NAGOYA UNIVERSITY SCHOOL OF ENGINEERING Department of Materials Science and Engineering

Advanced Process Engineering Research Group

Creation of structural functionality utilizing metal additive manufacturing (3D printing)
Manufacturing process and functionality of hierarchical porous metals
Manufacturing process and complex shape forming of hard/high thermal conductive composites
Development of design methodology for highly functional structures using machine learning
Inhomogeneous microstructural control utilizing metal additive manufacturing and its functionality
In-situ observations and advanced analysis of powder metallurgy process using synchrotron radiation

Template-assisted synthesis of hierarchical porous inorganic materials
Dimensional transformation of inorganic nanomaterials through self-assembly processes
Design of high-performance (electro)catalysts for water electrolysis
Engineering of porous oxide semiconductor heterostructures for highly sensitive gas and chemical sensing
Mechanistic investigation of (electro)catalysis and sensing through combined experimental and theoretical approaches

High-quality crystal growth of next-generation power device semiconductors SiC and AlN
Development of innovative evaluations methods and materials for third-generation solar cells
Development of original materials for thermal energy control
Elucidation of biomembrane functioning from a materials-engineering perspective
Mechanisms of growth of electrode dendrites

Hydrothermal synthesis of organic-modified metal oxide nanocrystals
Design and synthesis of nanomaterials using mathematics
Study on dynamic behaviors of soft materials using optical, ultrasonic, surface wave techniques, and simulation