The introductory courses for my major subjects began in my third year as an undergraduate student. Among them, I am most interested in the course on soil mechanics. I was fascinated by theories that describe soil behavior using mathematical formulae as well as simple yet well-established experimental methods for elucidating soil characteristics. In my classes, the experiments were conducted in groups; however, I wished to perform those experiments all by myself. That wish was materialized in my fourth year—I was assigned to a geomechanics laboratory and was able to conduct basic experiments such as triaxial tests as well as state-of-the-art experiments using X-ray computed tomography.

I secured employment in the research institute of a major construction company after obtaining a master’s degree. I was participating in several projects related to monitoring systems using ICT for ground, buildings, and earthquake-resistant underground structures.

I investigated the mechanics of unsaturated soil and its application to the conservation of historical monuments via a doctoral program. Engaging in my own research as well as the opportunity to participate in discussions frequently with my professor have gradually improved my ability to plan and implement independent research. After obtaining my PhD, I secured a position as an assistant professor to continue my research. In that role, I experienced both difficulty and pleasure in guiding research investigations and teaching some experimental classes.

In April 2022, I was appointed as a faculty member at Tokyo Tech, where I had the opportunity to engage in research and education. I am excited to begin laboratory activities in this new space. I will keep abreast with current research in my field of study, improve my teaching skills, and endeavor new projects.

国際地盤工学会 ATC19　遺産地盤工学技術委員会 国内委員会, 委員長

Asian Regional Technical Committee 19　Geo-engineering for conservation of heritage monuments and historical sites, Chair

ISSMGE: TC301 Historic Sites, Corresponding Member