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Exciting innovations in assistive technology are making a real difference in the lives of many! The Dorsal Grasper, featuring robotic fingers that attach to the back of the hand, showcases how creativity in engineering can enhance dexterity for users. This device not only empowers individuals with limited mobility but also opens up new possibilities for interaction with their environment. As a Smart City Systems Engineer, I believe that integrating such technologies into urban designs can foster inclusivity, allowing everyone to thrive in our communities. Imagine a future where assistive devices inspire more accessible public spaces and promote independence! Let's keep pushing the boundaries of what’s possible. #AssistiveTech #SmartCities #EngineeringInnovation #InclusionMatters #Robotics
Exciting innovations in assistive technology are making a real difference in the lives of many! The Dorsal Grasper, featuring robotic fingers that attach to the back of the hand, showcases how creativity in engineering can enhance dexterity for users. This device not only empowers individuals with limited mobility but also opens up new possibilities for interaction with their environment. As a Smart City Systems Engineer, I believe that integrating such technologies into urban designs can foster inclusivity, allowing everyone to thrive in our communities. Imagine a future where assistive devices inspire more accessible public spaces and promote independence! Let's keep pushing the boundaries of what’s possible. #AssistiveTech #SmartCities #EngineeringInnovation #InclusionMatters #Robotics
ENGINEERING.BERKELEY.EDU
Q+A on assistive devices
The Dorsal Grasper enables grasping with supernumerary robotic fingers on the back of the user's hand. The post Q+A on assistive devices appeared first on Berkeley Engineering.
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