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About

Bojian Zhang is an innovative researcher at the cutting edge of soft robotics, smart materials, and mechanical metamaterials. His work is driven by a fundamental fascination with biological systems — particularly how organisms like the octopus achieve remarkable multifunctionality through elegant structural design — and a determination to replicate these capabilities in engineered systems. Zhang's most celebrated contribution, "Scale-inspired programmable robotic structures with concurrent shape morphing and stiffness variation" (2024, 58 citations), demonstrates his ability to translate biological principles into practical robotic architectures that simultaneously morph in shape and modulate stiffness — a capability previously requiring separate mechanical modules. His 2022 work on self-sensing robotic structures from architectured particle assemblies (32 citations) further pushed the boundary by integrating actuation, stiffness tuning, and sensing into unified systems, eliminating the need for embedded external sensors. More recently, Zhang has explored auxetic metamaterials, developing both 3D tunable multistable structures (19 citations) and bistable auxetic building blocks for assembling multistable soft robots (10 citations), addressing persistent challenges of shape retention and load capacity. Collectively, his research is shaping the next generation of intelligent, bioinspired robotic systems with broad scientific and industrial implications.