Valentina Cauda

Papers

Total Citations

540

H-Index

About

Valentina Cauda is a materials scientist and engineer whose research sits at the intersection of smart materials, piezoelectric systems, and robotic sensing technologies. Her most celebrated contribution is a landmark 2014 review on flexible tactile sensing based on piezoresistive composites, which has garnered over 416 citations and established itself as a foundational reference for researchers developing artificial skin and tactile systems for robotics. This work, complemented by her 2013 study on piezoresistive flexible composites for robotic tactile applications — cited over 115 times — demonstrates her sustained expertise in engineering materials that mimic the sensory capabilities of human skin, enabling advances in robot hand and body integration. Cauda has also made significant contributions to nanoscale piezoelectric materials, notably developing polymeric piezo-nanowires using hard-templating methods within porous alumina structures, working with PVDF and its copolymers to create ferroelectric nanoarchitectures. Her broader research into hybrid piezoelectric materials further reflects her commitment to biomimetic design principles. Through this body of work, Cauda has meaningfully shaped how the robotics and materials science communities approach tactile sensing, flexible electronics, and the development of next-generation smart composite materials.