Ki-Hoon Shin

University of Michigan–Ann Arbor, Korea Advanced Institute of Science and Technology

Papers

Total Citations

H-Index

About

Ki-Hoon Shin is a pioneering researcher whose work bridges the intersection of advanced manufacturing, robotics, and biomimetic design. His early contributions focused on the representation of heterogeneous objects—materials with spatially varying properties—during design, processing, and freeform fabrication. This foundational work, published in 2001 and garnering 22 citations, laid critical groundwork for multi-material additive manufacturing and functionally graded structures. Shin’s research later ventured into biologically inspired robotics, most notably with his 2006 study on an “Artificial Ear for Robots.” This innovative work addressed a longstanding challenge in robotics: enabling sound localization with only two microphones, mimicking the human auditory system’s ability to distinguish front-rear and above-below sound sources without relying on vision or multiple sensors. By demonstrating how robots can localize hidden sounds using binaural cues, Shin contributed to more autonomous and perceptive robotic systems. His interdisciplinary approach—combining design theory, fabrication technology, and sensory robotics—has influenced fields from medical implants to autonomous navigation. With a career spanning two decades, Shin’s research continues to inspire students and engineers seeking to integrate material science with intelligent machine perception.