Max Robotics — Global Service Robot Directory + US Certification

About

Yong-Bin Kim is a specialist in low-power VLSI circuit design and biomimetic robotics, with a research focus at the intersection of neuromorphic engineering and underwater robotic systems. His most significant contributions lie in the development of electronic central pattern generators (CPGs) — circuits that mimic the neural oscillatory patterns found in biological locomotion systems — designed to enable adaptive, energy-efficient control of biomimetic underwater robots. Kim's most cited work, a 2007 paper on low-power CMOS CPG design for underwater robots (48 citations), established foundational principles for translating biological neural architectures into silicon implementations. Building on this, he has explored hybrid control architectures that combine biomimetic design with computational approaches, as demonstrated in his collaborative work on controlling underwater robots with electronic nervous systems. His circuit designs, grounded in the Hindmarsh-Rose neuron model, have progressively advanced through technology nodes — from standard CMOS processes down to 65nm — addressing real-world challenges of power variation tolerance and fabrication constraints. With a cumulative citation record spanning robotics, neuromorphic circuits, and VLSI design, Kim's work offers a compelling pathway toward intelligent, biologically inspired autonomous systems, making his research particularly valuable for students exploring the frontier of neurorobotics and embedded systems.