Research

- Development of models, functional surfaces, and systems for the purpose of improving complex human problems inspired by nature

- Development of new glass transportation systems with the functional surfaces

- To improve the productivity of the functional surface based on the micro/nano structures, we have tried to develop the continuous fabrication systems

- Fabrication the functional actuator composed of the flexible materials

- Development of the tactile sensor based on the functional material which can change the color against the pressure or temperature

- Highly hydrophobic surfaces, i.e., extremely difficult to wet. Typically, the surfaces which have contact angles of a water droplet exceeding 150° are called the superhydrophobic surface.