Max Robotics — Global Service Robot Directory + US Certification

About

Hiroki Kobayashi is a multidisciplinary researcher whose work spans structural inspection technology, computational design, and soft robotics — fields united by a shared ambition to push the boundaries of automated and intelligent engineering systems. His early notable contribution involved developing a bridge inspection support system leveraging two-wheeled multicopters and 3D modeling technology, addressing the global challenge of aging civil infrastructure and earning 34 citations as the field sought scalable, safer inspection solutions. Kobayashi has since emerged as a leading voice in computational design for soft robotics and smart materials. His pioneering work on 4D topology optimization — integrating structural design with self-actuation for dynamic motion in soft bodies — has garnered 32 citations and represents a significant leap beyond traditional static structural optimization. Complementing this, his research on hollow liquid crystal elastomer fibers fabricated via coaxial spinning (also 32 citations) opens new avenues for multifunctional smart material composites. More recently, his computational frameworks for synthesizing locomotive soft robots and co-designing structures with feedback controllers signal a maturing research agenda at the intersection of robotics, materials science, and computational intelligence — positioning Kobayashi as an innovator shaping the next generation of autonomous soft systems.