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66 labs · 59 student voices
Other departments in Faculty of Engineering ›Faculties at The University of Tokyo ›
Kenji Shimazoe, Associate Professor
Imaging & Sensing1 student voices
The Shimazoe Lab studies new methods of diagnosis and treatment that use atoms and atomic nuclei, as well as radiation science that uses quantum technologies. Technologies that measure invisible radiation are essential to medicine, as in X-ray CT, which images structures inside the body, and PET, which visualizes how the body functions. The lab develops sensors that detect X-rays, gamma rays, neutrons, and muons with high precision, as well as circuits that process their signals. The lab is also researching the use of entangled photon pairs for measurement in medicine and life science.
Yukie Nagai, Associate Professor
Software & Computing1 student voices
Nagai Lab studies digital modeling, which recreates everyday objects and sensations on a computer. Digital modeling is a technology useful in many fields, including better product design, XR, medicine, and the natural sciences. Focusing mainly on 3D shapes, the lab pursues its research through three pillars: measurement technology for acquiring data, mathematical algorithms for processing it, and programming. Shape modeling, computational geometry, and computer graphics form its foundation.
Wan Yi, Lecturer
Materials & Nanotech0 student voices
Wan Lab conducts research on evaluating and controlling the properties of advanced composite materials so that they can actually be used in society. The lab pursues its research not only from the perspective of materials engineering but also with an eye to how the results can benefit the society of the future. Using X-ray CT and statistical methods, the lab investigates the relationship between the internal fiber structure and the properties of carbon fiber reinforced composites. The lab also carries out extensive international collaborative research, and supervises students jointly with the Takahashi Lab.
Ryota Wada, Professor
Environment & Sustainability0 student voices
Wada Lab conducts research that uses engineering and data science to solve challenges in industries set in the ocean (ocean industries). Its subjects include offshore wind power, offshore CCS, methane hydrate development, and the Arctic Sea Route. Because wave periods and wind strength at sea cannot be known in advance, the lab examines this "uncertainty" and the associated risks from a variety of perspectives. Working together with experts and stakeholders, the lab proposes systems and concepts that can actually be used in society.
Kazuo Yonekura, Associate Professor
AI & Machine Learning0 student voices
The Yonekura Lab pursues the fusion of mathematics and engineering, aiming to solve engineering problems with the power of mathematics. Using machine learning such as generative models and reinforcement learning, the lab takes on the challenge of innovating the design of mechanical products. The lab regards theory and application as the two wheels of its research, and places particular importance on industrial applications. The lab holds lab seminars and other activities jointly with the Suzuki Lab.
Tomonori Yamada, Associate Professor
Software & Computing0 student voices
The Yamada Lab studies simulation of engineered systems from the standpoint of computational science. Engineered systems created to enrich people's lives sometimes cause problems that were not anticipated at the design stage, such as large-scale disasters and environmental burdens. The lab conducts research and development to predict such problems with advanced simulation and to overcome them. Its core technologies are high-performance computing, multiphysics simulation, and machine learning on simulation result data.
Hideaki Murayama, Professor
0 student voices
The Outfitting Lab researches how to make structures lighter and smarter, building on composite materials and intelligent materials technologies. Outfitting (gisō) is the stage of building a ship in which the equipment needed for operation is installed. The lab aims to create lightweight, smart structures using fiber optic sensors and carbon fiber reinforced plastic (CFRP). The lab also conducts research and development on health monitoring, in which fiber optic sensors measure the shape and deformation of a structure to assess its structural integrity.
Hidetaka Houtani, Lecturer
Fluids & Heat0 student voices
The Houtani Lab studies marine engineering problems related to ocean waves. To enable the safe use of the ocean, the lab advances its research through theory, numerical simulation, and experiments in a large wave tank. In particular, it aims to understand complex phenomena such as how giant waves form and how ships move in them. Some research is carried out jointly with the Suzuki Lab in the same department.
Fujii Hideki, Associate Professor
Economics & Social Systems0 student voices
Fujii Lab studies social simulation to support consensus building in society. Its main targets are huge complex systems, such as transportation and cities, in which many elements interact with one another. The lab uses artificial intelligence techniques to model human behavior and develops large-scale simulation systems. The simulations are used to analyze real-world situations, solve problems, and design future systems.
Hasegawa Shuichi, Professor
Quantum & Condensed Matter0 student voices
The Hasegawa Lab studies how to create new functions by using the interaction between light and matter. Its foundation is quantum beam technology that includes light, such as laser cooling, photonuclear reactions, and X-rays. Its themes range widely, from quantum computers and isotope analysis to infrastructure diagnosis for bridges, production of medical radioisotopes, and laser processing. The lab designs and builds many of the instruments used in its experiments itself.
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