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About

Ziao Tian is a pioneering researcher in the field of small-scale and microscale robotics, with particular expertise in the design, fabrication, and locomotion of miniaturized robotic systems. His work spans submillimeter terrestrial robots, magnetically propelled soft microrobots, and stimuli-responsive nanomembranes, collectively pushing the boundaries of what is achievable at scales invisible to the naked eye. Tian's most celebrated contribution, "Submillimeter-scale multimaterial terrestrial robots" (2022), has garnered 136 citations and demonstrated that robots of extraordinary miniaturization can be constructed from diverse material classes, unlocking potential applications in minimally invasive surgery and biological cell manipulation. His 2021 work on magnetically propelled soft microrobots navigating constricted microchannels (35 citations) further established his command of untethered microrobot control in biologically relevant environments. Beyond locomotion strategies, Tian has advanced the understanding of inorganic stimuli-responsive nanomembranes as functional building blocks for actuators and miniaturized robotic systems. His most recent work (2025) tackles the particularly challenging problem of controllable terrestrial locomotion using nonreciprocal shape-morphing 3D nanomembranes. Together, his contributions form a coherent and impactful research program advancing microscale robotics toward real-world biomedical and photonic applications.