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Neurotechnology involves the development of techniques to understand, repair, replace, enhance, or otherwise exploit the properties of neural systems and create novel neural interfaces. We apply AI and machine learning along with engineering principles to develop novel methods and technologies for neural interfacing and brain-machine interfaces, brain stimulation and neuromodulation, brain imaging, optical technology for imaging brain circuits, ultrasonic brain imaging and manipulation, neuroelectronics, and neurochemical sensors.

Our expertise in neurotechnology is matched and complemented by our robotics research, which covers basic and applied robotics, including mechatronics systems design and control, autonomous systems and artificial intelligence, microrobotics, medical and rehabilitation robotics, computer vision, human augmentation, and human and social robotics.

Our researchers are uniquely qualified to solve design problems at the interface of living neural tissue and non-living constructs, investigate and develop human and robotic systems, and address brain-related health challenges such as stroke, hearing disorder, traumatic brain injury and dementia.