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About

Goro Obinata is a prominent robotics and systems engineering researcher whose work spans computer vision, assistive robotics, therapeutic applications, and sensory-motor control. His contributions have shaped how robots perceive, interact with, and support human users across diverse contexts, earning him over 340 citations across his most recognized publications. Obinata has made significant strides in robot-assisted therapy for children with autism, investigating how robot design features — including touch interaction and color feedback — can meaningfully improve therapeutic outcomes and social engagement. This work, reflected in multiple highly cited studies from 2012 and 2013, places him at the intersection of human-robot interaction and clinical application. His development of a wearable robotic system to assist carpentry workers demonstrates a practical commitment to occupational support and ergonomic engineering. In sensory systems, Obinata advanced tactile sensing technology, including vision-based grip force control and contact state estimation for dexterous robotic manipulation. His editorial contributions to *Vision Systems: Segmentation and Pattern Recognition* and *Vision Systems: Applications* (2007) further cemented his influence in computer vision research. His work on CPG-based neuromusculoskeletal walking models also highlights a sophisticated understanding of biologically inspired control systems, making him a versatile and impactful figure in modern robotics research.