Max Robotics — Global Service Robot Directory + US Certification

About

Ho Cheung Shum is a pioneering researcher at the forefront of soft robotics, microfluidics, and stimuli-responsive materials, whose work bridges fundamental physics with cutting-edge engineering applications. His research has redefined how scientists think about aqueous systems, droplet manipulation, and ultrasoft robotic constructs. Shum's most celebrated contributions include the development of "Aquabots" — water-in-water soft robots fabricated through aqueous two-phase systems that achieve unprecedented deformability for navigating confined spaces — and the discovery that coacervate-encased droplets can be suspended from liquid surfaces via interfacial tension, opening new avenues in biomimetic design. His electret-induced droplet robotics system (2024) addresses longstanding challenges in micro-scale liquid actuation without compromising biochemical sample integrity, earning 27 citations within its first year. Beyond robotics, Shum has made significant advances in hydrogel-elastomer hybrid actuators capable of versatile biomimetic motion, and in structural color technologies inspired by biological camouflage systems. His pixelated photonic crystal actuators represent a notable achievement in wearable and adaptive smart materials. With citations accumulating rapidly across multiple disciplines — materials science, robotics, and bioengineering — Shum's work offers students a compelling model of interdisciplinary innovation at the microscale frontier.