Sarah A. Bradner

Papers

Total Citations

H-Index

About

Sarah A. Bradner is a researcher at the intersection of bio-inspired robotics and materials science, with a primary focus on understanding how elongate fishes achieve remarkable flexibility and maneuverability in aquatic environments. Her most-cited work, "Prototype of a fish inspired swimming silk robot" (2018), demonstrates her pioneering approach to combining biological principles with advanced materials. In this study, she developed a soft robot that mimics the undulatory locomotion of elongated fish species, which have evolved elongated bodies and numerous vertebrae to thrive in diverse aquatic habitats—from shallow streams to the deep ocean. By using silk as a structural material, Bradner’s prototype showcases how bio-inspired design can lead to more adaptable and efficient underwater robots. Although her citation count is modest, her work represents a foundational step in integrating sustainable, biocompatible materials into robotic systems. Bradner’s research has implications for fields ranging from marine biology to soft robotics, offering insights into how nature’s solutions can inspire next-generation technologies for exploration and environmental monitoring.