The training of the next generation of healthcare professionals is moving into the metaverse this year. In 2026, the AR & VR in Healthcare Market is being defined by a massive shift toward immersive classrooms. Leading institutions like the Johnson and Johnson Institute have now fully adopted simulation-based training modules, where 80 percent of surgeons report a preference for virtual practice over traditional methods. These digital environments allow students to perform invasive surgeries on virtual patients an unlimited number of times, encountering rare and complex cases that they might never see during a standard clinical rotation.

Digital twin technology is a standout feature of medical training in 2026. Surgeons can now create a perfect virtual copy of a specific patient's heart or brain and practice a complex procedure on that exact model before ever making a real incision. This patient-specific rehearsal is significantly reducing complications and increasing surgeon confidence. Furthermore, live streaming of surgeries via 360-degree cameras allows student audiences from across the globe to participate in informed decision-making during a live operation, democratizing high-quality medical education regardless of geographic location.

By 2035, the services and training segment is expected to grow at a rate of over 20 percent. In 2026, the focus is on objective assessment. Unlike traditional feedback, which can be subjective, these systems provide hard data on a student's performance, tracking everything from hand tremors to the time-to-completion. This automated grading ensures that every graduate meets a high, standardized level of competency. As spatial computing hardware becomes more affordable, even smaller regional hospitals will be able to offer world-class surgical training, bridging the expertise gap in the global healthcare workforce.

• What is a digital twin in surgery? It is a highly accurate 3D virtual model of a real patient's specific organ, allowing a surgeon to practice the exact steps of a surgery on that specific person before the real operation.

• How does VR provide objective feedback to students? The system uses sensors to track every move a student makes, automatically flagging errors and grading them on precision, speed, and safety based on pre-set clinical standards.

Should "Surgical Residents" be "Required to Pass" a "Virtual Reality Exam" before they are allowed to "Operate on a Real Human"

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