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451 labs · 366 student voices
Faculties at The University of Tokyo ›
Hideki Yoshioka, Associate Professor
Civil Engineering, Architecture & Urban0 student voices
Yoshioka Lab specializes in building fire safety engineering and urban fire safety, conducting engineering research on safety against fire. The lab works on topics such as fire spread across combustible exterior walls, the toxicity of gases produced in fires, and fire prevention measures during construction work. The lab carries out its research through fire experiments and computer-based fire simulations, in collaboration with research institutions and companies in Japan and abroad. In addition to the topics introduced here, students can also take up topics related to fire safety in general and evacuation safety during fires.
Takafumi Noguchi, Professor
Civil Engineering, Architecture & Urban0 student voices
The Noguchi Lab researches and develops building materials based on the concept of “Architectural Genome Theory.” Architectural Genome Theory is an approach that traces the units that make up a building back to chemical substances in order to examine the building's quality, performance, and behavior. The lab's research covers not only concrete but also soil, mycelium, cellulose, gels, and waste roof tiles. Together with the Maruyama Lab and the Yoshioka Lab, the lab operates as the “Building Materials Lab.”
Toshio Otsuki, Professor
Civil Engineering, Architecture & Urban0 student voices
The Otsuki Lab studies, from the standpoint of architectural planning, what homes and towns should be like to support people's diverse ways of living. Through surveys, it clarifies how a variety of people make use of existing houses, housing complexes, and towns. It works not only on building new environments but also on how to remake the existing environment and hand it on to the next generation.
Yusuke Obuchi, Associate Professor
Civil Engineering, Architecture & Urban0 student voices
The Obuchi Lab conducts interdisciplinary design research that connects architecture, engineering, and computation. Its theme is "inclusive digital fabrication," in which everyone in society can take part. The lab aims to use technological progress not only to raise productivity but also to build systems for making architecture in which anyone can participate. At the International Architecture Exhibition of the Venice Biennale, the lab created a work using a system that conveys spatial information to on-site workers in real time.
Tsuyoshi Ichimura, Professor
Structures & Mechanics0 student voices
The Ichimura-Lalith-Fujita Lab studies computational science and high-performance computing methods for solving problems in earthquake engineering and seismology. Using supercomputers, the lab calculates urban earthquake shaking and crustal deformation through large-scale simulations. The lab also works on incorporating artificial intelligence into physics simulations, and on simulations that reproduce evacuation and economic activity. The lab carries out joint research with research institutions and computer manufacturers in Japan and abroad.
Takashi Fuse, Professor
Civil Engineering, Architecture & Urban0 student voices
The Region/Information Lab advances geoinformatics and conducts research that is applied to policy and planning for national land, regions, and cities. Spatial information, such as maps, aerial photographs, satellite images, and statistical data, is information used to grasp the state of national land and cities and to share that understanding with many people. The lab works on integrating diverse data, integrating data with simulation, and estimating and visualizing the mechanisms that generate data. The lab's name reflects its wish to regenerate national land, regions, and cities into truly attractive spaces.
Riki Honda, Professor
Civil Engineering, Architecture & Urban0 student voices
The Honda Lab studies how society responds to and recovers from risks such as natural disasters. Because the impacts of disasters can never be fully prevented, expectations are growing for the response capacity and resilience of society and communities. Drawing on ideas such as social networks and adaptive systems theory, the lab investigates the mechanisms by which communities respond to situations of great uncertainty. The lab also works on developing methods that can rationally evaluate infrastructure development and disaster prevention plans, even under deep uncertainty.
Wataru Takeuchi, Professor
Imaging & Sensing0 student voices
Takeuchi Lab studies remote sensing, the observation of the Earth from satellites and other platforms, with a focus on putting it to practical use in society. The lab develops methods to extract useful information from satellite data for applications including atmospheric environments, ecosystems, agriculture, urban environments, infrastructure, and natural disasters. The lab operates systems for receiving, processing, and archiving satellite data, and serves as a leading remote sensing hub in Asia. With many international students, the lab sends students to international conferences every year, and they also have opportunities to join field surveys in countries such as Thailand and Vietnam.
Kimiro Meguro, Professor
Civil Engineering, Architecture & Urban0 student voices
The Meguro-Ohara-Numada Lab studies strategies to minimize the damage and the disruption to social functions caused by disasters such as earthquakes. The lab places importance on a balanced combination of hard measures, such as strengthening buildings, and soft measures, such as information, institutions, and training. Together with residents and government officials, the lab studies and demonstrates disaster prevention systems that link everything from analyzing the phenomena that cause disasters and estimating damage to disaster response. Faculty specializing in urban earthquake disaster mitigation engineering, disaster risk reduction, and disaster prevention process engineering supervise students.
Daisuke Fukuda, Professor
Civil Engineering, Architecture & Urban0 student voices
The Next-Generation Infrastructure Systems Lab studies human behavior related to infrastructure, as well as the effects that infrastructure development has on society and the economy. The lab represents people's spatiotemporal behavior with mathematical models and quantitatively evaluates the effects of policies using econometrics and cost-benefit analysis. Its work includes predicting people's behavior in a smart society, designing policies that support the development of urban and regional economies, and extending those ideas to other countries. Weekly student-led lab seminars are at the center of its activities, along with joint lab seminars with international project groups and joint lab seminar retreats with other universities.
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