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1,223 labs · 43 student voices
Akira Imai, Professor
0 student voices
The Applied Geology Lab studies how metallic ore deposits formed, with the aim of supporting mineral resource exploration and resource assessment. In addition to the genesis of epithermal gold deposits and porphyry copper deposits, the lab also studies how to prevent silica scale formation at geothermal power plants. The research is wide-ranging, from overseas ore deposit surveys in Southeast Asia, Mongolia, and North Africa to microscope observation and chemical analysis. Students from Japan and many other countries belong to the lab, and English is constantly spoken within it.
Yuji Mitsuhata, Professor
0 student voices
The Exploration Geophysics Lab studies "geophysical exploration," which uses seismic waves, electromagnetic fields, magnetism, gravity, and other means to visualize (image) the invisible subsurface. It is a technology for investigating the subsurface, much as ultrasound and X-rays are used in medicine to visualize the inside of the body. The technology was originally used to explore for oil, geothermal energy, and mineral resources, and is now also used in ground investigation, protection of the subsurface environment, and disaster prevention and mitigation. The lab carries out research and development of these technologies for mountains, plains, coastal waters, the seafloor, and even the Moon.
Yuichi Sugai, Professor
0 student voices
The Resource Development Engineering Lab researches technologies for efficiently extracting underground hydrocarbon resources, as well as technologies for separating and capturing emitted carbon dioxide and storing it underground. The lab also carries out education and research on advancing the development, design, and production technologies that support new resource frontiers and a sustainable carbon cycle system, and on environmental protection associated with resource extraction. Its themes include enhanced oil recovery (EOR), hydrogen production, CO2 leak detection using machine learning, and energy-saving technologies based on heat reuse. The lab seminar is held once a week, where members present their own research results in English and discuss them together with international students.
Naoko Okibe, Professor
0 student voices
The Resource Processing and Environmental Remediation Engineering Lab researches resource processing technologies for turning mineral resources and urban mining waste into materials, as well as technologies for remediating water and soil pollution caused by resource development. Through three groups, mineral processing (flotation), hydrometallurgy (leaching), and environmental remediation, the lab carries out research covering metal resource processing from upstream to downstream. The research combines knowledge from many fields, including powder technology, interfacial chemistry, electrochemistry, mineralogy, bioengineering, and molecular biology. With the mission of building a recycling-oriented society, the lab aims to propose new resource processing and environmental remediation technologies with a low environmental burden.
Ryohei Ishikura, Associate Professor
0 student voices
The Geotechnical Engineering Lab conducts research to solve engineering problems related to the ground, which is where people live and which supports social infrastructure from the foundation up. In addition to fundamental research for building safe and reliable infrastructure, the lab also conducts applied research on disasters and environmental problems that are becoming more severe due to climate change. Research is carried out broadly, from both theoretical and experimental sides and from both fundamental and applied sides. As project research, the lab also works on desertification control technology that supports local self-reliance, through joint surveys with the Mongolian Academy of Sciences, and on ground disasters in Kyushu and Okinawa associated with climate change and measures to adapt to them.
Yoshimi Sonoda, Professor
0 student voices
The Structural Analysis Lab studies how to calculate the behavior of structures using computer-based numerical analysis (simulation). The lab closely tracks and evaluates how structures behave, and how much load-bearing capacity they have, under natural disasters and external forces such as earthquakes, tsunamis, and impacts. It also works on developing maintenance technologies so that structures can be used safely over the long term.
Shigenobu Kainuma, Professor
0 student voices
The Construction Design Engineering Lab studies the maintenance of steel and concrete structures against aging deterioration, as well as high-durability design. It is a lab that takes on new research spanning multiple academic fields, including chemistry, electrochemistry, materials science, spatial statistics, and mechanics. Through basic research, the lab clarifies the mechanisms of deterioration and proposes methods to predict the onset of these phenomena and of critical damage. Many of the research themes are carried out as joint research with research institutions and private companies in a variety of industrial fields.
Kiyonobu Kasama, Professor
0 student voices
The Disaster Prevention Geotechnical Engineering Lab conducts research and education aimed at preventing natural disasters such as earthquakes and heavy rain before they occur and minimizing the damage they cause. Students learn theories for understanding disaster phenomena and predicting damage, and acquire knowledge of urban design that is resilient to disasters. The lab was established in April 1998 as one of the geotechnics chairs in the Social Infrastructure Division of the Faculty of Engineering, and since April 2021 it has continued its research and education in the Department of Civil Engineering. Lab visits are accepted at any time.
Hemanta Hazarika, Professor
0 student voices
The Disaster Prevention Geotechnical Engineering Lab studies preparedness for natural disasters such as earthquakes, floods, and landslides from a geotechnical engineering perspective. It also focuses on climate change caused by global warming and the disasters that accompany it, and conducts research to develop climate change adaptation measures based on geotechnical engineering. One of the lab's major goals is to create a research methodology that combines disaster prevention and nature conservation. In addition to field surveys, testing, and model experiments with their simulations, the lab works on improving disaster prevention systems using drones, IoT, and artificial intelligence (AI).
Mitsuteru Asai, Professor
0 student voices
The Disaster Mathematics Lab studies how to predict the damage caused by natural disasters such as tsunamis and landslides before they happen. Using mathematical science, the lab seeks to understand the principles of nature (water, soil, and wind) and to quantify the uncertainty inherent in disasters. The lab works on disaster simulation using the particle method, a numerical analysis technique, together with machine learning and high-performance computing on supercomputers and GPUs. The lab also studies VR, which lets people experience damage in a virtual space beforehand, and photogrammetry, which creates 3D models from photographs.
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