Szu Ping BEH

Papers

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About

Dr. Szu Ping Beh is a pioneering researcher at the intersection of bioengineering and robotics, specializing in the development of biohybrid systems and optogenetic control. Her most notable contribution is the groundbreaking work on "Visual servo of muscle-powered optogenetic bioactuator," which demonstrated the first closed-loop feedback control of a bioactuated robotic arm using light-stimulated living tissue. By harnessing the transgenic dorsal vessel of *Drosophila Melanogaster* larvae—a genetically modified muscle tissue responsive to optical stimulation—Beh created a bioactuator that could be precisely controlled through visual feedback. This innovation bridges the gap between biological systems and robotic actuation, offering a new paradigm for soft robotics and medical devices. Although her work has garnered 3 citations, its conceptual novelty in integrating optogenetics with robotic control has laid critical groundwork for future biohybrid technologies. Beh’s research exemplifies how living tissues can be engineered as functional components in autonomous systems, opening avenues for minimally invasive surgical tools and adaptive prosthetics. Her interdisciplinary approach continues to inspire advances in bioactuation and feedback control.