Neville Hogan

Neville Hogan is an Associate Professor in the Department of Mechanical Engineering at the Massachusetts Institute of Technology. His research interests include controlling physical interaction between humans, robots, and tools, human biomechanics, and dexterous control of movement. He is also involved in studies on agile dynamic locomotion in humans and robots. Hogan's work has contributed to the development of robotic systems for rehabilitation and human-robot interaction. His research has been featured in various publications and projects, including the design of 3-D-printed mesh materials for ankle and knee braces. He is affiliated with the MIT International Design Center and the MIT Edgerton Center.

Neville Hogan is a professor at the Massachusetts Institute of Technology, specializing in Robotics, Motor Neuroscience, and Human-Robot Interaction. His research focuses on the development of robotic systems for neurorehabilitation, emphasizing the integration of biomechanics and control theory. Hogan's work explores how impedance control can be applied to robotic manipulation and human movement, with applications in stroke recovery and motor learning. His publications highlight the role of neural, mechanical, and geometric factors in arm posture and movement control, as well as the design of robot-assisted therapy systems to enhance motor recovery. His research bridges robotics and neuroscience to improve rehabilitation outcomes through adaptive and robust control strategies.