ARIA Opportunity Space: Smarter Robot Bodies

AI for Morphogenetic Robots

We are creating robots that can change their shape and structure like living organisms, using artificial intelligence to design both their bodies and brains. Our approach uses machine learning to study how animals like octopuses and flying snakes adapt their bodies, then applies these insights to generate robot designs that are tested in computer simulations before being built with advanced materials. We fabricate the most successful designs using 3D printing and smart materials at Bristol Robotics Laboratory, creating robots that can squeeze through tight spaces, grasp objects, and adapt to changing environments. This research overcomes the limitations of conventional rigid robots, enabling new applications in areas like infrastructure inspection, disaster response, and medical devices where adaptability is essential.
Jonathan Rossiter's Lab
University of Bristol
,
Bristol
Lab advisor
Jonathan Rossiter
Professor of Robotics, Bristol Robotics Laboratory
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Jonathan Rossiter is the head of the Soft Robotics group at Bristol Robotics Laboratory, exploring smart materials and artificial muscles, smart mechanisms and structures, autonomous soft robots, smart skins and tactile interaction devices.
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