Fernando Mier Hicks

Papers

Total Citations

182

H-Index

About

Fernando Mier Hicks is a roboticist whose work sits at the intersection of mechanical design, actuation, and grasping. His primary research focuses on developing highly efficient, underactuated robotic grippers that achieve versatile, dexterous grasps with minimal complexity. His most influential contribution, the "Velo gripper," is a tendon-driven, single-actuator design capable of performing enveloping, parallel, and fingertip grasps. This innovation, detailed in his 2014 paper (139 citations), demonstrates how a two-fingered, two-link mechanism can adapt its grip to different object shapes and tasks using only one active tendon. His earlier, foundational work from 2013 (43 citations) established the kinetic and dimensional optimization principles behind such grippers, showing how to maintain parallel distal links during unobstructed closing. By proving that sophisticated grasping behaviors do not require complex, multi-actuator systems, Hicks has made a significant impact on the design of simpler, more robust, and cost-effective robotic hands. His research is particularly influential in the fields of industrial automation, prosthetics, and educational robotics, where reliability and simplicity are paramount.