The University of Utah’s graduate track in neuroengineering is a varied research program that covers key areas such as implanted electrode design, neuromodulation, neuroregeneration, neural signal analysis, neuroprostheses, and neurorehabilitation. The field of neuroengineering has expanded tremendously in the last few decades, and now also includes diverse topics such as deep brain stimulation, visual and motor neuroprostheses, bioelectric treatments for pain, artificial memory, bioinspired artificial intelligence, noninvasive neuroimaging and neuromodulation, neural-tissue regeneration, and neuroethics. Neurotechnology is now rapidly entering the commercial market with novel medical applications offering treatments for a variety of neurological impairments and direct-to-consumer products in the areas of augmented and virtual reality offering enhanced human-computer interactions.