The Results
Students reported increased engagement, focus and an uptick in interest overall in the field of Health Informatics, digital health and CHIP.
We transformed slice data taken from a cadaver and turned it into an interactive VR learning tool for UNC Chapel Hill’s Health Informatics program.
We transformed slice data taken from a cadaver and turned it into an interactive VR learning tool for UNC Chapel Hill’s Health Informatics program.
WATCH PROJECT VIDEOVR in Medical Environment
Professional Application of Oculus Go
Example of Immersive Volumetric Data Sets
UNC came to BLDG25 with a wealth of detailed anatomical cadaver imagery wanting to create a more meaningful learning tool that would resonate with students and impact healthcare outcomes. Budgets were limited.
Using volumetric data sets from the National Library of Medicine's Visible Human Project, we developed a VR prototype utilizing Oculus Go. To get to the simplicity and elegance of this solution, developers overcame significant technical challenges in both rendering speeds and capacity as well as the CPU and GPU performance limits inherent to consumer market mobile VR headsets.
Students reported increased engagement, focus and an uptick in interest overall in the field of Health Informatics, digital health and CHIP.