What is it about?
When we picture robotic surgery, we tend to imagine a surgeon working with a robot. But keeping an operation running takes work from people whose contributions are much less visible. This study explores the experiences of specialists who support Mako robot-assisted knee and hip replacements. Drawing on interviews with ten specialists and observations in operating theatres, we show how their work extends far beyond technical troubleshooting. They prepare equipment, help surgical teams coordinate, and anticipate problems before they interrupt an operation. They also shoulder physical demands and the pressure of keeping things moving when difficulties arise. What looks like a smoothly running robotic procedure depends on considerable human effort before, during, and after surgery.
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Photo by Ritu Chauhan on Unsplash
Why is it important?
A robot can reduce demands on one person while creating additional work for someone else. By focusing on robotic specialists, this study reveals burdens that can be overlooked when success is judged mainly by the robot’s performance or the surgeon’s experience. It also highlights a paradox: when specialists prevent problems successfully, the work they do can become harder to see. Recognising these contributions can help hospitals plan staffing and training, and help designers build robotic systems that support the whole surgical team. The findings encourage a broader question wherever robots enter the workplace: whose work makes the technology function, and how well are those people supported?
Perspectives
One of the things that struck me during my research was how much work goes into making robotic surgery look routine. A procedure can appear to run smoothly precisely because someone has prepared carefully, noticed a potential problem, or quietly helped a colleague at the right moment. I wanted this paper to bring the specialists doing that work into view. Their accounts show the expertise and effort involved in supporting a surgical team, including the pressure that comes with being the person everyone turns to when the technology stops working. For me, this is a central question in studying robots at work: how do people make these systems usable in everyday practice, and what does that ask of them? I hope this paper encourages greater recognition of those contributions and helps make supporting the people around the robot part of how we design and introduce the technology.
Jasper Vermeulen
Queensland University of Technology
Read the Original
This page is a summary of: The Invisible Work of Robotic Surgery: How Specialists Support, Shoulder, and Sustain Human-Robot Collaboration, June 2026, ACM (Association for Computing Machinery),
DOI: 10.1145/3800645.3812924.
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