Kristan Hilby
Papers
1
Total Citations
3
H-Index
1
About
Dr. Kristan Hilby is pioneering the field of origami-inspired soft robotics, focusing on the design and analysis of reconfigurable, large-elongation robot modules. Her most notable contribution, detailed in her 2022 paper "Design and Analysis of Origami-Inspired, Large-Elongation, Reconfigurable Soft Robot Modules," introduces a Yoshimura origami-based soft robot capable of achieving extraordinary elongations up to 800% before fracture. This breakthrough enables the modules to be reconfigured between serial and parallel attachments, allowing a robot collective to perform diverse motions, including linear and curvilinear trajectories. While her work is still emerging, with 3 citations to date, its innovative approach to reconfigurability and extreme elongation positions her as a rising leader in soft robotics. Dr. Hilby's research holds promise for applications in search-and-rescue, medical devices, and adaptive structures, where highly deformable and reconfigurable systems are critical. Her achievements highlight a novel intersection of origami engineering and soft robotics, offering a foundation for future scalable, multifunctional robotic collectives.
Research Focus
Key Achievements
Top Papers
- 1