In order to ensure safety during construction and to assure quality and performance of buildings, I am conducting research on methods to predict and to evaluate deformation of ground and structures accurately.
Also, to reduce cost, period, and environmental load of re-building, I am researching survey or evaluation methods of existing piles and foundation design reusing them.
In case of disasters such as earthquakes or heavy rains, I quickly survey on site, analyse the cause of damage, and utilise the results for subsequent disaster prevention and mitigation.

By conducting experiential surveys and research with an emphasis on fieldwork in the living environment, we will conduct practical research in collaboration with industry, government, and academia for the revitalization of living environments that people can feel enriched by.
The following are some of the studies we have conducted so far.
Practice and verification of the “Two-stage renovation experiment of public rental housing (UR Freestyle House)” conducted jointly with the Urban Renaissance Agency.
Co-sponsoring the 3rd Renovation City Planning Conference @ Nagoya 2017 in collaboration with the Renovation City Planning Center, Inc.
Co-hosted “Hong Kong-Tokyo Collaboration Workshop,” an international exchange workshop in collaboration with the Hong Kong Polytechnic University

The way of manufacturing is undergoing major changes. One of the changes is co-creation. Development of a new manufacturing method beyond the gap between the creator and the user is a big challenge.
In my laboratory, I am studying a method to eliminate the barriers between creators and users as much as possible using Stress Index, Virtual Reality and so on. And we aim to construct a place where co-creation is possible.

The landscapes of traditional townscapes and villages are based on the natural conditions of the land, such as climate and topography, and are the tangible manifestations of social characteristics such as history and livelihoods, which have been inherited through traditional lifestyles and local traditions. In our laboratory, we are conducting research to clarify what kind of background has formed such a beautiful landscape, and what kind of elements it is composed of, fucusing on the characteristics of the traditional architecture of the region. We are also examining methods of heritage conservation that involve local residents in order to inherit these cultural heritages to future generations.

It is verified that about 80% of 6,400 victims by 1995 Hyogo-ken Nanbu earthquake are caused by collapse of a large number of wooden houses. So after that earthquake a very large number of researches on seismic design of wooden houses have been preformed. Our research group has worked on various experimental studies on timber structures, such as full scale existing houses, shear walls, frames, members, and also we often participate in damage survey in big earthquakes.

We are developing and verifying building methods and equipment technologies for the realization of comfortable and energy-saving construction. Analysis of meteorological data to utilize natural energy is also one of the important tasks.
We are conducting research toward zero energy architecture and the realization of cities.

Study and practice on design methods of architecture in the context of urban space, public space, strategic urban regeneration by micro-intervention.
The main emphasis of my laboratory is to grasp architecture in the context of urban space and social situation, and use this for the basis for constructing both a new design theory and practical architectural projects.

Aiming to achieve both comfort and energy efficiency, which are essential for future architecture, we are conducting research to realize safe and healthy living spaces. Specifically, we are working to improve the efficiency of “air-based floor heating and cooling systems,” which excel at heating and cooling large spaces. We are also advancing research on environmental control utilizing natural energy and energy-saving renovations of existing buildings. Furthermore, we are working to improve the temperature and humidity environment of homes and reduce the air conditioning load through the development of “functional building materials” with moisture absorption and release and heat storage properties. Through these practical approaches using the optimal combination of air conditioning equipment and building materials, we are promoting research aimed at creating sustainable and high-quality buildings and living environments.

Using 3D scanners and photogrammetry, I conduct research on spatial design, preservation and utilization of architectural works designed by Le Corbusier and Kiyonori Kikutake, as well as cultural heritage sites in the Islamic regions such as Jordan.
My research also focuses on understanding the current state of cultural heritage/architecture as “living heritage,” as well as methods for their preservation and utilization.
Additionally, I am conducting practice-based research on community planning/development in collaboration with local governments and researching on Italian cities and architecture, with a particular focus on Venice.