Teacher introduction

Katsunori WAKABAYASHI

Theoretical Materials Design for Next-Generation Devices

Course: #Material engineering course

Energy flow: #Use

Field of study: #Theory / calculation / simulation; #Optical / electronic devices; #Graphene, new substances, two-dimensional substances; #Nanotechnology

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Teppei OGURA

Computational Chemistry for Catalysis

Course: #Material engineering course

Energy flow: #Create; #Use

Field of study: #Energy conversion material / fuel cell; #Theory / calculation / simulation; #Catalytic science

Detail

Tadaaki KANEKO

Process technology in extreme environment

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Use

Field of study: #Power semiconductor; #Optical / electronic devices; #Graphene, new substances, two-dimensional substances; #Nanotechnology

Detail

Akihiko FUJIWARA

Materials Science

Course: #Material engineering course

Energy flow: #Create; #Store; #Use

Field of study: #Energy conversion material / fuel cell; #Synchrotron radiation analysis / structural analysis; #Optical / electronic devices

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Hirofumi YOSHIKAWA

Energy Storage Nanomaterials Science

Course: #Material engineering course

Energy flow: #Store

Field of study: #Energy conversion material / fuel cell; #Synchrotron radiation analysis / structural analysis; #Optical / electronic devices

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Toshinori OZAKI

Construction of Functional Materials for Next-Generation Energy Systems

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Carry

Field of study: #Superconductivity / magnetism; #Graphene, new substances, two-dimensional substances

Detail

Noboru OHTANI

Defect physics in SiC power semiconductor

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Use

Field of study: #Power semiconductor

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Hiroki HIBINO

Growth and Nanoscale Characterization of 2D Materials

Course: #Material engineering course

Energy flow: #Use

Field of study: #Synchrotron radiation analysis / structural analysis; #Optical / electronic devices; #Graphene, new substances, two-dimensional substances; #Nanotechnology

Detail Labo Homepage

Hirohisa TANAKA

Research and development on energy and environmental functional materials for a sustainable society

Course: #Material engineering course

Energy flow: #Create

Field of study: #Energy conversion material / fuel cell; #Synchrotron radiation analysis / structural analysis; #Catalytic science; #Nanotechnology

Detail

Motoaki MATSUO

Material Science for Hydrogen Energy Society

Course: #Material engineering course

Energy flow: #Create; #Store

Field of study: #Energy conversion material / fuel cell

Detail

Motohiro SUZUKI

Course: #Material engineering course

Energy flow: #Create; #Use

Field of study: #Synchrotron radiation analysis / structural analysis; #Superconductivity / magnetism

Detail

Hideharu SUGIHARA

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Carry; #Store; #Use

Field of study: #Theory / calculation / simulation; #Power electronics

Detail

Masayoshi OHYA

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Create; #Carry; #Store; #Use

Field of study: #Superconductivity / magnetism

Detail

Takuji HOSOI

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Create; #Use

Field of study: #Energy conversion material / fuel cell; #Synchrotron radiation analysis / structural analysis; #Power semiconductor; #Optical / electronic devices

Detail

Katsuya NOMURA

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Use

Field of study: #Theory / calculation / simulation; #Power semiconductor; #Power electronics

Detail

Hiroyuki YOSHIDA

Creating new optical technology by utilizing the characteristics of organic materials

Course: #Electrical and Electronic Applied Engineering Course

Energy flow: #Create; #Use

Field of study: #Optical / electronic devices; #Nanotechnology

Detail

Program of Materials Science /
Program of Electrical and Electronic Engineering
(Nanotechnology for Sustainable Energy)

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