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About

Zening Lin is a leading researcher at the intersection of bio-inspired robotics and advanced biomaterials, with a focus on developing miniaturized, intelligent systems for medical and human-machine integration. Their most impactful work includes the highly cited review "The emerging technology of biohybrid micro-robots: a review" (93 citations), which has become a foundational resource for researchers exploring the integration of living biological components with synthetic actuators. Lin’s major contributions span the design of novel bio-inspired actuators for biomimetic robots and the kinematic optimization of centrally driven humanoid robotic arms, addressing critical challenges in response speed and inertia for wearable and prosthetic technologies. Notably, their recent work on a multifunctional alginate–gelatin–fibrinogen hydrogel demonstrates pioneering advances in 3D bioprinting for muscle tissue reconfiguration, opening new pathways for regenerative medicine. With a growing citation impact and a portfolio that bridges fundamental materials science and applied robotics, Lin is shaping the future of biohybrid systems—where engineered tissues meet robotic precision—offering transformative potential for medical rehabilitation, prosthetics, and human augmentation.