Special Scholarship Program

SSP Research Project List

Please choose one or two project(s) which you wish to do at KUT and list it/them on the SSP application form.
*SSP applicant must have a high ability of writing and communication in English with the intention, adequate knowledge and research skill to work in the following research projects.

(1) This research project list is only applicable to SSP, not to Ordinary Program.
(2) Information on the list is subject to change without notice.

Last updated: April 7, 2016

Research Field Project Leader Past Doctral Students Project Name(PDF) Required Skills  
Material and Life Systems Engineering (Kami campus)
Basic Molecular Biology Prof.Takeshi OHAMA Past Doctral Students Molecular Genetics of RNA Interference and Epigenetic Gene Silencing in A Unicellular Green Alga Chlamydomonas -Molecular Genetics Available
Applied Molecular Cellular Genetics Development of an Efficient Hydrocarbon Producing Algae by Genetic Modification of the Genome -Molecular Genetics
Organic Synthetic Chemistry, Heterocyclic Chemistry, Nitro Chemistry Prof. Nagatoshi NISHIWAKI Past Doctral Students Development of Novel Methods for Polyfunctionalized Compounds Using Nitro Systems -Fundamental Organic Chemistry
-Spectral Analyses (1H NMK, 13C NMR, IR, MS)
-Fundamental Experimental Manipulations
Theoretical Physics, Quantum Engineering Prof. Taksu CHEON Past Doctral Students Foundation of Quantum Technology -College level mathematics
-Programming Skill
Semiconductor materials and device physics, Flexible Devices, Transparent Electronics. Flat Panel Displays Prof. Mamoru FURUTA Past Doctral Students High Mobility and Highly Reliable Thin-Film Transistors (TFTs) for Next-Generation Flat-Panel Displays (FPDs). -Semiconductor materials and device physics,
-material evaluation techniques, vacuum system,
-material processing techniques (Photolithography, PVDs, and CVDs),
-device physics and electrical properties evaluations.
Available after October 2018 enrollment
Polymerization Catalysts and Polymer chemistry Prof. Ryuichi SUGIMOTO Past Doctral Students Design of Chiral Molecular Catalysts and the Development of Precision Polymerization Processes Using Them. -Fundamental Organic Chemistry
-Spectral Analyses (1H, 13C NMR, IR, MS)
-Fundamental Experimental Manipulations
Available after April 2018 enrollment
Synthetic Organic Chemistry Prof. Kazuya KOBIRO Past Doctral Students Synthesis and Application of Mesoporous Oxide Nanoparticles Using Supercritical Fluids -Knowledge of synthetic organic chemistry and inorganic chemistry.
-Skills to operate XRD, SEM, and TEM.
Available after April 2018 enrollment
Nanostructure, electron microscopy Prof. Hideo KOHNO   Fabrication and TEM Characterization of New Nanostructures -materials science, crystallography, vacuum system, electron microscopy
-English speaking and writing
-programming and data analysis on Linux, and glass work
Molecular Developmental Biology Prof. Yusuke KAMACHI   Molecular analysis of gene regulatory networks during the embryonic development of zebrafish -A solid understanding of molecular and cellular biology
-An understanding of developmental biology (preferred)
-General molecular biology skills
Nano-meter scale fabrication
Ion beam technology
Material science
Assoc. Prof. Sadao MOMOTA Past Doctral Students Micro-Nano Manufacturing and Modification of Materials by Use of Highly-Charged Ion Beams -Dynamics,
-Material Science
Intelligent Mechanical Systems Engineering (Kami campus)
Dynamics of Liquid Crystal Prof. Shigeomi CHONO
Past Doctral Students
Development of Liquid Crystalline Microactuators -Fluid Dynamics,
-Applied Physics
Prof. Tomohiro TSUJI Past Doctral Students
Control Theory, Intelligent Robotics Prof. Shuoyu WANG Past Doctral Students Development of A Novel Walking Training Machine -Control Theory (Robust,Adaptive)
-Programming Skill(VC++,Java)
Mechanical Control System Engineering, Robotics Prof. Koichi OKA Past Doctral Students Advanced Mechatronics (Magnetic Suspension System, Mechanical Control System, Robotics) -Control Theory,
-Dynamical Analysis,
Available after October 2017 enrollment
Thin film Fabrication Semiconductor Device Fabrication Reaction Engineering Electrical Engineering Chemical Engineering Physical Chemistry Fluid Dynamics Quantum Mechanics Assoc. Prof. Toshiyuki KAWAHARAMURA   Development of Functional Thin Film Fabrication Techniques Using Mist Droplets for Fabricating High Quality Thin Film Under Open-Air Atmospheric Pressure - Physical Chemistry
- Chemical (Reaction) Engineering
- Quantum Physics
- Fluid (Thermo)dynamics
- X-ray
Electronic and Photonic Systems Engineering (Kami campus)
Optical communications Prof. Katsushi IWASHITA Past Doctral Students High Capacity Optical Networks -Fundamental knowledge on analogue circuit,
-optical/electrical devices and signal processing Ability of communication and writing in English
Plasma Electronics, Plasma Science and Engineering, Gas Discharges, Plasma Processing, Nanotechnology, and Nano-material Prof. Akimitsu HATTA Past Doctral Students Production and Control of Reactive Plasmas for Processing of Advanced Materials -physics, chemistry, electromagnetics, electronics and electrical engineering,
-basic knowledge of principles of gas discharge and plasma science, vacuum system and engineering, some experience in plasma production and diagnosis,
-basic knowledge of material science and the skills to operate material analyzers such as SEM, TEM, EDS, XRD, Raman, FT-IR, XPS, etc
Available after April 2018 enrollment
Analog Mixed-Signal Circuit Design Prof. Masayoshi TACHIBANA Past Doctral Students Built-In-Self-Test Systems for Analog-Mixed Signal System LSI -Analog circuit design (Deep Sub-micron MOS)
-Logic circuit design (Verilog, VHDL)
Available after October 2018 enrollment
Upper Atmospheric Science and Space Engineering Prof. Masa-yuki YAMAMOTO Development of A New Thermospheric Neutral Atmosphere Sounding Technique and Study on Upper Atmospheric Science -Dynamics,
-Software technique,
Available after April 2017 enrollment
Nanomaterials and Technology, Semiconductor, Photonic and Electoric and Electronic Devices Prof. Chaoyang LI   Development of metal-oxide nanostructures for application in optoelectronic devices - Study or research background in material science (particularly oxide-metal semiconductor material), optoelectronics, physics, and chemical physics.
- Experience in the fabrication and evaluation of nano-scale materials.
- Good English conversation and academic writing skills.
Computer Science and Engineering Assoc. Prof. Yukinobu HOSHINO   Development the Pattern Classification Hardware System Based on Artificial Intelligence and Image Processing Technique -Deep knowledge in image processing, image feature descriptors
-Deep understanding in machine learning,
-boosting, decision tree algorithms, etc
-C++, OpenCV, FPGA programming languages
-Understanding in human emotion and sense
-Computer vision, image processing
-Modeling data by machine learning and reasoning
Available after April 2018 enrollment
Research and Development of an Optimization System Based on Evolutionary Computation Techniques -Terminal operation of Linux OS
-Discrete mathematics, Finite mathematics, Statistics
-C and C++ languages for computer programming
Physics of optoelectronic materials Assoc. Prof. Hisao MAKINO   Control and Characterization of Surface and Interface in Functional Oxide Thin Films -Characterization of inorganic materials,
-Thin film growth,
-Solid state physics
Material Science, Thin Film Engineering Assoc. Prof. Hiroshi FURUTA   Growth Control of Carbon Nanotube Forest for Electronic and Photonic Devices -Thin Film Engineering,
-Material Science,
Available after April 2017 enrollment
Optical wavefront control
Optical measurement
Quantum measurement
Quantum optics
Assist. Prof. Hirokazu KOBAYASHI   Experimental Study of Quantum Measurement Utilizing Optical Vortex -Undergraduate level mathematics (calculus and linear algebra)
-Quantum physics
-Geometric optics, wave optics, polarization optics
Computer architecture and VLSI design, Reconfigurable architecture and its CAD Assoc. Prof. Yukio MITSUYAMA   Highly Flexible Integrated System and its Development Platform -Computer architecture and FPGA architecture
-HDL design and FPGA implementation
-C and/or C++ language for computer programming
Information Systems Engineering (Kami campus)
Computer architecture and LSI design Prof. Makoto IWATA Past Doctral Students Multicore System-on-Chip Based on Low-Power Self-Timed Pipeline -Computer science and engineering,
-LSI design skills,
-Embedded software programming skill
Frontier of User Interface Research Prof. Xiangshi REN Past Doctral Students Development and Generation of Next Generation User Interfaces The applicant must have an outstanding track record in Computer Science, information Technology and/or HCI. The applicant should demonstrate outstanding academic performance (e.g. good programming skills, strong knowledge of math and statistics, interaction technologies e.g. Microsoft Kinect, eye tracking system, smartphones, etc.), research ability, communication and interpersonal skills, and demonstrated ability to work as part of a team as well as independently in the Ren Lab. The applicant must have strong ability in the English language (Japanese is a plus, but not essential). Available
Human Computer Interaction User Interface Design for the Ageing Population Outstanding track record in Computer Science, information technology and/or HCI. Outstanding academic performance (e.g., good programming skills, strong knowledge of mathematics and statistics, experience with interaction technologies e.g. eye tracking systems, smartphones and motion tracking systems), research ability, good communication and interpersonal skills
Human-Computer Interaction Designing and Developing Air-based Interactions - Work independently as well as in an international team
- Strong knowledge of mathematics and statistics.
- Strong software development skills.
- Strong communication ability and interpersonal skills.
- Strong ability in English Language (spoken and written).
- Experience with prototyping technologies such as Arduino, 3D printer, basic electronic circuit.
Human-Engaged Computing Human-Engaged Computing - Strong background in HCI, Computer Science, Design, Psychology or Neuroscience
- Strong software development skills
- Strong communication ability and interpersonal skills
- Strong verbal and written English skills
- Ability to meet tight work deadlines
- Ability to work independently as well as in an international team
Vision Psychophysics, Vision Science and Color Vision Prof. Keizo SHINOMORI Past Doctral Students Human color and visual information processing investigated by psychophysical approaches and development of applications with computational model simulation - Some background in vision, brain and /or psychological research is strongly preferred.
- Ability to adapt quickly to new research areas.
- High motivation to conduct foundation research on human factors.
- Ability to communicate effectively in English, including writing research papers in English.
- Ability to collect, analyze and report to English research publications.
- Programming skill (MATLAB), and strong ability in mathematics are preferred.
Available (in priority to the applicants for the Brain Information Processing Research Project)
Non-invasive Brain Research, Vision Science, Color Vision Brain information processing investigated by non-invasive brain measurement and psychophysical approaches, and development of brain function models - Experience of measurement by EEG and fMRI is preferred.
- Some background in vision, brain and/or psychological research is strongly preferred.
- Ability to adapt quickly to new research areas.
- High motivation to conduct basic research on human factors.
- Ability to communicate effectively in English, including writing research papers in English.
- Ability to collect and analyze data and report to English research publications.
- Programming skill (MATLAB), and strong ability in mathematics are preferred.
Cognitive neuroscience, Functional brain imaging Prof. Kiyoshi NAKAHARA   Functional Imaging of the Brain Network Activity Supporting Visual Recognition and Memory -Good communication and writing skills in English.
-Strong research background in neuroscience, or related areas.
-Familiarity with Matlab, statistical methods and programming skills is a plus.
Available after April 2018 enrollment
Signal Processing, Information Distribution, New Generation Network (Future Internet) Prof. Masahiro FUKUMOTO Past Doctral Students Signal Processing for Virtualization Technology Environments - Algebra, Linear algebra
- Information theory
- Programming (C language, etc.)
- IP network
Human 3D Visual Perception Assoc. Prof. Hiroaki SHIGEMASU Past Doctral Students Human 3D Visual Perception -Programming (Matlab, C/C++, R)
-Statistical data analysis
-Excellent writing skills
Structured Parallel Programming Assoc. Prof. Kiminori MATSUZAKI   Theory, Implementation, and Applications for Structured Parallel Programming -Superior skills in programming (C, C++, Java, etc.) and problem solving with algorithms.
-Mathematics, especially algebra and statistics.
-Experience in functional programming (Haskell, ML, Scheme, etc.) and parallel programming (OpenMP, MPI, CUDA, MapReduce, TBB, Cilk) are desirable.
Available after April 2018 enrollment
Pattern recognition and machine learning for brain decoding and neuroscience. Assoc. Prof. Shinichi YOSHIDA Past Doctral Students Fundamental Theory of Brain Decoding and its Applications to Non-verbal Information Retrieval -Mathematical theories related to machine learning and computational intelligence, e.g., kernel trick for support vector machine (SVM), regression (SVR), and clustering (SVC). Linear algebra for singular value decomposition (SVD) and probability,  statistics for Bayesian inference and particle filter (sequential Monte Carlo filter or extended Karman filter) are also required.
-Programming skill to implement above algorithm using C/C++/Matlab. Programming skills using MPI (Message Passing Interface) on Linux clusters may highly improve result of research.
-Ability to communicate and discuss in English.
Not available
Systems neuroscience, Brain imaging, Motor control Assoc. Prof. Hiroshi KADOTA   real-time fMRI neurofeedback training for motor control - Background in neuroscience and/or motor control research
- Proficiency in Matlab programming, and statistical methods
- Ability to communicate through spoken and written English
Infrastructure Systems Engineering (Kami campus)
Seismic Engineering of RC Structure, Structural Engineering of RC Building Disaster Mitigation Prof. Yoshiro KAI Past Doctral Students An Advanced Design Method for Large RC Structures Focused on Dynamic Response Characteristics -Dynamics of Structures,
-Computer Programing,
-CUDA, C++
Concrete engineering, civil engineering Prof. Masahiro OUCHI Past Doctral Students Construction, Maintenance and Management of Concrete Structures, Especially Using Self-Compacting Concrete -Fundamentals of concrete engineering,
-soil mechanics,
-structural mechanics and chemistry
Available after April 2018 enrollment
Remote Sensing Prof. Masataka TAKAGI Past Doctral Students Slope Failure Monitoring by Using Remote Sensing -Digital Photogrammetry
-Geo Science
-Geographic Information Science
-Computer Science
Not available
Building environmental engineering
Energy conservation
Assoc. Prof. Masaki TAJIMA   Development of methods to evaluate the indoor environment and energy conservation of dwellings -Building/housing environmental engineering, or public health
-Building/housing equipment
-Numerical calculation of heating & cooling load, fluid analysis, and/or energy consumption.
Economics and Management (Eikokuji campus)
Environmental & Infrastructure Management Prof. Tsunemi WATANABE Past Doctral Students Multi-party Risk and Uncertainty Management Process (MRUMP) for Local Environmental Management -Strong motivation to do research on human being and society
-High communication skill
-Basic Knowledge on Environmental Systems Engineering
-Basic Knowledge on Project Management
Available after October 2018 enrollment
New Public Management Hydrology Economics (Input Output Table) Psychology and Regression Analysis Prof. Seigo NASU Past Doctral Students Climate Change Simulation and Regional Adaptation Policy - Basic knowledge of civil engineering, especially hydrology and water resource management
- Computational programming knowledge and skill
- Basic psychological knowledge
- Experience in water resource management research
Economics (Input Output Table) Psychology and Regression Analysis Science of Management A Trans-Disciplinary Approach to Regional Planning Simulation Using Renewable Energy Clusters - Basic knowledge of civil engineering and economics
- Computational programming knowledge and skill
- Basic psychology knowledge
- Research experience in policy making
Game Theory and Experimental Economics Prof. Yoshio KAMIJO   Game Theoretic and Experimental Investigations of Institutions - masters level in economics including microeconomics, econometrics, statistics and mathematics
- basic game theory
- basic experimental and/or behavioral economics
Agriculture, natural resource management and environmental economics Prof. Koji KOTANI   Public perception, adaptation and pro-social behavior toward climatic change and related natural disasters under deep uncertainty - some training in calculus, probability and statistics
- intermediate microeconomics
- strong intellectual interest in one of the following fields: agriculture, natural
resource management and environmental economics
Available after April 2018 enrollment