Max Robotics — Global Service Robot Directory + US Certification

About

Vanessa Sanchez is a pioneering researcher at the intersection of soft robotics, wearable technology, and smart textiles, whose work has fundamentally advanced how robots can be seamlessly integrated into everyday garments. Her research focuses on developing flexible, body-conforming systems for human motion tracking, assistive robotics, and autonomous wearable devices. Sanchez's landmark 2017 paper on silicone-textile capacitive strain sensors, which has accumulated nearly 400 citations, established scalable manufacturing methods for stretchable sensors applicable to exoskeletons and soft robotics. Her influential work on textile technology for wearable robots (288 citations) and 3D knitting for pneumatic soft robotics has expanded the material toolkit available to roboticists, emphasizing textiles' unique advantages of flexibility, breathability, and comfort. Beyond sensing and actuation, Sanchez has made significant contributions to control architecture, demonstrating electronics-free locomotion through pneumatic ring oscillators and logic-enabled textile systems that bring computational capability directly into fabric. Her 2022 energy harvesting system represents a compelling step toward self-powered wearable robotics. Collaborating closely with Harvard's Conor Walsh and Robert Wood, Sanchez has helped define the trajectory of an entire subfield, earning over 1,400 cumulative citations across her career.