeer-review

Abstract

Drawing on ethnographic fieldwork in Finland, we report on the trial of a teleoperated care robot named Välkky introduced onto a fully operational hospital neurological ward. Our data revealed a narrative arc where participants’ early expectations of the hospital-based trial altered as the project unfolded. Greeted with techno-excitement and experimental enthusiasm about the place of robotics in reshaping roles within clinical care, Välkky became the focus for collaborative in situ learning, adaptation and redesign amongst the roboticists, designers, nurses, patients, and managers. Välkky acted as an ‘attractor’ provoking thinking about, and a reimagining of, future arrangements of care.
Our empirically informed insights seek to pave the way for real-world nuanced thinking that pushes beyond human/non-human and success/failure binaries. Building on debates in STS and feminist posthumanism, we propose a robocentric approach, which encourages us to ‘queer’ health care robots, and to understand them as fluid, hybrid, distributed and relational figures, rather than purely as inert, mechanical, non-human objects that might replace humans. Nursing care practices by and with robots will generate new meanings and practices of care that will emerge iteratively, as caring relations, relationships and practices develop within the context of operational ward environments. Robots may or may not be able support care, but they will invariably challenge what care is.
Original languageEnglish
Number of pages20
JournalHealth: An Interdisciplinary Journal for the Social Study of Health,Illness and Medicine
Early online date4 Dec 2024
DOIs
Publication statusE-pub ahead of print - 4 Dec 2024

Bibliographical note

© The Author(s) 2024

Keywords

  • robotic caregiving
  • Healthcare

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