Keyur Joshi
Papers
2
Total Citations
10
H-Index
2
About
Keyur Joshi is a pioneering researcher in bio-inspired soft robotics, with a focus on replicating the remarkable propulsion mechanisms of jellyfish. His work bridges materials science and biomechanical modeling to create energy-efficient underwater vehicles. In his foundational 2013 study, Joshi developed an artificial mesoglea—a polyvinyl alcohol-ferritin hydrogel that closely mimics the mechanical and dielectric properties of *Aurelia aurita* jellyfish tissue, achieving comparable stiffness and water content. This material innovation, cited 6 times, laid the groundwork for soft, biocompatible actuators. Complementing this, his modeling of a bio-inspired jellyfish vehicle (4 citations) analyzed how millions of years of evolution have optimized jellyfish for energy-efficient swimming, translating these principles into a propulsion system for autonomous underwater vehicles. Together, these contributions demonstrate Joshi’s ability to integrate biomimetic design with practical engineering, offering a sustainable alternative to conventional marine propulsion. His work is particularly notable for its interdisciplinary approach, combining hydrogel synthesis with fluid dynamics to advance soft robotics.
Research Focus
Key Achievements
Top Papers
- 1<i>Aurelia aurita</i>Inspired Artificial Mesoglea6 citations · 2013
- 2