Bio-Inspired Vision Technologies with Augmented Reality (AR)

Technical Connection: AR for Studying Retinal Prostheses and Vision Restoration

Animal vision is a remarkable natural system, serving as a model for engineers developing retinal prostheses—artificial implants designed to restore sight in individuals with photoreceptor cell damage. These biomedical devicesdirectly stimulate optic nerve cells, bypassing non-functional retinal areas to recreate visual perception.

With AR-driven medical training modules, students and researchers can:

• Manipulate AR models of retinal implants to explore their structural design and functionality.
• Simulate real-world applications of bionic vision systems, such as AR-powered prosthetic eye interfaces.
• Analyze optical nerve signal transmission through interactive AR overlays, mapping how visual data is converted into neural impulses.

By integrating AR into bionic eye research, students can engage in virtual testing environments that replicate clinical conditions, improving their understanding of vision restoration technologies (Anderson and Bischof, 2014).