National Survey of Spanish Gynecologic Surgeons Regarding the Clinical, Educational and Professional Impact of Robotic Surgery
A 2025 national survey of Spanish gynecologic surgeons reveals strong consensus on the clinical and ergonomic benefits of robotic surgery, while highlighting a critical educational paradox where anatomical teaching improves but resident operative exposure decreases, underscoring the urgent need for structured training curricula to address cost and access limitations.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
In the operating rooms of modern hospitals, a quiet revolution has been taking place over the last two decades. Surgeons have moved away from large incisions, where they must reach deep into the body with long, rigid tools, toward minimally invasive techniques that use tiny cuts and cameras. Among these methods, robotic surgery has emerged as a powerful tool. In this approach, a surgeon sits at a console, looking into a screen that shows a magnified, three-dimensional view of the inside of the patient. The surgeon's hand movements are translated by a computer into precise actions performed by mechanical arms holding the instruments. This system offers a steadier hand and greater flexibility than the human wrist can achieve alone, allowing for delicate work in tight spaces. While the technology promises better outcomes for patients and less physical strain for the doctors, it also raises a fundamental question about how new surgeons are taught. If the machine does the work, does the student still get to learn the craft?
To answer this, a team of researchers in Spain decided to listen directly to the surgeons who use these machines every day. They conducted a national survey of gynecologists—doctors who specialize in the female reproductive system—who are members of a professional group dedicated to robotic surgery. The goal was not just to see if the technology works, but to understand how these experienced doctors feel about its impact on patient recovery, the physical comfort of the surgeon, and, most critically, how it changes the training of the next generation of doctors. The researchers sent a detailed questionnaire to 120 registered members of this group in November 2025. They received responses from 82 surgeons, a strong majority that included an equal mix of men and women, representing hospitals across the country. These were not beginners; nearly half had been practicing with robots for more than five years, and many had performed over one hundred such surgeries.
The results painted a picture of a technology that is highly valued for its practical benefits but creates a complex dilemma for medical education. The surgeons were overwhelmingly positive about the physical experience of using the robot. Almost every respondent, 98.8 percent, agreed that the robotic console is much more comfortable than traditional laparoscopic surgery, where doctors often have to stand in awkward positions for hours. They reported that the machine allows for greater precision and control, which they believe leads to faster recovery times for patients. When asked about the emotional effect on patients, most surgeons felt that telling a patient they will have robotic surgery either calmed their fears or had no effect at all, with very few believing it caused anxiety. However, the surgeons noted a significant gap in how they measure these benefits: none of the hospitals represented in the survey currently use any standardized, objective tools to track how patients actually feel about their robotic surgery experiences.
The most striking finding of the study, however, concerns the training of young doctors. The researchers discovered a sharp contradiction in how the technology affects education. On one hand, the surgeons felt that the robot is an excellent tool for teaching anatomy. The clear, magnified view and the ability to pause or slow down the procedure allow trainees to see the body's structures in a way that is difficult to achieve with standard surgery. On the other hand, the same technology was seen as a barrier to learning how to actually perform the surgery. The design of the robotic system places the senior surgeon at a console, far away from the patient, while the trainee stands at the bedside with limited ability to touch the instruments or make decisions. The survey showed a strong consensus that this setup reduces the amount of time residents spend with their hands on the tools, and it does not help them learn the skills faster. In fact, the majority of respondents felt that the robot does not speed up the learning process and might even slow it down by keeping the student out of the direct action.
This creates a difficult situation for the future of the profession. The surgeons in the survey recognized that while the robot improves the immediate quality of care and protects the health of the operating surgeon, it risks leaving the next generation of doctors unprepared if the training system does not adapt. The study found that the main obstacles to using this technology more widely are not technical difficulties, but rather the high cost of the machines and the limited availability of operating rooms equipped for them. The researchers concluded that for robotic surgery to grow in a healthy and sustainable way, hospitals must invest in specific educational solutions. These include systems that allow a teacher and a student to sit at two consoles at the same time, and rigorous training programs that use computer simulations to build skills before a student ever touches a patient. The message from the Spanish surgeons is clear: the technology is ready, but the way we teach it needs to change to ensure that the skills of the past are not lost in the future.
Drowning in papers in your field?
Get daily digests of the most novel papers matching your research keywords — with technical summaries, in your language.