Professor
Hiroaki Nakano

Nakano Lab.

I am exploring processing of new functional films on materials utilizing electrochemistry.

Professor
Kunihiko Nakashima

Nakashima Lab.

I study on fabrication processing of materials from high temperature melts.

Professor
Ko-ichiro Ohno

Ohno Lab.

I dedicate myself to fundamental and practical research for development of environmentally-friendly sustainable pyrometallurgical process utilizing academic knowledge from thermodynamics and reaction control.

Associate Professor
Noritaka Saito

Nakashima Lab.

I explore novel processing of inorganic materials utilizing physical chemistry of high temperature melts.

Associate Professor
Yu-ki Taninouchi

Nakano Lab.

Research and development of smelting methods and recycling processes for rare metals and other non-ferrous metals.

Professor
Hirofumi Miyahara

Miyahara Lab.

Microstructures of the metal, semiconductor and ceramic materials are developed using solidification and crystal growth techniques.

Professor
Toshihiro Tsuchiyama

Tsuchiyama Lab..

My research focuses on the technologies of alloy design and microstructure control aiming at enhancement of mechanical properties in steels.

Professor
Masaki Tanaka

Tanaka Lab.

Our focus is on elucidating the fundamental mechanism behind the deformation and fracture of materials, which contribute to materials designing for the improvement of reliable, safe and comfortable living.

Associate Professor
Kohei Morishita

Miyahara Lab.

Based on in-situ observation of melting, solidification and crystal growth of metal and semiconductor, we focus on dynamics of melting and solidification and on their interrelation.

Associate Professor
Shigeto Yamasaki

Tanaka Lab.

I am elucidating the deformation and strengthening mechanisms of high-temperature metal materials, which are indispensable for the realization of high-performance engines and next-generation power generation, and developing new materials.

Associate Professor
Takuro Masumura

Tsuchiyama Lab.

We focus on the microstructure control by thermo-mechanical treatment and alloy design to improve the mechanical properties of steels.

Professor
Kenji Kaneko

Kaneko Lab.

I characterize microstructures and compositions of materials at atomic scale for understanding of materials’ properties as well as development of innovative materials.

Professor
Yoshihiro Yamazaki

Yamazaki Lab.

My research focuses on bulk/surface defect behaviors that activate energy functions in inorganic materials.

Professor
Shinji Munetoh

Munetoh Lab.

I am studying novel thermoelectric materials using semiconductor process

Professor
Ryo Teranishi

Teranishi Lab.

Inorganic thin films such as superconductors and semiconductors are preparing using physical vapor deposition and chemical solution deposition techniques.

Associate Professor
Makoto Arita

Arita Lab.

We fabricate various functional materials, including thin films, and improve their functions by developing and utilizing multifaceted evaluation methods for each material.

Associate Professor
Susumu Fujii

Yamazaki Lab.

We employ computation and machine learning to elucidate the origins of functionality of inorganic solids and accelerate the development of energy materials.