Shaoxiong Hu

About

Shaoxiong Hu is a leading innovator in flexible electronics and self-powered sensing systems, with a focus on developing advanced tactile and environmental sensors for next-generation robotics and wearable technology. His research integrates thermoelectric materials, microstructured elastomers, and 3D integration strategies to create high-performance, low-power sensor arrays. Hu’s most cited work, a 2021 study on a self-powered temperature/pressure sensor combining a flexible Bi-Te thermoelectric film with a porous microconed elastomer, has garnered 66 citations for its breakthrough in energy-autonomous, dual-mode sensing. More recently, his 2024 paper on sub-millimeter scale 3D integration achieved a flexible tactile sensor array with ultrahigh density and ultralow crosstalk, a critical advancement for robotic electronic skin applications. This work, already cited 15 times, demonstrates his ability to push the boundaries of sensor miniaturization and scalability. Hu’s contributions are shaping the future of human-machine interfaces and intelligent robotics, offering practical solutions for high-resolution, durable, and self-sustaining sensing platforms.

Research Focus

Key Achievements

Top Papers

1. 1
   High-sensitivity self-powered temperature/pressure sensor based on flexible Bi-Te thermoelectric film and porous microconed elastomer

   66 citations · 2021
2. 2
   Sub-millimeter scale 3D integration strategy enables ultrahigh-density and ultralow-crosstalk flexible tactile sensor array for robotic e-skin application

   15 citations · 2024

Key Collaborators

Contact & Links