Innovative Global Program

To provide students with a setting for cutting-edge research, the teaching faculty we select represent
the top level of their respective research fields and are frequent contributors to international
conferences and scholarly journals. Multinational teaching faculty will supervise students’ research.

To provide students with a setting for cutting-edge research, the teaching faculty we select represent the top level of their respective research fields and are frequent contributors to international conferences and scholarly journals. Multinational teaching faculty will supervise students’ research.

Major Laboratory
Supervisors		 Faculty Research Advisers Location of
Laboratory
Applied Chemistry Naofumi Naga Kumkum Ahmed Toyosu
Izabela Irena Rzeznicka   Omiya
Civil Engineering Takeshi Iyoda   Toyosu
Computer Science Eiji Kamioka Tan Xuan Phan Toyosu
Takumi Miyoshi Thomas Silverston Omiya
Midori Sugaya Peeraya Sripian Toyosu
Electrical Engineering Tadahiro Hasegawa   Toyosu
Materials Science

Masato Murakami

Tetsuo Oka

Anjela Dimitrova Koblischka-Veneva

Michael Rudolf Koblischka

 Toyosu
Takahiro Ishizaki Chayanaphat Chokradjaroen Toyosu
Paolo Mele   Omiya
Muralidhar Miryala   Toyosu
Naomichi Sakai   Toyosu
Ai Serizawa So Yoon Lee Toyosu
Masayuki Shimojo Xiaobin Zhang Toyosu
Akito Takasaki Alicja Klimkowicz Toyosu
Ayako Yamamoto   Toyosu
Mathematics Daisuke Ikegami   Omiya
Mechanical Engineering Jun Yamada Uma Maheswari Rajagopalan Toyosu
Hiroshi Hasegawa Tam Ngoc Bui Omiya
Urban and
Regional Planning		 Hitoshi Nakamura Yasmin Bhattacharya Omiya
Applied Chemistry
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Naofumi Naga Kumkum Ahmed Toyosu
Izabela Irena Rzeznicka   Omiya
Civil Engineering
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Takeshi Iyoda   Toyosu
Computer Science
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Eiji Kamioka Tan Xuan Phan Toyosu
Takumi Miyoshi Thomas Silverston Omiya
Midori Sugaya Peeraya Sripian Toyosu
Electrical Engineering
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Tadahiro Hasegawa   Toyosu
Materials Science
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory

Masato Murakami

Tetsuo Oka

Anjela Dimitrova Koblischka-Veneva

Michael Rudolf Koblischka

 Toyosu
Takahiro Ishizaki Chayanaphat Chokradjaroen Toyosu
Paolo Mele   Omiya
Muralidhar Miryala   Toyosu
Naomichi Sakai   Toyosu
Ai Serizawa So Yoon Lee Toyosu
Masayuki Shimojo Xiaobin Zhang Toyosu
Akito Takasaki Alicja Klimkowicz Toyosu
Ayako Yamamoto   Toyosu
Mathematics
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Daisuke Ikegami   Omiya
Mechanical Engineering
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Jun Yamada Uma Maheswari Rajagopalan Toyosu
Hiroshi Hasegawa Tam Ngoc Bui Omiya
Urban and Regional Planning
Laboratory
Supervisors		 Faculty Research Advisers Location
of
Laboratory
Hitoshi Nakamura Yasmin Bhattacharya Omiya
Subject Faculty Courses
Mathematics Daisuke Ikegami

Pre-calculus
Calculus I, II, III
Linear Algebra
Probability and Statistics
Physics Francesca Borzumati

Physics: Mechanics
Physics: Fluidodynamics, Oscillations and Waves
Introduction to Relativity
Physics Anjela Dimitrova Koblischka-Veneva

Physics: Thermodynamics
Materials Physics
Advanced Techniques for Materials
Characterization
Functional Materials
Practical Materialography
Physics Michael Rudolf Koblischka

Methodics in Physics
Physics: Electromagnetism
Materials Physics
Nanostructure Physics I, II
Magnetism and Magnetic Materials
Physics Uma Maheswari Rajagopalan

Basic Physics
Biophotonics
Usage of Research Tools & Research Writing
Chemistry Chayanaphat Chokradjaroen

Fundamentals of Organic Chemistry
Polymer Chemistry
Chemistry Alicia Klimkowicz

Basic Chemistry
General Chemistry A
Instrumental Analysis
Materials for Energy
Solid State Chemistry
Chemistry So Yoon Lee

Instrumental Analysis
Fundamentals of Inorganic Chemistry
Fundamentals of Physical Chemistry
Biochemistry
Nanotechnology
Chemistry Paolo Mele

Instrumental Analysis
General Chemistry B
Fundamentals of Physical Chemistry
Materials for Energy
Solid State Chemistry
Chemistry Izabela Irena Rzeznicka

Instrumental Analysis
Fundamentals of Analytical Chemistry
Nanotechnology
Chemistry Naomichi Sakai

Instrumental Analysis
Materials Science
Engineering Ethics
Chemistry Masahiko Tachibana

Basic Chemistry
Instrumental Analysis
Fundamentals of Inorganic Chemistry
Chemistry Xiaobin Zhang

Fundamentals of Analytical Chemistry
Computer Science Tan Xuan Phan

Information Literacy
Introduction to Computer Programming (Python,
R, C, Java)
Introduction to Information Processing
Introduction to Multimedia technology
Computer Science Thomas Silverston

Information Literacy
Introduction to Computer Networks
Introduction to Computer Programming (Python,
R, C, Java)
Introduction to Information Processing
Computer Science Peeraya Sripian

Information Literacy
Introduction to Computer Programming (Python,
R, C, Java)
Web design and programming
Introduction to Information Processing
Interaction Design
Humanities & Social Science Ned Loader

Academic English Writing for University
Coursework
Making Effective Presentations
Contemporary Society: Changes in Japanese
Work Culture
Career Design: Developing yourself for your
future career
Humanities Hatsuko Yoshikubo

Science and Religion in Japan
Urban Planning Yasmin Bhattacharya

Techniques of Analysis for Urban Planning Research
Mathematics
Faculty Courses
Daisuke
Ikegami

Pre-calculus
Calculus I, II, III
Linear Algebra
Probability and Statistics
Physics
Faculty Courses
Francesca Borzumati

Physics: Mechanics
Physics: Fluidodynamics, Oscillations and Waves
Introduction to Relativity
Anjela Dimitrova Koblischka-Veneva

Physics: Thermodynamics
Materials Physics
Advanced Techniques for Materials
Characterization
Functional Materials
Practical Materialography
Michael Rudolf Koblischka

Methodics in Physics
Physics: Electromagnetism
Materials Physics
Nanostructure Physics I, II
Magnetism and Magnetic Materials
Uma Maheswari Rajagopalan

Basic Physics
Biophotonics
Usage of Research Tools & Research Writing
Chemistry
Faculty Courses
Chayanaphat Chokradjaroen

Fundamentals of Organic Chemistry
Polymer Chemistry
Alicia Klimkowicz

Basic Chemistry
General Chemistry A
Instrumental Analysis
Materials for Energy
Solid State Chemistry
So Yoon Lee

Instrumental Analysis
Fundamentals of Inorganic Chemistry
Fundamentals of Physical Chemistry
Biochemistry
Nanotechnology
Paolo Mele

Instrumental Analysis
General Chemistry B
Fundamentals of Physical Chemistry
Materials for Energy
Solid State Chemistry
Izabela Irena Rzeznicka

Instrumental Analysis
Fundamentals of Analytical Chemistry
Nanotechnology
Naomichi Sakai

Instrumental Analysis
Materials Science
Engineering Ethics
Masahiko Tachibana

Basic Chemistry
Instrumental Analysis
Fundamentals of Inorganic Chemistry
Xiaobin Zhang

Fundamentals of Analytical Chemistry
Computer Science
Faculty Courses
Tan Xuan Phan

Information Literacy
Introduction to Computer Programming (Python, R, C, Java)
Introduction to Information Processing
Introduction to Multimedia technology
Thomas Silverston

Information Literacy
Introduction to Computer Networks
Introduction to Computer Programming (Python, R, C, Java)
Introduction to Information Processing
Peeraya Sripian

Information Literacy
Introduction to Computer Programming (Python, R, C, Java)
Web design and programming
Introduction to Information Processing
Interaction Design
Humanities & Social Science
Faculty Courses
Ned Load

Academic English Writing for University
Coursework
Making Effective Presentations
Contemporary Society: Changes in Japanese
Work Culture
Career Design: Developing yourself for your future career
Humanities
Faculty Courses
Hatsuko Yoshikubo

Science and Religion in Japan
Urban Planning
Faculty Courses
Yasmin Bhattacharya

Techniques of Analysis for Urban Planning Research

Polymer Chemistry

Tailored synthesis and applications of network polymers: gels, porous polymers, electro-chemical properties, degradable polymers, catalyst support, scaffold, filter, column

Tailored synthesis and applications of network polymers: gels, porous polymers, electro-chemical properties, degradable polymers, catalyst support, scaffold, filter, column

Based on the following keywords: Acquiring basic knowledge,Sponteneous problem description, Planning & abbility to take action, Flexible mindset & creativity.

Based on the following keywords: Acquiring basic knowledge,Sponteneous problem description, Planning & abbility to take action, Flexible mindset & creativity.

Polymeric gels, Porous polymers, Ionic Polymer,
Nano-composites, 3D printing

Development of polymeric materials and
nanocomposites e.g. gels, porous polymer, conductive
composites. Application of 3D printing for polymer
synthesis. Utilization of soft polymeric materials in
sensing and soft robotics

Development of polymeric materials and nanocomposites e.g. gels, porous polymer, conductive composites. Application of 3D printing for polymer synthesis. Utilization of soft polymeric materials in sensing and soft robotics

Creativity will make you different. Get the basic
knowledge and create your own ideas. Never be afraid
of expressing your ideas.

Creativity will make you different. Get the basic knowledge and create your own ideas. Never be afraid of expressing your ideas.

Nanoscience, Catalysis, Biosensing

  1. Nanostructured electrocatalysts for metal-air batteries

  2. Bionanoclusters for biological sensing

  3. Tip-enhanced Raman spectroscopy of surface-grown
    nanostructures

    Tip-enhanced Raman spectroscopy of surface-grown nanostructures

Inspire wonders of chemistry world. Foster human
resources who are driven by curiosity and can think
beyond borders. Teaching to read between lines and
connect pieces of knowledge into a technology vision.

Inspire wonders of chemistry world. Foster human resources who are driven by curiosity and can think beyond borders. Teaching to read between lines and connect pieces of knowledge into a technology vision.

Construction materials, Concrete engineering,
Material design for construction

Construction materials, Concrete engineering, Material design for construction

Properties of Concrete using by-products, especially Blast
furnace slag.
How to use the new concrete using new materials?
Evaluation for durability and strength on real concrete
structures.

Properties of Concrete using by-products, especially Blast furnace slag. How to use the new concrete using new materials? Evaluation for durability and strength on real concrete structures.

All good things and problems in construction work are
happening at the site.
I think that if you can learn about the construction site as
a student, you can grow including relationships.
I would like to connect the field with education and
research.

All good things and problems in construction work are happening at the site. I think that if you can learn about the construction site as a student, you can grow including relationships. I would like to connect the field with education and research.

Information and communications engineering

User-friendly Information and Communication Systems,
Information and Communication Applications using
Artificial Intelligence Technologies, Intelligent
Information Systems using Biological Information,
Information and Communication Service Quality
considering User Satisfaction, Mobile Multimedia
Communications, Information Network

User-friendly Information and Communication Systems, Information and Communication Applications using Artificial Intelligence Technologies, Intelligent Information Systems using Biological Information, Information and Communication Service Quality considering User Satisfaction, Mobile Multimedia Communications, Information Network

Acquiring abilities to solve issues by yourselves and
achieve goals starting from scratch.

Acquiring abilities to solve issues by yourselves and
achieve goals starting from scratch.

Mobile Application using Vibration
Walking Support System for Blind People

Computer networking, Multimedia technologies,
Human perception

Computer networking, Multimedia technologies, Human perception

  • Quality of Experience QoE), Deep Learning, Image
    and Video processing, Bioinformatic, Networking

    Quality of Experience QoE), Deep Learning, Image and Video processing, Bioinformatic, Networking

  • QoE-based network control and optimization

  • HTTP1.1/HTTP2.0 adaptive streaming technologies

Inspire students by connecting the basic knowledge with
practical example and academic research.

Inspire students by connecting the basic knowledge with practical example and academic research.

Information networks, Mobile networks, Peer-to-peer
networks, Contents delivery, Vehicular communication,
Traffic analysis, Machine learning, Deep learning,
Network security, Location information

Geo-location-oriented peer-to-peer networking
platform, Peer-to-peer video traffic analysis using
machine learning, Adaptive contents delivery using
peer-to-peer and device-to-device communications,
Mobile-assisted ad hoc networking architecture based on
location information, IoT traffic anomaly detection on
home network

Geo-location-oriented peer-to-peer networking platform, Peer-to-peer video traffic analysis using machine learning, Adaptive contents delivery using peer-to-peer and device-to-device communications, Mobile-assisted ad hoc networking architecture based on location information, IoT traffic anomaly detection on home network

Learn the way to understand, analyze, and solve the
problems. Develop an ability to grasp and explain the
whole image.

Learn the way to understand, analyze, and solve the problems. Develop an ability to grasp and explain the whole image.

Computer science, Networking, Future internet

Future Internet: Information-Centric Networking,
Software-Defined Networking, Internet of Things,
Cyber-security, etc.
My objective is to design novel technologies for future
communication networks.

Future Internet: Information-Centric Networking, Software-Defined Networking, Internet of Things, Cyber-security, etc. My objective is to design novel technologies for future communication networks.

Globalization of knowledge and studies. Adapting to
each student specific needs.
Inspire students to reach their full potential.

Globalization of knowledge and studies. Adapting to each student specific needs. Inspire students to reach their full potential.

Computer Science, Neuro Computing and emotion
aware analysis and development of intellient systems,
human robot interaction, Edge computing (operating
system, middleware) and AI platform

Emotion aware systems, and analysis apply it for the
intelligent robots and devices, which are sensing the bio
information (brainwave, pulse) from the people, and
estimate emotion to apply it to their interactions.
Operating system technologies and middleware
tecnologies are integrated to develop for the AI (such as
deep-learnng) platform to improve the performance and
treating new typs of infoamtion to support the life of
people.

Emotion aware systems, and analysis apply it for the intelligent robots and devices, which are sensing the bio information (brainwave, pulse) from the people, and estimate emotion to apply it to their interactions. Operating system technologies and middleware tecnologies are integrated to develop for the AI (such as deep-learnng) platform to improve the performance and treating new typs of infoamtion to support the life of people.

Expecting to challenge a new field based on the
undestanding the basic technologies area and
development capabilities. Think by yourself and acquire
the ability to create new mechanism to solve problems.

Expecting to challenge a new field based on the undestanding the basic technologies area and development capabilities. Think by yourself and acquire the ability to create new mechanism to solve problems.

Image processing, Vision experiment, Spatial vision,
Computational visual illusion, Computer vision,
Media technology, Media design, Emotion recognition

Image processing, Vision experiment, Spatial vision, Computational visual illusion, Computer vision, Media technology, Media design, Emotion recognition

  1. Visual illusion explanation based on spatial vision,
    vision experiment and analysis

    Visual illusion explanation based on spatial vision, vision experiment and analysis

  2. Development of new media using image processing / computer vision

  3. Feature extraction and analysis for Kawaii products

  4. Human emotion estimation

In the world full of information, it is necessary to be able
to understand how to make use, analyze, and choose the
right information.
Education in the university will equip the student with
these abilities, with the support from advisors. Students
should be able to pursue his / her project of interest
using maximized capabilities with appropriate guidance.

In the world full of information, it is necessary to be able to understand how to make use, analyze, and choose the right information. Education in the university will equip the student with these abilities, with the support from advisors. Students should be able to pursue his / her project of interest using maximized capabilities with appropriate guidance.

Field robot

  1. Autonomous Driving System for Unmanned Ground Vehicle,

  2. Unmanned Aerial Vehicle to Spray Concrete Repair Materials,

  3. Flexible Electrostatic Adhesive Device

It always seems impossible until it's done. It is important
to keep making an effort until getting your goal.

It always seems impossible until it's done. It is important to keep making an effort until getting your goal.

Superconductor, Magnetic field

Superconducting Materials, Physical Phenomena, and
Industrial Applications

Superconducting Materials, Physical Phenomena, and Industrial Applications

Experimental Reseaarch, Internationalization,
Interdisciplinary Study.

Experimental Reseaarch, Internationalization, Interdisciplinary Study.

Advanced techniques for material characterization;
High-temperature superconductors; Magnetic materials

Advanced techniques for material characterization; High-temperature superconductors; Magnetic materials

  • Application of electron backscatter diff raction
    technique (EBSD) to the Microstructure Characterization
    of different materials: High-temperature
    Superconductors (HTSC), Ferrites, Multiferroics, Alloys,
    Biomaterials

  • Preparation and Characterisation of HTSC bulk
    materials and Ferrites

  • Study of the influence of different additions on the
    Microstructure and physical properties of the HTSC materials

  • Application of electron backscatter diff raction technique (EBSD) to the Microstructure Characterization of different materials: High-temperature Superconductors (HTSC), Ferrites, Multiferroics, Alloys, Biomaterials

  • Preparation and Characterisation of HTSC bulk materials and Ferrites

  • Study of the influence of different additions on the Microstructure and physical properties of the HTSC materials

Maximum application of all the knowledge of the theory
in the practice.

Maximum application of all the knowledge of the theory in the practice.

Material physics

Properties of High-temperature Superconductors (HTSC)
and magnetic materials, investigation of microstructure
using scanning probe techniques, magneto-optics, and
magnetic measurements. New shapes of samples in
reduced dimensions and their applications.

Properties of High-temperature Superconductors (HTSC) and magnetic materials, investigation of microstructure using scanning probe techniques, magneto-optics, and magnetic measurements. New shapes of samples in reduced dimensions and their applications.

It is most important to give the students an impression
how a physicist thinks.

It is most important to give the students an impression how a physicist thinks.

Energy materials, Environmental materials, Corrosion
and corrosion protection, Light metals

Synthesis of carbon-related materials, Li-air battery,
Control of wettability on material surfaces, Synthesis of
energy-related materials

Synthesis of carbon-related materials, Li-air battery, Control of wettability on material surfaces, Synthesis of energy-related materials

Do it better than anyone else based on your original
idea.

Do it better than anyone else based on your original idea.

Biopolymers, Biomass, Metal nanoparticles, Metal oxide,
Carbon-supported catalysts

Biopolymers, Biomass, Metal nanoparticles, Metal oxide, Carbon-supported catalysts

  • Modification and degradation of biopolymers

  • Synthesis of metal nanoparticles, metal oxide,
    carbon-supported catalysts via electrical discharge
    plasma in liquid
    I am interested in biomedical and energy applications.

    Synthesis of metal nanoparticles, metal oxide, carbon-supported catalysts via electrical discharge plasma in liquid I am interested in biomedical and energy applications.

Education is the process by which people do not only
acquire knowledge and skills, but also develop habits,
values, and attitudes.

Education is the process by which people do not only acquire knowledge and skills, but also develop habits, values, and attitudes.

Materials Science, Thermoelectricity, Superconductivity,
Thin films, Oxides

Materials Science, Thermoelectricity, Superconductivity, Thin films, Oxides

  1. Materials for energy and sustainable development
    (superconductors and thermoelectrics)

  2. Production and characterization of oxide, ceramic and
    metal thin films;

  3. Research on the influence of nanostructuration on
    physical properties

  1. Materials for energy and sustainable development (superconductors and thermoelectrics)

  2. Production and characterization of oxide, ceramic and metal thin films;

  3. Research on the influence of nanostructuration on physical properties

"Gutta cavat lapidem": persistent and constant effort
brings to the goal.

"Gutta cavat lapidem": persistent and constant effort brings to the goal.

Materials for energy and environment,
High Tc superconductors

Materials for energy and environment, High Tc superconductors

Development of MgB2-Based Bulk Super-magnets;
Development of LRE-123 Bulk Super-magnets;
Development of the technology for RE-123
superconducting films using RE-210; Development of
Fe-Se Bulk Super-magnets; Development of single phase
La-Fe-Si compounds; Development of Prototype DC
Superconducting Cable for several industrial
applications.

Development of MgB2-Based Bulk Super-magnets; Development of LRE-123 Bulk Super-magnets; Development of the technology for RE-123 superconducting films using RE-210; Development of Fe-Se Bulk Super-magnets; Development of single phase La-Fe-Si compounds; Development of Prototype DC Superconducting Cable for several industrial applications.

I would like to actively participate with my best eff ort
and ideas for transforming SIT students into one of top
class global leaders.

I would like to actively participate with my best eff ort and ideas for transforming SIT students into one of top class global leaders.

Materials science, Ceramics, Cryogenics, Superconductor

Processing and application of Ceramics microstructural control, Joining, Pulse field magnetization

Enjoy everything.

Materials Science, Materials design, Structural materials,
Energy materials; Metalic materials, Aluminum alloys, Magnesium alloys, Metal oxide; Nanocluster;
Microstructure control, Coating, Crystal growth

My research interests are the kinetics of phase
transformations and microstructural changes at the
atomic level using a three-dimensional atom probe, the
relationship between mechanical properties and
microstructure of metals and alloys, and the development
of novel coating techniques for Aluminum and
Magnesium alloys. Recently, my research interents are
extended to the fabrication of new material as energy
materials such as Li ion batteries and fuel cells.

My research interests are the kinetics of phase transformations and microstructural changes at the atomic level using a three-dimensional atom probe, the relationship between mechanical properties and microstructure of metals and alloys, and the development of novel coating techniques for Aluminum and Magnesium alloys. Recently, my research interents are extended to the fabrication of new material as energy materials such as Li ion batteries and fuel cells.

The aims of the teaching and study of sciences and
engineering in my laboratory are to encourage and
enable students to: develop inquiring minds and curiosity
about science and the natural world. acquire knowledge,
conceptual understanding and skills to solve problems
and make informed decisions in scientific context.
I enphasize the future vision of the reseach, thus, research
in my laboratry have a potetial of application. I believe
the realistic research topic is the best to enhanse the
motivation of research for students.

The aims of the teaching and study of sciences and engineering in my laboratory are to encourage and enable students to: develop inquiring minds and curiosity about science and the natural world. acquire knowledge, conceptual understanding and skills to solve problems and make informed decisions in scientific context. I enphasize the future vision of the reseach, thus, research in my laboratry have a potetial of application. I believe the realistic research topic is the best to enhanse the motivation of research for students.

　

Nanostructure, Titanium, Metal oxide,
Inorganic synthesis, Biomaterials,
Gene therapy, Neurodegeneration disease, Infection
disease

Nanostructure, Titanium, Metal oxide, Inorganic synthesis, Biomaterials, Gene therapy, Neurodegeneration disease, Infection disease

Morphogenetic approach to the application of nanostructured titanium oxide films (nTOPs) for
Multitasking

Morphogenetic approach to the application of nanostructured titanium oxide films (nTOPs) for Multitasking

"Please approach logically & scientifically" and "Go to
basic".

"Please approach logically & scientifically" and "Go to basic".

Nanomaterials, Electron microscopy

Fabrication of nanomaterials and nanostructures using
electron beams.
Properties of nanomaterials. Application of electron microscopes to materials science.

Fabrication of nanomaterials and nanostructures using electron beams. Properties of nanomaterials. Application of electron microscopes to materials science.

I would like to encourage your bold, independent
thinking in your research.

I would like to encourage your bold, independent thinking in your research.

Transmission electron microscopy, Nanostructure
physics, Two-dimensional materials

  • Controllable nanoprocessing of monolayer graphene
    by electron beam

  • Electrical conductivity measurment of graphene
    nanoribbon by in-situ TEM observation

  • Structure and properties analysis of nanomaterials by
    using TEM

  • Controllable nanoprocessing of monolayer graphene by electron beam

  • Electrical conductivity measurment of graphene nanoribbon by in-situ TEM observation

  • Structure and properties analysis of nanomaterials by using TEM

Guide the students to use advanced instruments as a
powerful tool in developing new material and
discovering novel physical properties of the material.

Guide the students to use advanced instruments as a powerful tool in developing new material and discovering novel physical properties of the material.

Engineering Science, Materials Engineering

  1. Hydrogen, Oxygen and Methane Storage Materials

    Hydrogen, Oxygen and Methane Storage Materials

  2. Prooduction of Quasicrystalline Materials

    Prooduction of Quasicrystalline Materials

  3. Shape Memory Alloys

    Shape Memory Alloys

  4. Thin metallic Films

    Thin metallic Films

  5. Hydrogen Susceptibility of Advanced Metallic
    Materials.

    Hydrogen Susceptibility of Advanced Metallic Materials.

Where there is a will, there is a way. Your sober and
diligent minds towards your study in front of you
definitely open your future. Keep motivation always
high.

Where there is a will, there is a way. Your sober and diligent minds towards your study in front of you definitely open your future. Keep motivation always high.

Physical-chemistry of materials

  1. Oxygen production and storage using solid materials,
    Pressure Swing and Temperature Swing Absorption
    methods

    Oxygen production and storage using solid materials, Pressure Swing and Temperature Swing Absorption methods

  2. Hydrogen storage in metal alloys

I want to inspire you to be curious and ask questions,
learn by yourself and learn to understand not just to
memorize.

I want to inspire you to be curious and ask questions, learn by yourself and learn to understand not just to memorize.

Functional matrials, Solid state physics & chemistry,
High-pressure synthesis

Functional matrials, Solid state physics & chemistry, High-pressure synthesis

Search for new functional inorganic materials,
e.g. magnet, semiconductor, superconductor,
thermoelectric material, using high pressure technique.

Search for new functional inorganic materials, e.g. magnet, semiconductor, superconductor, thermoelectric material, using high pressure technique.

It is important to accumulate knowledge, but it is even
more important to make use of it.

It is important to accumulate knowledge, but it is even more important to make use of it.

Mathematics especially Mathematical logic, !n particular
set theory

Mathematics especially Mathematical logic, !n particular set theory

  1. Determinacy of infinite games and large cardinal
    axioms

    Determinacy of infinite games and large cardinal axioms

  2. On large cardinal properties of ω_1

  3. Large cardinal axioms, forcing axioms, and subsets of
    ω_1

    Large cardinal axioms, forcing axioms, and subsets of ω_1

I would like to inspire you with the interest in new
mathematical worlds so that you can consider and work
out something intesting to you deeply from scratch.

I would like to inspire you with the interest in new mathematical worlds so that you can consider and work out something intesting to you deeply from scratch.

Applied optics, Biomechanics, Thermal engineering,
Heat transfer / Scattering by small particles,
Thermophysical properties, OCT, Meta-material,
Electromagnetic analysis, Thermal radiation

Applied optics, Biomechanics, Thermal engineering, Heat transfer / Scattering by small particles, Thermophysical properties, OCT, Meta-material, Electromagnetic analysis, Thermal radiation

  1. Mechanism of Laser Therapy on pigmented skin

  2. Measurement system for radiative properties of
    scattering media

    Measurement system for radiative properties of scattering media

  3. Biomedical measurement of human skin for medical
    care

    Biomedical measurement of human skin for medical care

  4. Control on optical properties of meta-material

  5. Heat transfer around a human body in urban environments

Training for brain improvement.

Optical engineering and measurement for brain and
cognitive sciences, Plant and environmental science,
Food science, Deepsea exploration, Nanophotonics,
Applied linguistics

Optical engineering and measurement for brain and cognitive sciences, Plant and environmental science, Food science, Deepsea exploration, Nanophotonics, Applied linguistics

Development of high resolution scanning nearfield
optical microscope for visualizing biological things;
Development of high resolution optical coherence
tomography to studying brain functions and other living
tissues of skin, plants etc;
Development of optical technologies such as laser
biospeckle and fast & highly accurate interferometric
tecniques in the study of short term effects on plants and
their interactions with environmental conditions;
Development of high resolution sensitive optical
metrologic and spectroscopic techniques in investigation
of microplastics in explorative deep-sea environment;
Application of functional Near-infrared spectroscopy
wearable devices to learning in real life settings and
studying effects of physical and mental stress;
Application of critical theory paradigms in evaluation of
flipped classroom models of learning.

Development of high resolution scanning nearfield optical microscope for visualizing biological things; Development of high resolution optical coherence tomography to studying brain functions and other living tissues of skin, plants etc; Development of optical technologies such as laser biospeckle and fast & highly accurate interferometric tecniques in the study of short term effects on plants and their interactions with environmental conditions; Development of high resolution sensitive optical metrologic and spectroscopic techniques in investigation of microplastics in explorative deep-sea environment; Application of functional Near-infrared spectroscopy wearable devices to learning in real life settings and studying effects of physical and mental stress; Application of critical theory paradigms in evaluation of flipped classroom models of learning.

To ensure the concrete establishment of required
fundamental knowledge and skills of students so as to
pave a way for them to enter the rightful environment of
research spontaneously with confidence and enthusiasm;
Main focus will be given for the development of an
intutive understanding of the basic principles of physics
and get to know the cutting edge technologies available.
The student is also required to develop a strong aptitute
for engaging in a highly interdisciplinary research and
getting versatile to the use of different software
applications tools available for research. Students are
highly encouraged not to take anything for granted and
always to keep an open mind as one will never know
when the next Eureka moment is on the run!

To ensure the concrete establishment of required fundamental knowledge and skills of students so as to pave a way for them to enter the rightful environment of research spontaneously with confidence and enthusiasm; Main focus will be given for the development of an intutive understanding of the basic principles of physics and get to know the cutting edge technologies available. The student is also required to develop a strong aptitute for engaging in a highly interdisciplinary research and getting versatile to the use of different software applications tools available for research. Students are highly encouraged not to take anything for granted and always to keep an open mind as one will never know when the next Eureka moment is on the run!

Optimal Design, Conceptual Design, System thinking,
Computational Engineering and Science, Emergent and
Artficial Intelligent Systems

Nature-Inspired Algorithm for Optimal Design, Topology
Optimization Based on Brain Machine Interface,
Creativity for Conceptual Design, such as Kando
Understanding. Engineering Application for Optimal
Design, such as Vehicle and Biped robot Design,
Engineering application problem using AI.

Nature-Inspired Algorithm for Optimal Design, Topology Optimization Based on Brain Machine Interface, Creativity for Conceptual Design, such as Kando Understanding. Engineering Application for Optimal Design, such as Vehicle and Biped robot Design, Engineering application problem using AI.

Educating talented engineer who can provide a
multidisciplinary synthetic problem-solving ability in
combination with system thinking and mechanical
engineering.

Educating talented engineer who can provide a multidisciplinary synthetic problem-solving ability in combination with system thinking and mechanical engineering.

Manufacturing technology, Mechanical engineering,
Topology optimization, Finite element method,
Numerical methods, Systems numerical analysis

Manufacturing technology, Mechanical engineering, Topology optimization, Finite element method, Numerical methods, Systems numerical analysis

  • Machine industrial systems design, manufacturing, and assembly

  • Optimization Algorithms Development

  • Optimal Systems Design

  • Artificial Intelligent Systems / Artificial Neural Network

  • Apply CAD/CAM-CNC to Design and manufacture

I will design some subjects to participate in the teaching
of undergraduate and graduate students in English.

I will design some subjects to participate in the teaching of undergraduate and graduate students in English.

Planning for Urban and Regional Resilience, Planning for
Community Resilience

Land use planning and environmental design for
adapting to the global climate change, Spatial planning
for mitigating earthquake disaster damages, Community
design and social systems for adapting to super-aged
society, New planning theory for urban and regional
diversity and resilience

Land use planning and environmental design for adapting to the global climate change, Spatial planning for mitigating earthquake disaster damages, Community design and social systems for adapting to super-aged society, New planning theory for urban and regional diversity and resilience

The laboratory focuses on multidisciplinary studies across architectural, environmental, social and
urban-engineering fields with an emphasis on how to
achieve resilient, diverse and vibrant urban and rural
areas - rather than disaster-protected but unlivable
areas.

The laboratory focuses on multidisciplinary studies across architectural, environmental, social and urban-engineering fields with an emphasis on how to achieve resilient, diverse and vibrant urban and rural areas - rather than disaster-protected but unlivable areas.

Urban planning, Disaster mitigation, Spatial analysis and
modeling

Urban planning, Disaster mitigation, Spatial analysis and
modeling

  1. Disaster recovery modeling and analysis using
    Agent-based modeling

  2. Risk zoning optimization for tsunami disaster
    mitigation

  3. Urban Risk Reduction of Developing countries for
    floods, earthquakes and fire

  1. Disaster recovery modeling and analysis using Agent-based modeling

  2. Risk zoning optimization for tsunami disaster mitigation

  3. Urban Risk Reduction of Developing countries for floods, earthquakes and fire

Encouraging students to understand and analyze urban problems using scientific techniques, to ensure they gain
the skills for evidence-based problem-solving that is
much needed in the world today.

Encouraging students to understand and analyze urban problems using scientific techniques, to ensure they gain the skills for evidence-based problem-solving that is much needed in the world today.

Theoretical particle physics

Flavour Physics, Perturbative QCD; Aspects of Neutrino
and Collider Physics; Grand Unification Theories;
SUSY models, Aspects of Cosmology

Flavour Physics, Perturbative QCD; Aspects of Neutrino and Collider Physics; Grand Unification Theories; SUSY models, Aspects of Cosmology

In addition to provide specific notions, basic purpose of
education is to help students to develop inquisitive and
unbiased minds.

In addition to provide specific notions, basic purpose of education is to help students to develop inquisitive and unbiased minds.

Social & human sciences : Contemporary society,
Work culture, Communication & media studies

Social & human sciences : Contemporary society, Work culture, Communication & media studies

Integrating individual character assessment & coaching,
Communication Theory, "Sense-making" management /
decision-making, and Resilience-building for individuals
and work teams.

Integrating individual character assessment & coaching, Communication Theory, "Sense-making" management / decision-making, and Resilience-building for individuals and work teams.

To encourage students to explore and take responsibility
for their own learning and gain core strengths needed
for successful international careers.

To encourage students to explore and take responsibility for their own learning and gain core strengths needed for successful international careers.

Basic chemistry, Computer literacy, Sustainable
development goals, Engineering ethics, Intercultural
communication

Basic chemistry, Computer literacy, Sustainable development goals, Engineering ethics, Intercultural communication

Impact of Intercultural Experiences, Development of
Short-Term English Programs, Planning and
Implementation of Workshops for Intercultural Students

Impact of Intercultural Experiences, Development of Short-Term English Programs, Planning and Implementation of Workshops for Intercultural Students

I will do my best to expose students to active learning
opportunities including various type of open questions,
through which I hope students can develop themselves as thinkers as well as practitioners.

I will do my best to expose students to active learning opportunities including various type of open questions, through which I hope students can develop themselves as thinkers as well as practitioners.

Science, Literature, Religion, Intercultural collaborative
learning, Assessment of study abroad program

Science, Literature, Religion, Intercultural collaborative learning, Assessment of study abroad program

  1. Science, Literature and Religion

  2. Designing Curriculum Internationalization and
    Intercultural Collaborative Learning Through Practice

    Designing Curriculum Internationalization and Intercultural Collaborative Learning Through Practice

  3. Quality Assurance of Educational Program through
    Evaluation

    Quality Assurance of Educational Program through Evaluation

Let's leave the comfort zone and give the creative zone a
try!

Let's leave the comfort zone and give the creative zone a try!