Neuroengineering at Rice University: Neurotechnologies that aim to improve brain research and restore brain function
Rice University is nationally recognized as a leader in neuroengineering research. Founded in 2018, the NEI addresses the complexities of brain health research through cross-disciplinary collaboration by bioengineers, mechanical engineers, material scientists, and electrical and computer engineers, with clinicians to build next-generation technologies that restore, enhance, and protect brain function.
Focus Areas:
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Neurodegenerative Diseases – Engineers at Rice collaborate with neuroscientists and clinicians to design nanoscale imaging tools, neural prosthetics, and targeted drug delivery systems for conditions such as Alzheimer’s and Parkinson’s disease. These solutions aim to restore lost neural communication, reduce inflammation, and extend healthy brain function.
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Neurodevelopmental Conditions – Through advanced modeling and machine learning, Rice researchers study neural connectivity and sensory processing differences in autism and other neurodivergent populations. The goal is to build personalized assistive technologies, wearable sensors, and educational tools that support cognitive growth and social engagement.
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Depression & Mental Illness – Neuroengineering research at Rice explores how electrical and magnetic stimulation, biofeedback, and brain-monitoring technologies can alleviate depression and anxiety. By integrating biosignals with AI, we’re creating systems that predict mood changes and support individualized mental health care.