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About

Jiangjiang Liu is a pioneering researcher at the intersection of flexible electronics and intelligent robotics, with key contributions in thin-film temperature sensors and autonomous motion planning under uncertainty. Her most impactful work involves developing flexible micro-three-dimensional temperature sensors using platinum and indium oxide thermocouples on polyimide substrates, achieving ultra-high sensitivity for low-temperature measurements—a breakthrough with 105 citations. By systematically studying deposition parameters like sputtering power and argon flow rate, she has advanced the fabrication of reliable, flexible sensing platforms for critical applications. In robotics, Liu tackles the challenge of planning in unknown environments through partially observable Markov decision processes (POMDPs), introducing information entropy rewards and composite bounds search to enable fast, high-efficiency online planning. Her dual focus on flexible sensor technology and intelligent decision-making demonstrates a unique ability to bridge hardware and software innovations. With over 180 combined citations, Liu’s work is shaping the future of wearable electronics and autonomous systems, offering practical solutions for real-world uncertainty.