Takumi Saeki

National Institute of Technology, Toyama College, Toyama College

Papers

Total Citations

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About

Takumi Saeki is a robotics researcher focused on advancing the design and control of robotic hands, with a particular emphasis on bio-inspired mechanisms and practical manipulation. His work centers on developing foldable robotic hands that mimic human hand movements, enabling versatile object handling while maintaining mechanical simplicity. Saeki’s major contributions include the creation of a six-degree-of-freedom robot hand with a foldable planar mechanism, which uses two plates as fingers to imitate human hand shapes for manipulating various objects. He has also explored transforming these hands into scissor-like configurations for pinching tasks, and developed pseudo-curved trajectory generation for retrieving objects like file binders from bookshelves—all without relying on high-cost sensors, significantly reducing robot manufacturing expenses. Despite being early in his career, his papers have each garnered 2 citations, laying a foundation for future impact in assistive robotics. Saeki’s work is notable for its focus on cost-effective, human-inspired solutions that bridge the gap between complex robotic systems and practical, everyday applications, making him a promising researcher in the field of robotic manipulation.