Nupur Udipi

Papers

Total Citations

388

H-Index

About

Nupur Udipi is a leading researcher in soft robotics and bioinspired engineering, with a focus on creating highly deformable, multifunctional robotic systems. Her most notable contribution is the development of a stretchable origami robotic arm, inspired by the embodied intelligence of octopus arms, which achieved 388 citations since 2021. This work introduced magnetically controlled Kresling-patterned structures capable of multimodal deformations—including stretching, folding, omnidirectional bending, and twisting—enabling unprecedented motion integration in a single, soft actuator. Udipi’s research bridges origami engineering, magnetic actuation, and biomimicry, advancing the design of flexible robots for applications in minimally invasive surgery, exploration, and adaptive manipulation. Her highly cited paper reflects a significant impact on the field, demonstrating how geometric folding principles can replicate the complex, fluid movements of biological organisms. Through her innovative approach, Udipi has opened new pathways for creating robots that are not only stretchable and compact but also capable of intricate, lifelike behaviors, marking her as a rising figure in next-generation soft robotics.