Nico Zevallos

Papers

Total Citations

127

H-Index

About

Nico Zevallos is a roboticist whose work bridges the gap between cutting-edge biorobotics and real-world humanitarian crisis response. His primary research focuses on snake robot design, control, and deployment, with a particular emphasis on torque control strategies and search-and-rescue applications. Zevallos made a landmark contribution to the field through his direct involvement in deploying a snake robot for urban search and rescue following the 2017 Mexico City earthquake. As part of the Carnegie Mellon University Biorobotics Laboratory, he traveled with the Mexican Red Cross to collapsed building sites, demonstrating the first known operational use of a snake robot in a major disaster scenario. This work, published in 2018, has garnered 97 citations and stands as a testament to the practical impact of field robotics. Earlier, his 2014 paper on torque control strategies for snake robots—with 30 citations—established foundational methods for achieving compliant motion, including curvature-based torque commands and hybrid angle-torque control. Zevallos’s achievements exemplify how rigorous control theory can translate into life-saving technology, inspiring a new generation of researchers to pursue robotics with tangible social value.