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Jaeyoun Kim is a pioneering researcher in the field of microscale soft robotics, with a focus on developing innovative, bio-inspired actuators for delicate micro-object manipulation. His major contribution lies in the design and fabrication of elastomeric microtube-based pneumatic actuators, which enable microrobotic tentacles with unprecedented spiral bending capabilities. This work, detailed in his highly cited 2015 paper (151 citations), addresses the critical need for efficient, easy-to-fabricate micro-actuators in soft robotics. Kim’s research bridges the gap between microscale engineering and biological inspiration, offering safer, more adaptable tools for handling fragile components in medical and industrial applications. His achievements include advancing the fundamental understanding of shape-engineered elastomeric structures, which has influenced subsequent work in soft robotics and microactuation. With a citation count that underscores the impact of his innovations, Kim continues to shape the future of microscale robotics, making him a key figure for students and researchers interested in the intersection of materials science, mechanics, and robotic design.