Engaging with regional and community stakeholders to maximize our social contribution
Our research group aims to address social problems by integrating new findings and recently developed technologies into product markets, elements of social infrastructure and administrative services, facilitating clear social and economic benefits. This approach, whereby the value of research outcomes are assessed from the outset, is called social implementation research or problem-solving research looking at the exit’s benefit from the beginning of the research, and at Tokyo Tech. we were also working on the base of problem-solving research as solution research since the establishment of Integrated Research Institute in 2005. In order to promote research aimed at social implementation, from stages of planning, it’s important us to join stakeholders (international organizations, central and local governments of each country, research funding agencies, international cooperation and development aid agencies, industry, civil society, media etc.) – co-design, co-production, co-delivery according to the progress of research, and implementing research results in social / economic system. Not only do we need to participate in researchers in many fields, regardless of science and literature, but also the industry, the private sector, the media involved in research. We must promote from research style centered on laboratories to action for the real society. According to a social requirement in recent years, Social Implementation Research in the International Hub Group emphasizes the research style of social implementation, which collaborates with stakeholders, and develops a more safe and secure environment, a life with stable energy and a life such as evolution of service economic system to make it more convenient. Our Mission is to promote research aiming for social contribution.
HIGHLIGHT
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Japan-Germany Joint Research Platform for Development of Selective Precipitants for Nuclear Fuel Materials
Development of Simple and Versatile Nuclear Fuel Recycling Technology Based on Genuine Actinide Chemistry
Actinide ChemistryNuclear Energy SystemNuclear Fuel Recycling
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Assessment of RC shear walls under seismic loading
Slender reinforced concrete walls are an important part of a building’s lateral load resisting systems. The 1999 Standard for Structural Calculation of Reinforced Concrete Structures [2] mandated the use of structural walls with boundary columns. In 2010, the standard was revised to allow structural walls with rectangular cross sections for buildings higher than five stories. To avoid catastrophic failure, structural walls are normally designed to have high shear resistance relative to flexural resistance and consequently fail in a ductile flexural mode.
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Three-Dimensional Semiconductor Process Integration/International Project for Heterogeneous and Functional Integration
In this project, we will characterize bonding materials to ensure high-reliability interconnects by evaluating the mechanical characteristics of the bonding materials in stack process and the electrical characteristics of vertical interconnects. Since circuit design (which can be thought of as the floor plan of the device) is derived from conventional planar scaling, it is possible to increase bandwidth fan-out and reduce power consumption in 3D devices through the use of high-density short interconnects without bumps in stack devices. Based on these technologies, it will become possible to manufacture ultra-small systems 1000 times smaller than current technologies comprising terabyte storage memory and microprocessor capabilities.
PEOPLEVIEW ALL PEOPLE
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Energy SystemMaterials & DevicesSocial ImplementationSystem
Yuriy Aristov
Specially Appointed Professor
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FundamentalsSocial Implementation
Asa Ito
Professor
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ElectronicsMaterials & DevicesModelingSocial Implementation
Masahiro Asada
Professor
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ElectronicsSocial ImplementationSystem
Kuan-Neng Chen
Specially Appointed Professor
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ModelingSocial Implementation
Mika Goto
Professor
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Energy SystemMaterials & DevicesSocial Implementation
Noriyosu Hayashizaki
Professor
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Social ImplementationSystem
Jeffrey S. Cross
Professor
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Materials & DevicesSocial Implementation
Jun-ichi Takada
Professor
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Energy SystemImplementationSocial ImplementationSystem
Yukitaka Kato
Professor
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Social ImplementationStructural EngineeringSystem
Susumu Kono
Professor
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ElectronicsMaterials & DevicesSocial Implementation
Fumio Koyama
Professor
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ImplementationSocial Implementation
Betti Marenko
Specially Appointed Professor
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ImplementationSocial Implementation
Masahiko Hara
Professor
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Materials & DevicesSocial Implementation
Masahiro Susa
Professor
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ElectronicsImplementationSocial ImplementationSystem
Tomoji Nakamura
Specially Appointed Professor
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ElectronicsMaterials & DevicesSocial ImplementationStructural Engineering
Naoto Ohtake
Professor
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ImplementationSocial Implementation
Nathan Cohen
Visiting Professor
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FundamentalsSocial Implementation
Kayoko Nohara
Professor
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ElectronicsMaterials & DevicesSocial ImplementationSystem
Takayuki Ohba
Specially Appointed Professor
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Social ImplementationSystem
Nagaaki Ohyama
Institute Professor
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Energy SystemMaterials & DevicesSocial Implementation
Masahiro Okamura
Specially Appointed Professor
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Energy SystemImplementationSocial ImplementationSystem
Ronald G. Ballinger
Specially Appointed Professor
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Social ImplementationSystem
Shinya Hanaoka
Professor
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ModelingSocial Implementation
Toshiyuki Sueyoshi
Specially Appointed Professor
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Information and AISocial ImplementationSystem
Kenji Suzuki
Professor
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Materials & DevicesSocial Implementation
Takamichi Nakamoto
Professor
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ImplementationSocial Implementation
Yoshiharu Tsukamoto
Professor
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Energy SystemSocial ImplementationSystem
Yoshinao Kobayashi
Professor
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ImplementationSocial Implementation
Heather Barnett
Visiting Associate Professor
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Energy SystemImplementationSocial Implementation
Hiroshi Sagara
Associate Professor
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Social ImplementationStructural EngineeringSystem
David Jiro Mukai
Specially Appointed Associate Professor
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ImplementationSocial Implementation
Naoya Abe
Associate Professor
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ImplementationInformation and AISocial Implementation
Takashi Obi
Associate Professor
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Energy SystemImplementationSocial Implementation
Sunil S. Chirayath
Specially Appointed Associate Professor
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Energy SystemSocial ImplementationSystem
Koichiro Takao
Associate Professor
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Energy SystemImplementationSocial ImplementationSystem
Satoru Tsushima
Specially Appointed Associate Professor
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Social ImplementationSystem
Wataru Hijikata
Associate Professor
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Social ImplementationSystem
Yukako Yagi
Visiting Associate Professor
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ImplementationSocial Implementation
Giorgio Salani
Specially Appointed Assistant Professor
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Information and AISocial ImplementationSystem
Ze Jin
Specially Appointed Assistant Professor