Simulation, virtual reality (VR), and AI have transformed medical education, helping physicians build clinical skills, personalize learning, and prepare for complex care environments.

Medical education is evolving alongside the digital transformation of healthcare. As clinical practice has changed, the methods used to acquire, apply, and maintain medical knowledge have also changed.

Clinical simulations, VR, and digital learning platforms are becoming increasingly integrated into medical training programs. These tools allow learners to repeat procedures, refine technical skills, and practice clinical decision-making in controlled environments without placing patients at risk. In many respects, they serve as a bridge between theoretical education and real-world clinical practice.

Simulation Learning

Simulation-based learning is increasingly being incorporated into medical education across a wide range of specialties. A meta-analysis published in BMC Medical Education in 2024 found that simulation-based training significantly improved knowledge acquisition, practical skills, learner satisfaction, and engagement compared with traditional teaching methods.

Simulation-based education has also demonstrated effectiveness across diverse healthcare settings, including low- and middle-income countries, where meaningful improvements in educational outcomes have been achieved, even with relatively simple technologies.

Against this backdrop, the digitalization of medical education is creating opportunities for innovative learning approaches, ranging from VR platforms to AI-driven applications designed to support medical training.

Changing Practice

In an interview with El Médico Interactivo, a Medscape Network platform, María del Castillo, the chief executive officer of FARO Educación, discussed how digital technologies are reshaping medical education.

According to del Castillo, medical emergencies and diseases have not fundamentally changed, but the pace of medical innovation has accelerated dramatically.

“Healthcare professionals are constantly confronted with new research that reshapes treatment protocols, as well as technological advances that allow them to manage clinical conditions more effectively, efficiently, and with less invasiveness for patients,” she said.

This transformation is particularly evident in the training of new physicians.

“As digital natives, younger physicians often demonstrate a natural familiarity with new platforms, interactive learning methods, and advanced educational technologies,” del Castillo said.

However, she emphasized that the shift extends far beyond the younger generations.

“For practicing physicians, continuous learning and the acquisition of new knowledge have become integral parts of professional life,” she said.

Emerging Tools

Among the technologies that have reshaped medical education, AI has attracted particular attention in recent years.

“It is acting as a catalyst for personalized learning,” del Castillo said. “AI can provide ongoing support that adapts to the pace, progress, and needs of each learner.”

VR is another area that is experiencing rapid growth.

In collaboration with the Spanish Society of Emergency and Urgent Medicine, FARO Educación has developed VR training experiences focused on critical clinical scenarios, including management of major trauma, stroke emergencies, acute asthma exacerbations, and cardiopulmonary resuscitation.

“The greatest advantage of this technology is that it allows healthcare professionals to practice highly complex or infrequently encountered situations in which rapid and effective action is essential,” del Castillo said.

Future Direction

According to del Castillo, VR holds considerable promise in both the short and medium terms.

“It offers complete immersion in simulated high-risk environments, allowing professionals to make mistakes, learn from them, and repeat scenarios as often as necessary,” she said.

Looking ahead, she expects healthcare education to be shaped by the convergence of multiple technologies.

“We are likely to see greater integration of tools such as mixed reality, which combines virtual elements with real-world environments, as well as the use of big data to analyze learner performance in real time and tailor educational pathways more effectively,” del Castillo said.

Clinical simulation, VR, and digital learning platforms have transformed many educational institutions. The next stage, she said, would extend beyond recreating the clinical scenarios.

“The goal will be to better understand how each professional learns, identify areas that require additional development, and provide more personalized support before they enter clinical practice,” she said.

Personalized Learning

As digital technologies continue to evolve, medical education is increasingly shifting from a standardized model toward a more individualized approach. Emerging tools not only allow learners to practice clinical skills in realistic environments but also make it possible to adapt training to each learner’s strengths, weaknesses, and pace of progress.

For educators, the challenge is to integrate these technologies effectively while maintaining clinical judgment, communication skills, and human interactions that remain central to medical practice.

Del Castillo reported serving as chief executive officer of FARO Educación.

This article was translated from El Médico Interactivo on Univadis.