- Weill Cornell Medicine-Qatar (WCM-Q) publishes a study showing virtual reality (VR) enhances pre-medical students’ understanding of complex biomedical concepts.
- VR-based learning, using the Nanome platform, allows students to explore hemoglobin structure interactively, improving engagement and comprehension.
- The project won first place at the METC 2025 Poster Presentation, and VR integration is expanding across WCM-Q’s pre-medical courses to support innovative, student-centered learning.
Weill Cornell Medicine-Qatar (WCM-Q) has made a significant stride in medical education with the publication of a new peer-reviewed study highlighting the role of virtual reality (VR) in enhancing learning outcomes for pre-medical students. The research, published in the respected international journal BMC Medical Education, explores how immersive VR can transform the understanding of complex biomedical concepts, particularly in early medical biochemistry courses.
Titled 'Immersive virtual reality for teaching hemoglobin structure in preclinical medical biochemistry education: a mixed-methods study of student self-reported perceptions', the study examines the use of VR technology to teach intricate three-dimensional structures such as hemoglobin. Dr Ali Chaari, assistant professor of biology at WCM-Q, led the initiative, embedding VR directly into the curriculum through a retrospective pre/post mixed-methods evaluation. The approach aimed to foster active learning and engagement while helping students grasp concepts that can be challenging to visualize through conventional teaching methods.
Using the Nanome platform on standalone VR headsets, students were able to explore hemoglobin’s quaternary structure, heme coordination, and conformational changes in a collaborative, immersive environment. Students consistently reported that this hands-on, interactive approach deepened their understanding and made learning both engaging and meaningful. By combining structured practice with immersive technology, the project reflects the latest research-backed strategies in effective medical education.
The innovative work has already received recognition beyond publication. At the Medical and Education Technology Conference (METC) 2025, hosted by WCM-Q in October, the project won first place in the Poster Presentation Award. First-year medical student Iman Dajani presented the work, highlighting its impact and innovation in health professions education.
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Dr. Chaari emphasized the broader significance of the project, saying, “The publication and METC recognition reflect our commitment to enhancing educational quality through research-driven innovation. Virtual reality is now an integral part of student learning, and we look forward to expanding its impact across the program”. He also noted the critical role of his colleague Christina Esteban in establishing and scaling the VR activities, ensuring they are seamlessly integrated into course delivery.
The project aligns with WCM-Q’s mission to combine high-quality education, research, and innovation to support healthcare development in Qatar and the region. Building on these results, VR-supported learning has already been incorporated into multiple courses, with plans to extend immersive technology to other foundational science subjects. Faculty members are also being encouraged to explore VR approaches in their teaching.
Dr. Marco Ameduri, associate professor of physics and senior associate dean for pre-medical education, highlighted the significance of carefully evaluating new technologies before broad implementation. “It is very pleasing to see that, in this case, VR technologies appear to provide an excellent teaching aid to facilitate WCM-Q pre-medical students’ mastery of complex subject matter”, he said.
The study underscores a growing trend in medical education toward combining technology with active, student-centered learning. By leveraging immersive virtual reality, WCM-Q is not only enriching the learning experience but also preparing future medical professionals to think critically, visualize complex biological systems, and engage with innovative tools that will shape the healthcare of tomorrow.
