Wearable robotics takes a step forward in improving the lives of patients with hemiparesis
Read MoreResearchers use AI to finetune robotic prosthesis to improve manual dexterity by finding right balance between human and machine control.
Read MoreReview of scientific literature explores how artificial intelligence can best advance robotic deployment of needles inside the body.
Read MoreThe team from the U’s John and Marcia Price College of Engineering took third place at NASA’s Lunabotics Challenge.
Read MoreThe robotic prosthesis can better replicate the biomechanics of the human knee, ankle and toe, and potentially improve the quality-of-life for millions living with amputation.
Read MoreThe results reiterate that there is no single optimum shell shape.
Read MoreRobots, tempura-fried tarantulas and science: Unexpected things to associate with competitors on the popular TV show, but those are passions for U robotics professor Steve Mascaro and U alum and entomologist Eric Middleton.
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