Max Robotics — Global Service Robot Directory + US Certification

About

Kan Shoji is a pioneer at the intersection of biohybrid robotics and molecular engineering, best known for transforming living insects into self-powered, autonomous sensing platforms. His landmark work on the "biofuel cell backpacked insect" (84 citations) demonstrated the first-ever wireless environmental monitoring system powered by an insect’s own hemolymph—a breakthrough that merges biology with microelectronics for sustainable, untethered sensing. Shoji further advanced this concept with the "self-powered biohybrid robot" (24 citations), proving that living organisms can serve as mobile, energy-autonomous sensor carriers. At the molecular scale, he has made significant contributions to liposome-based molecular robots (28 citations), designing artificial cells that mimic microorganisms through bottom-up assembly of sensors, actuators, and control systems. His research on osmotic-engine-driven liposomes (15 citations) introduced a novel, fuel-free propulsion mechanism for microrobots in microfluidic channels, opening new avenues for targeted drug delivery and microsurgery. By bridging macro-scale insect robots with molecular-scale synthetic cells, Shoji’s work redefines the boundaries of robotics and bioengineering, offering elegant, energy-efficient solutions for environmental monitoring, biomedical applications, and beyond.