Taisuke Tanaka
Papers
6
Total Citations
44
H-Index
4
About
Taisuke Tanaka is a pioneering researcher in microrobotics and MEMS (Micro Electro Mechanical Systems) technology, with a focused expertise in the design, fabrication, and intelligent control of insect-inspired walking microrobots. His work sits at the compelling intersection of microfabrication, neural network hardware, and biomimetic locomotion, addressing one of robotics' most ambitious challenges: creating fully integrated, millimeter-scale autonomous robots. Tanaka's most significant contributions center on developing hexapod and multi-legged MEMS microrobots driven by shape memory alloy actuators and governed by hardware artificial neural network ICs — a sophisticated approach that replicates biological nervous system functionality in compact circuitry. His most cited work (2018, 16 citations) demonstrated neural network IC-controlled multi-legged walking robots with independent leg mechanisms, a notable step toward truly autonomous microrobots. He has further advanced electrostatic inchworm motors and heterogeneous integration strategies, pushing toward the ideal of self-contained robotic systems embedding actuators, sensors, power, and control in a single platform. Through consistent exploration of gait pattern generation and thermal management of SMA-driven systems, Tanaka has built a coherent and impactful research program that offers meaningful pathways for future medical, industrial, and exploratory microrobot applications.
Research Focus
Key Achievements
Top Papers
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