The sensory substitution project aims to develop a device in the form of a fully integrated sensor system which allows the user to reprogram their sense of sight into tactile stimulus via neuroplasticity. This device has applications to not only the visually impaired but also those seeking biological augmentation through the incorporation of a wider-than-visible wavelength spectrum. Over the two years of this project, the members of this senior technical team will learn and develop their engineering and project management skills in the field of biomedical engineering.