Maxime ROS

Maxime ROS is a pediatric neurosurgeon and innovator in medical education, affiliated with Toulouse University, France. He integrates clinical expertise with advanced research in virtual and extended reality technologies to transform surgical and procedural training. His work emphasizes immersive, first-person point-of-view (FPV) virtual reality applications for healthcare professionals.

Research Interests:

• Virtual and Augmented Reality in Medical Education
• Immersive Surgical Training
• Biomechanics and Microsurgery
• First-Person View (FPV) Simulations
• Digital Health Innovation
• Pediatric Neurosurgical Techniques

His research leverages immersive VR to enhance skill acquisition, procedural mastery, and knowledge transfer across medical disciplines, including neuroscience, dentistry, and emergency response. Recent work explores scalable educational models for public health crises using portable VR tutorials.

Publication Trends: His publications since 2017 focus on the pedagogical effectiveness of 180° stereoscopic VR, FPV simulations, and immersive tutorials in teaching complex medical procedures. These works span neuroscience, dental education, lumbar puncture, and pandemic response, demonstrating a consistent theme of using immersive technology to improve clinical training outcomes.

Scientific Contributions:

• Founder of Revinax®, a VR-based educational technology company
• Editorial contributions to Frontiers journals
• Active research in immersive medical education

Advising and Grants: While no formal advisees or grant funding are listed, his collaborative research and leadership in educational innovation suggest active mentorship and potential grant-supported projects. He frequently collaborates with experts like Lorenz S. Neuwirth on VR-based pedagogical models.

Labs and Teams: Maxime ROS leads Revinax®, an innovative team developing VR solutions for healthcare training. His network includes academic and clinical collaborators focused on advancing immersive learning in medicine.