Qianqian Han

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About

Qianqian Han is a rising leader in soft robotics, whose work bridges materials science and mechanical design to create more adaptable, human-safe robotic systems. Her research centers on soft pneumatic actuators, bioinspired design, and advanced fabrication techniques—particularly the integration of kirigami principles with 3D printing. In her highly cited 2023 paper, "Kirigami-Inspired 3D Printable Soft Pneumatic Actuators with Multiple Deformation Modes for Soft Robotic Applications," Han introduced a novel approach that combines the ancient art of paper cutting with modern additive manufacturing. This work enables soft actuators to achieve multiple, programmable deformation modes—bending, twisting, and extending—from a single, monolithic structure. By eliminating the need for complex assembly or multiple materials, her design significantly simplifies fabrication while expanding the range of motion available to soft robots. With 35 citations in just over a year, this paper has quickly become a touchstone for researchers seeking to enhance the dexterity and versatility of soft robotic grippers, wearable devices, and medical tools. Han’s contributions are helping to move soft robotics from laboratory curiosities toward practical, real-world applications in healthcare, manufacturing, and human-robot interaction.