2007-2008

Master's Research Project: An Interactive 3D Bronchoscopy Simulation for Pulmonary Medicine Residents: A Tool for Enhancing Anatomical Spatial Relationships

For my Master's Project, I researched current surgical learning tools and literature on spatial learning. I used findings to design and develop a novel learning tool based on video gaming heuristics to simulate interaction with laparascopic equipment. The purpose of this simulation was to train surgeons performing bronchoscopic examinations. I was responsible for the application design and programming.

Video:

Interestingly, the motor skills required to operate the bronchoscope could be simulated with the Nintendo Wiimote. The application was programmed in the Unity Game Engine, using the Wiimote as a controller. I completed all design, programming, and 3D modeling of an anatomically accurate bronchial tree.

This project was done in collaboration with the Perioperative Interactive Education (PIE) group, at Toronto General Hospital: http://pie.med.utoronto.ca

An article on this project was published as:

Predy, L and Dryer M. 2008. Virtual Bronchoscopy: Using Game Design Techniques and Technology to Create an Interactive 3D Teaching Tool. Journal of Biocommunication, 34:3, 34-36.