robot
Biomimetics Laboratry
We conduct research on the development of fabrication methodologies that integrate diverse materials -hydrogels, DNA, and motor proteins - across multiple scales, based on microo and nanoofabrication technologies (e.g., MEMS). We aim to establish new manufacturing approaches and explore novel systems for driving innovation through bioohybrid mechanical systems.

College of Engineering Mechanical Engineering Advanced Mechanical Engineering
- Faculty Name
- YOSHIDA, Koki
- Keyword
- Micro/Nano Engineering,Soft/Micro Robotics,Biomimetics,DNA nanotechnology,Microfluidic device,3D printing
STUDY FIELDS
- Micro
- Nano Engineering
- Soft
- Micro Robotics
- DNA nanotechnology
- Biomimetics
- 3D printing
FOR SOCIETY
Driving Innovation through Bio-Hybrid Mechanical Systems.
RESEARCH THEMES
- Fabrication of ATP-driven DNA aptamer gel actuator
- 3D printed micro robot
- Marangoni-propulsion bio-mimetic robot
- Development of high-speed soft actuator for bio-mimetic robot