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702 labs · 51 student voices
Taichiro Okazaki, Professor
0 student voices
The Building Structural Engineering Lab studies building structures, seismic design, steel structures, and earthquake engineering. Targeting braced frames, which are steel frames with diagonal braces, and moment-resisting frames built from columns and beams, the lab conducts loading tests on large specimens and numerical analysis. Its research themes also include steel structures that use structural adhesives and the reuse of steel members after their original use. International students are also part of the lab, which carries out international joint research and joint research with companies.
Yukio Hama, Professor
0 student voices
The Building Structural Performance Lab conducts research in building structures, performance-based design, and seismic isolation. Professor Hama specializes in concrete engineering and building materials and construction. His listed areas of expertise also include concrete durability, cold-weather concreting (placing concrete in cold seasons), and building maintenance, repair, and strengthening. Assistant Professor Ishii studies seismic isolation structures, which make earthquake shaking less likely to be transmitted to a building.
Nobuo Takai, Professor
0 student voices
The Urban Disaster Prevention Lab studies earthquake engineering and urban disaster prevention. Its research ranges from strong-motion seismology, which examines how the ground shakes during an earthquake, to human casualties caused by earthquakes and risk assessment. The lab also works on disaster prevention using AI, ICT, and IoT, monitoring for disaster prevention, and the application of deep learning to disaster prevention.
Masaru Kikuchi, Project Professor
0 student voices
The Structural Control Lab studies structures that protect buildings from shaking caused by earthquakes and other forces. It works in three areas: seismic isolation, which makes shaking harder to transmit to a building; vibration control, which absorbs shaking with devices; and seismic resistance, which strengthens the building itself. Using device experiments and analyses that replace a building with a model to reproduce its shaking, the lab investigates the seismic performance of buildings.
Satoshi Okabe, Professor
0 student voices
The Water Quality Conversion Engineering Lab studies technologies that use the activity of microorganisms to clean water. The lab works on biotechnologies that degrade and remove environmental pollutants, as well as technologies that extract electrical energy directly from wastewater. It also studies microbe-catalyzed manufacturing (semi-artificial photosynthesis) and the behavior of antimicrobial-resistant bacteria and biofilms.
Hisashi Satoh, Professor
0 student voices
The Water Environment Conservation Engineering Lab studies how substances and microorganisms move through natural environments such as rivers and soil. It also works on improving sewage facilities and treatment, and on developing sensors for examining microorganisms in water. Its research fields are the analysis of water quality and ecological environments, water treatment engineering, and analytical chemistry.
Hitoshi Wakabayashi, Associate Professor
0 student voices
The Environmental Ergonomics Lab studies how to create environments where people can live safely, healthily, and comfortably, from a human-centered perspective. Focusing on homes, workplaces, cities, and extreme environments where temperature, humidity, light, and other factors interact, the lab develops evaluation methods, technologies for controlling the environment, and design guidelines. While valuing individual differences among people, the lab aims to achieve both energy savings and well-being.
Takao Katsura, Professor
0 student voices
The Environmental Systems Engineering Lab studies building environmental systems engineering, including heat supply, heating and cooling, air conditioning, and indoor environments, with the aim of "creating healthy and sustainable living environments." Recently, the lab has expanded into the planning, design, and impact assessment of facilities, buildings, and houses that use energy-saving technologies and renewable energy utilization technologies it has developed itself. The lab places importance on handling everything itself: developing materials and devices, developing equipment and systems that use them, and then planning, design, and commissioning in real buildings.
Yasumasa Tojo, Professor
0 student voices
The Waste Disposal Engineering Lab studies waste from sorting through final disposal. The lab views the waste problem as a "system" that connects generation, sorting, and collection with intermediate treatment, resource recovery, and landfilling. Using both experimental, survey-based, and chemical-analysis methods and approaches such as questionnaires and data analysis, the lab aims to build comprehensive waste treatment systems.
Taku Matsushita, Professor
0 student voices
The Environmental Risk Engineering Lab researches the development and evaluation of new drinking water treatment technologies for producing safe drinking water. Its targets include per- and polyfluoroalkyl substances (PFAS), pesticides, substances that cause chlorine odor, and pathogenic viruses found in tap water. Through laboratory experiments and surveys at actual water treatment plants, the lab investigates how well these substances can be removed by drinking water treatment, and also aims to make recommendations for establishing tap water quality standards. The lab also works on treating PFAS with vacuum ultraviolet light, which has a shorter wavelength than ordinary ultraviolet light, and on evaluating treatability using the outer protein (capsid protein) of norovirus.
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