This area uses modeling and analysis to understand and control the nervous system, neural tissue can be viewed as a series of embedded mathematically describable systems and can be measured, manipulated, repaired or replaced to restore normal function.
Neural engineering is based on advances of neuroscience and microfabrication.
As advances in research continue at the juncture of neuroscience, tissue engineering, signal processing, and microfabrication, the unique field of Neural Engineering is rapidly evolving. The Department of Bioengineering at UIC, offers undergraduate students the opportunity to complete a Neural Engineering course track, preparing you for graduate studies, medical school, or industrial biotechnology. Computational and experimental models of artificial bioelectric interfaces are becoming vital to work in neural prosthetics, biosensors, and biological computing, e.g. the established cochlear implant and progress toward a silicon retina. As our ability to characterize and manipulate neural tissue increases, the subsequent rapid development of potential applications creates an urgent need to train students in this emerging area. Our goal is to enable students to meet this emerging demand as scientists and engineers.