iPhone virtual reality training model for microsurgical practice
To design a microsurgical training tool using a smartphone lens set up capable of creating depth and high quality resolution comparable to a surgical microscope for training purposes.
Project Overview
This training model will make microsurgical training less expensive and more accessible to a wide range of users. It eliminates the need for an expensive surgical microscope by replacing it with a smartphone. The prototype will utilize the zoom functionality of the smartphone for the surgeon to clearly see sutures and tissues up close. By using a smartphone, it is also possible to stream the training to Zoom or a similar platform so training can occur virtually. The design will minimize lag time between the recording phone and projecting device for simultaneous view of both the trainee and observers, while increasing spatial awareness and depth perception via binocular live video.
Team Picture
Files
- Final Report (December 15, 2022)
- Final Notebook (December 15, 2022)
- Final Poster Presentation (December 9, 2022)
- Preliminary Report (October 12, 2022)
- Preliminary Notebook (October 12, 2022)
- Preliminary Presentation (October 7, 2022)
- PDS (September 23, 2022)
Contact Information
Team Members
- Samuel Neuman - Team Leader & Co-BWIG
- Alexander Vazquez - Communicator & BPAG
- Haochen Wang - BSAC & Co-BWIG
- Frida Albiter Benitez - Co-BWIG
Advisor and Client
- Prof. Walter Block - Advisor
- Dr. Ellen Shaffrey - Client
- Dr. Samuel Poore - Alternate Contact
Related Projects
- Spring 2023: iPhone virtual reality training model for microsurgical practice
- Fall 2022: iPhone virtual reality training model for microsurgical practice
- Spring 2022: iPhone virtual reality training model for microsurgical practice
- Fall 2021: iPhone virtual reality training model for microsurgical practice
- Spring 2021: iPhone virtual reality training model for microsurgical practice
- Fall 2020: iPhone virtual reality training model for microsurgical practice