Origami-Inspired Strain Sensors for Stretchable Soft Robotics - USC Viterbi

USC researchers have developed an innovative solution to measure the motion of soft components in robotics.

Computational design of ultra-robust strain sensors for soft robot perception and autonomy

Ellis Meng and Dong Song Awarded $6 Million to Develop Polymer Brain Devices for the Research Community - USC Viterbi

New Origami-Inspired Stretchable Strain Sensors

Mike Schoonover on LinkedIn: Unlocking the World of Robotics, Houston's Robotics Community

Matilda Bathurst on LinkedIn: Designing an Engine Ready for Hydrogen Combustion - USC Viterbi

Kunal Singh, PhD on LinkedIn: Figure Status Update - OpenAI Speech-to-Speech Reasoning

Origami-Inspired Strain Sensors for Stretchable Soft Robotics - USC Viterbi

Engineers Develop Multifunctional Flexible Robots Using MORPH System

Kunal Singh, PhD on LinkedIn: Transforming Soft Robotics: Laminar Jammers Unlocking Adaptive Stiffness…

Broke your shoe? What if it could repair itself? - USC Viterbi