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The Neuroengineering Track (previously known as Neural Interfaces) educates students in fundamental and practical neuroscience alongside neuroengineering. It aims to apply engineering methods for addressing neurological disorders while also exploring biological nervous system strategies that can enhance conventional engineering challenges. Faculty in Biomedical Engineering's Neuroengineering division investigate diverse topics such as electrical neural interfaces, neuroprosthetic devices, cellular and chemical delivery systems for neural tissue, neural regeneration engineering, neuroplasticity, sensory and motor system neural coding, brain imaging techniques, and alternative neural stimulation approaches (including focused ultrasound and magnetic stimulation). Participants in the Neuroengineering Track should possess a broad understanding of both theoretical and applied neuroscience principles.