Yuki Takishima

Papers

Total Citations

H-Index

About

Yuki Takishima is a pioneering researcher in soft robotics, with a primary focus on bio-inspired design and advanced fabrication techniques. Their work centers on the development of soft actuators and sensors using gel-based materials, aiming to create robots that can safely interact with delicate environments and living organisms. Takishima’s most significant contribution is the creation of a fully 3D-printed hydrogel actuator for a jellyfish-inspired soft robot (2021, 62 citations), a landmark achievement that demonstrates the feasibility of complex, entirely printed soft robotic systems. This work addresses critical needs in hazardous environment exploration, healthcare, and oceanography. As a key member of Yamagata University’s Soft-Matter Robotics Consortium (SOFUMO), Takishima has also advanced the field of gel piezoelectric sensors, integrating them into a complete jellyfish-like robot. While their earlier work on 3D printing for gel robotics (2018) has garnered fewer citations, it laid the foundational methodology for their later, more impactful research. Takishima’s innovative approach to combining 3D printing with soft, biocompatible materials positions them at the forefront of creating the next generation of adaptable, safe, and functional soft robots.