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About

Jianzhe Gu is a researcher at the forefront of human-computer interaction (HCI) and programmable materials, whose work bridges low-cost fabrication with sophisticated shape-changing systems. His most impactful contribution, the "Printed Paper Actuator" (2018, 108 citations), introduced a revolutionary approach to actuation by printing conductive Polylactide (PLA) onto ordinary copy paper using a desktop 3D printer. This method combines bilayer bending, Joule heating, and resistive sensing into a single, reversible, and electrically controlled actuator—democratizing access to smart materials for the HCI community. Building on this foundation, Gu explored structural intelligence with "PneuMesh: Pneumatic-driven Truss-based Shape Changing System" (2022, 24 citations), which reimagines static truss structures as dynamic, reconfigurable frameworks. By integrating rotatable joints and pneumatic actuation, PneuMesh achieves high degrees of freedom while maintaining structural stability, offering a scalable platform for architectural and robotic applications. His ongoing work on optimizing actuator networks in variable geometry truss systems (2025) further demonstrates his commitment to computational design, using genetic algorithms to achieve precise morphological control. Gu’s research is distinguished by its accessibility—turning everyday materials into programmable matter—and its vision of adaptive structures that respond intelligently to their environment.