The study, led by Alexandra Helbing and colleagues in the Department of Surgery, set out to answer a deceptively simple question: is it practical to weave mindfulness training into the already packed schedule of a surgical intern? Mindfulness, in the clinical sense, means nonjudgmental present-moment awareness — the deliberate practice of noticing what is happening right now, without judging it or letting the mind drift to the next task. Decades of research have linked the practice to improved cognitive control, reduced stress reactivity, and better performance under pressure. Neuroimaging work cited by the authors, including a 2018 study in NeuroImage, has shown that even short-term mindfulness training can dampen amygdala reactivity to emotional stimuli, a change that could matter enormously in an operating room where a racing heart and a spiraling mind can compromise fine motor control.

The intervention itself was elegantly minimal. During orientation, all incoming interns at the tertiary academic medical center were offered two things. First, guided meditations were embedded directly into surgical skills training as a warm-up activity: before formal skills testing in July and before simulation sessions throughout the year, participants listened to recordings focused on present-moment awareness while handling the simulation materials in front of them. Second, interns were given access to the Healthy Minds Program, a meditation-based smartphone app, for self-guided practice on their own time. Interns who chose not to participate simply used their warm-up time however they wished, creating a natural comparison within the cohort. The researchers then collected data on prior meditation experience, app usage, and open-ended participant feedback, which they analyzed using qualitative content analysis.

The uptake numbers are the study’s most striking finding. Of the 21 interns in the cohort, 20 — 95 percent — participated in the guided meditation warm-ups, and 13, or 65 percent, used the Healthy Minds app outside of scheduled sessions. Fourteen interns, about two-thirds of the group, provided qualitative feedback, and every single one of them reported a perceived benefit. In a profession notorious for long hours, sleep deprivation, and a culture that has historically treated stress as something to be endured silently rather than addressed, that kind of voluntary engagement is remarkable. It suggests that the resistance often assumed to exist among surgical trainees may be more myth than reality when the practice is framed not as therapy but as performance training.

What exactly did the interns say they gained? The most commonly reported benefit, cited by 71 percent of those giving feedback, was a calming or grounding effect — a sense of being settled and present before picking up instruments. Another 29 percent reported improved focus during skills performance, describing an ability to stay locked on the task at hand rather than splitting attention between the simulator and the mental noise of a new job. The challenges were equally informative. The most frequently reported difficulty, named by 36 percent of respondents, was mind-wandering driven by work stressors: the pager that might go off, the patient list waiting to be seen, the sheer cognitive load of the first year of surgical residency. In other words, the very conditions the training is meant to buffer were also the conditions that made the training hardest to sustain.

That tension is precisely why the authors frame their work as a feasibility study rather than an efficacy trial. The goal was not to prove that meditation makes better surgeons — earlier research has already pointed in that direction. A 2019 randomized clinical trial known as the Mindful Surgeon study, published in JAMA Network Open, found that mindfulness-based cognitive training improved several dimensions of surgical performance and well-being. A 2023 simulation-based randomized controlled trial in Arthroscopy showed that meditation delivered through a mobile app measurably improved surgery trainee performance on simulated tasks. And a 2021 pilot study in the Journal of Surgical Education tested an abbreviated mindfulness intervention specifically in the operating room. What remained unclear was whether such practices could be folded into the routine machinery of a real residency program, at scale, without adding burden or breeding resentment.

The answer, according to this study, is yes — with caveats. The integration required no new facilities, no additional faculty time beyond coordination with simulation staff, and no significant cost, since the Healthy Minds Program app was provided by its developers. The warm-up format solved one of the most persistent barriers to wellness interventions in medicine: scheduling. Rather than asking exhausted interns to add another obligation to their day, the program replaced dead time that already existed in the simulation curriculum. Interns who did not want to meditate were never forced to, which likely explains the near-universal participation; the practice was offered as a tool, not a prescription. The authors conclude that integrating guided meditation into surgical simulation training was feasible, highly acceptable, and well received, and they argue that the findings support standardized implementation of mindfulness-based interventions in surgical education.

The stakes extend well beyond knot-tying scores. Burnout among surgeons is a documented patient-safety problem: landmark studies in the Annals of Surgery and JAMA have linked surgeon burnout and resident fatigue and distress to self-reported medical errors. If a five-minute guided meditation before a simulation session can lower stress reactivity and sharpen attention, the same mechanism could, in principle, protect patients as well as trainees. Related work in primary care physicians has shown that mindfulness training improves perceived stress, self-compassion, and self-reflection, and a 2025 study in the American Journal of Surgery reported on the effects of mindfulness-focused mental performance coaching across an entire general surgery residency program. The field is steadily accumulating evidence that the mind is a surgical instrument worth training as rigorously as the hands.

Still, the study’s limitations are worth stating plainly. It was a single-center feasibility study with 21 participants, no control group, and outcomes measured by self-reported feedback rather than objective performance metrics. The 67 percent feedback rate, while respectable, means a third of the cohort’s experience went unrecorded, and interns who found the practice unhelpful may have been less inclined to respond. Prior meditation experience varied across the cohort, and the authors did not report whether baseline familiarity shaped the results. Whether the calming effects translate into measurably better simulated surgical performance, fewer errors in the operating room, or lower burnout rates over five years of training will require the randomized, controlled, multi-institution trials that the authors’ conclusions implicitly invite.

Even so, the cultural signal of this study may prove as important as its data. A department of surgery at a major academic medical center has formally embedded meditation into its skills curriculum and published the results in the journal of the Association for Surgical Education — a sign that mental training is migrating from the wellness periphery to the core of surgical pedagogy, alongside sport psychology techniques already tested in comprehensive mental skills curricula for surgeons. For the next generation of interns, the pre-simulation warm-up may look less like a stretch and more like a sit: eyes closed, breath steady, attention gathered on the present moment before the first suture. If the Wisconsin team’s follow-up work confirms what this pilot hints at, the most important tool a young surgeon learns to control may be the one inside their own skull.

Subject of Research: Integrating mindfulness and meditation training into surgical skills simulation for surgical interns

Article Title: Integrating mindfulness training into surgical skills simulation for surgical interns: a feasibility study

Article References: Helbing, A., Huston, E., DiMusto, P., Chiu, A., Elfenbein, D., & Tan, S. (2026). Integrating mindfulness training into surgical skills simulation for surgical interns: a feasibility study. Global Surgical Education – Journal of the Association for Surgical Education, 5(1), Article 151. https://doi.org/10.1007/s44186-026-00558-8

Image Credits: AI Generated

DOI: 10.1007/s44186-026-00558-8

Keywords: mindfulness, surgical education, simulation training, meditation, surgical interns, stress regulation, Healthy Minds Program, residency training, burnout, cognitive performance, feasibility study, medical education