Faculty of Engineering
- Department of Materials Engineering, School of Engineering
-
-
metallurgy, light metals, electron microscopy, conputational materials science
-
nanobio device, micro total analysis system, nano/microfabrication, plasma processing
-
nanosclae electronic devices, transport phenomena in nanomaterials, molecular sensing
-
structural integrity, performance prediction, microfracture/deformation, nondestructive evaluation, structural health monitoring
-
materials modelling, molecular dynamics, computational metallurgy, large-scale simulation phase transformation
-
ULSI multilevel interconnect, opto-electronic integrated circuit, MOVPE, CVD, ALD supercritical fluid deposition
-
2D materials, layered heterostructure, electronic transport properties, crystal growth
-
Takeo Hoshino Project Professor
material circulation system, life cycle assesment of environmental impact, sustainable engineering, indstrial policy on material and energy systems
-
Nanomedicine, Biomaterial, Polymer self-assembly, Drug delivery system, Nucleic acid drug
-
high temperature physical chemistry, extractive metallurgy, chemical equilibrium ,isotope exchange, environmental engineering
-
structural ceramics, high temperature creep, superplasticity, flash sintering, grain boundary
-
polymer gels, smart (intelligent) materials, biomimetics, artificial muscles, artificial organs, controlled drug release
-
computational materials physics, electronic structure calculations, nanoscale transport, nanomaterial properties, materials informatics
-
Aya Mizutani AkimotoAssociate Professor
surface science for hydrogels, polymer surface design, biomaterials, interaction between materials and cells, regenerative medicine, developmental biology
-
Hirotaka EjimaAssociate Professor
polymer material, nanomedicine, bioinspired adhesive, biomimicry, metal-phenolic network
-
Toshiya SakataAssociate Professor
semiconductor device, biosensing, bioelectronics, biochip
-
Shoichi Nambu Associate Professor
steels, metallic composites, interface, joining, microstructure, mechanical properties
-
Hiroyuki MatsuuraAssociate Professor
high temperature materials processing, physical chemistry, pyrometallurgy, materials recycling, environmental-friendly materials processing
-
Yuichi YamasakiAssociate Professor
biophysics, DNA conformation, DNA condensation, polymeric micelle, gene delivery
-
3D atom probe, Electron microscopy, Light alloys, Magnetic Materials
-
fracture, mechanical properties, structural health monitoring, fatigue, acoustic emission (AE)
-
Medical device materials, Material processes for medical devices, Implantable devices, Low-invasive electronics
-
Biopolymer, Intelligent polymer, Polymer-based nanomaterial, Bioimaging, Gene therapy, Regenerative medicine
-
Ceramics, Plasticity, Micromechanical testing, Sintering
-
- Institute of Engineering Innovation
-
-
ceramics, advanced transmission electron microscopy, grain boundary, interface, dislocation, high-temperature plastic defamation
-
interface physics scanning transmission electron microscopy, materials science, ceramics
-
- Department of Bioengineering
-
-
biointerface, biomaterials, biosensor, biodevice, thin-film materials, electrochemisty
-
Yuichi Tei / Ung-il ChungProfessor
structural biomaterials, bone and cartilage biology, bone and cartilage regenerative medicine
-
Horacio CabralAssociate Professor
nanomedicine, drug delivery, bioactive polymers; self-assembled nanostructures, imaging, diagnosis
-
Structural biomaterial, rheology, soft matter
-
- Department of Advanced Materials Science, Graduate School of Frontier Science
-
-
advanced semiconductor devices, oxide thin films, widegap semiconductors, interfaces
-
advanced plasma processing, micro-/meso-/nano-plasma, nanotechnology, cluster, functional materials, supercritical fluid plasma
-
High-temperature materials design, microstructure control, high-temperature strength, creep, deformation mechanism, shape memory alloys
-
Tsuyohito Ito Associate Professor
plasma materials processing, non-equilibrium interfacial processing, nano-composite materials
-
- Research Center for Advanced Science and Technology
-
-
compound semiconductors, nonlinear optical materials, semiconductor laser diode, molecular beam expitaxy, perovskite solar cells
-
Ichiro Daigo Associate Professor
industrial ecology, material flow analysis, material stock accounting, sustainable resource management
-