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Graduate School Information Booklet 2012 (PDF) Information concerning Advisor
is available from here
Research Projects for Special Scholarship Program
October 2012 and April 2013
Please choose the project which you wish to do at KUT and list it 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 as a research
assistant under the one of the following research projects.
| Last Updated: February 27, 2012 |
| Environmental Systems Engineering | ||||
| Biochemistry/ Molecular Biology |
Prof. ENOMOTO Keiichi | Nano-Biotechnology based on Protein Engineering |
- Chemistry of natural products - Biochemistry/Molecular biology - Protein engineering - Biochemical pharmacology |
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| Molecular Genetic Analyses of a Unicellular Green Alga Chlamydomonas Reinhardtii | Prof. OHAMA Takeshi | Molecular genetics of RNA interference and epigenetic gene silencing in a unicellular green alga Chlamydomonas |
- High English ability - Research experience in Molecular biology - Knowledgeble of Eukaryotic transcription and translation |
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| Genetic Engineering | Prof. OHAMA Takeshi | Development of an efficient hydrocarbon producing algae by genetic modification of the genome |
- Basic knowledge on molecular biology - Basic knowledge on genetic engineering - Basic knowledge on biochemistry - Basic knowledge on organic chemistry |
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| Materials Engineering, Superconductive Materials | Prof. MAEDA Toshihiko | Improvement of current performance of pulsed-laser-deposited oxide superconductor films for wire application |
- Solid-state physics and chemistry (especially crystallography and crystal chemistry) - Materials science - Basic knowledge of high-temperature superconductivity |
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| Environmental Energy Engineering | Associate Prof. HORII Shigeru | Development of Energy Oxide Materials using a High-Magnetic-Field Process and its Crystal-chemistry |
- Material science - Inorganic chemistry |
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| Synthetic Organic Chemistry | Associate Prof. NISHIWAKI Nagatoshi | Development of Novel Methods for Polyfunctionalized Compound Preparation Using Nitro Systems |
- Organic Chemistry - Synthetic Chemistry |
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| Theoretical Physics, Quantum Engineering |
Prof. CHEON Taksu | Foundation of Quantum Technology | - College level mathematics, programming skill | |
| Intelligent Mechanical Systems Engineering | ||||
| Fluid Dynamics | Prof. CHONO Shigeomi Associate Prof. TSUJI Tomohiro |
Development of Liquid Crystaline Micro Actuators | - Good knowledge on mechanical & mathematical skills | |
| Robotics, Control Engineering | Prof. WANG Shuoyu | Development of a novel walking training machine |
- Control(Robust,Adaptive) - Programming(VC++,Java) - Robotics(Dynamics,Intelligence) |
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| Automatic Control, Mechatronics | Prof. OKA Koichi | Development of Novel Magnetic Suspension System | - Linear and Nonlinear Control System, Electromagnetics,Magnetic Suspension | |
| Nano Manufacturing, Atomic and Nuclear Physics, Material Physics, Nano Manufacturing | Associate Prof. MOMOTA Sadao | Micro-nano manufacturing and modification of materials by use of ion beams |
- Dynmics, Electromagnetics, - Material science, Electronics |
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| Production and application of radioactive isotope beams |
- Material science - Radiation detection - Electromagnetism |
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| Thermal Engineering | Associate Prof. MOROZUMI Yoshio | Research on thermofluid dynamics in Microdroplets |
- Fundamental knowledge on heat transfer, fluid dynamics & reaction kinetics - Experiences in computational fluid dynamics - Programming (Fortran, C etc.) |
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| Heat and power output in human skeletal muscle under exercise and heat/moisture transfer through clothing | ||||
| Neural Networks, Genetic Algorithms, Paper Currency Recognition, Individual Recognition, Digital Signal processor |
Prof. TAKEDA Fumiaki | Intelligent Image Processing and Advanced AI Technology for Industrial Application |
Programming C Basic knowledge of Neural networks, Data Analysis with statistical method, and image processing. Basic mathematical knowledge_ |
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| Tribology, Non-destructive Inspection | Prof. TAKEUCHI Akitoshi | Development of novel slip bearing using super repellency | Basic knowledge on fluid dynamics and mathematics | |
| Electronic and Photonic Systems Engineering | ||||
| Optical communication | Prof. IWASHITA Katsushi | High capacity optical network | - Fundamental Knowledge on analog circuit, optical/electrical devices and signal processing | |
| Plasma Science and Engineering | Prof. HATTA Akimitsu | Growth of Nano-structural Material and Fabrication of Micro-electronic Devices by Micro-plasma Jet Processing in SEM (Nano Center) | - Dynamics, Electromagnetics, Electronics, Material Science | after October 2013 enrollment |
| VLSI Design and Electronic Design Automation | Prof. TACHIBANA Masayoshi | Built-In-Self-Test systems for Analog-Mixed-Signal system LSI |
- Programming(VHDL, SPICE, UNIX - Analog Circuit Design |
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| Intelligent System, Electronic Circuit System, Embedded System | Associate Prof. HOSHINO Yukinobu | Development of a pattern classification hardware system based on artificial intelligence and image processing technique |
- Programming skills: (C, C++, OpenCV) - Circuit design skills: VerilogHDL design on FPGA - Fundamental mathematical skills: Linear algebra, Calculus, Statistics, Set and Logic - Digital image processing skills: (Linear filtering, Principal component analysis, Morphological Image Processing) |
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| Space Engineering, Upper Atmospheric Physics, Image Processing, Science Education | Associate Prof. YAMAMOTO Masa-yuki. | Development of a new thermospheric neutral atmosphere sounding technique and study on upper atmospheric science |
- Fundamental knowledge on Analog circuit, Radio frequency circuit, Electrical devices, and Signal processing - Fundamental knowledge on Optics, Optical/Laser devices, and Image processing - Programming and Web-design skills: (C, IDL, php, Perl, etc.) - Fundamental knowledge on Physics (Dynamics and Electromagnetism), Geophysics, and Planetary science |
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| Information Systems Engineering | ||||
| Hardware Systems Design | Prof. IWATA Makoto | Dependable and Energy-Aware MPSoC Architecture |
- High motivation to conduct basic research on computer science and engineering - Programming skill (Java, C++, perl, shell and so on) - Circuit design skill including language (VHDL or Verilog HDL) and VLSI CAD tools (circuit simulator, synthesis, P&R and so on) and ability in mathematics are preferred |
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| Telecommunications | Prof. SHIMAMURA Kazunori | Communications Protocols for Virtual RF-Tags Connections |
- Computer programming skill - Mathematical ability - Analytic attitude |
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| Vision Psychophysics | Prof. SHINOMORI Keizo | Human-centered Utilizatin of Visual Information for Surrounding Computing |
- Ability to adapt quickly to new research areas - High motivation to do basic research on human being - Programming skill (METLAB, C, Delphi and so on ) and ability in mathematics are preferred |
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| Elucidation of Human Visual Information Processing through Psychophysical Approaches and Subsequent Application Development by Computational Model Simulation |
- Ability to adapt quickly to new research areas - High motivation to do basic research on human being - Programming skill (METLAB, C, Delphi and so on ) and ability in mathematics are preferred |
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| Elucidation of brain information processing by non-invasive brain measurement methods, and development of applications with brain function models. |
- Ability to adapt quickly to new research areas. - High motivation to conduct basic research on human factors and brain research. - Ability to communicate effectively in English, including writing research papers in English. - Ability to collect, analyse and report data to research publications in English. - Programming skill (e.g. MATLAB, C), and strong ability in mathematise are preferred. - Experience in research on human subject is preferred. |
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| Human-Computer Interaction | Prof. REN Xiangshi | Designing User Interface Software, Interaction Technology, and Human-Computer Interaction Models |
- Willing to conduct basic qualitative data collection on user - High motivation to do basic research on human computer interaction - Programming skill (Java, C and so on) and ability of mathematics are preferred |
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| Frontiers of User Interface Research: modeling human performance, designing multimodal input and output interfaces |
- High motivation to do basic research on Human Computer Interaction (HCI) - Programming skill (Java, C and so on) - Ability of mathematics |
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| Computer Aided Verification | Associate Prof. TAKATA Yoshiaki | A formal language-based model of multi-threaded recursive programs and its verification |
- High motivation to conduct basic research on formal approach to software systems - Sufficient understanding of formal language theory and automata theory - Capable of collecting, analyzing & report for English research publications - Programming skills |
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| Wireless Communication Systems, Spread Spectrum | Associate Prof. HAMAMURA Masanori | Signal Design and Network Architecture for Wireless Communications |
- Communication systems and information theory - Signal processing - Programming skill (MATLAB, C) |
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| Parallel Programming, Algorithm Derivation, Functional Programming | Associate Prof. MATSUZAKI Kiminori | Theory and Implementation for Practical Structured Parallel Programming |
- Good experience of programming (C, C++, Java, etc.) - Basic knowledge on parallel programming (OpenMP, MPI) |
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| Psychophysics (Vision Research) and e-Learning Systems | Assistant Prof. MENDORI Takahiko | Development of an intuitive e-Learning system to support face-to-face instruction |
- Willing to conduct basic qualitative data collection on user - Ability to communicate effectively in English - Capable of collecting, analyzing & report for English research publications - Programming experience in PHP, Java, Action Script, XML & SQL |
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| Soft Computing, Computational Intelligence | Assis. Prof. YOSHIDA Shinichi |
Multimedia Information Retrieval and Intelligent Systems on the Internet |
Fundamental mathematical skills: e.g.) Linear algebra, Calculus, statistics, set and Logic. Programming skills: e.g.) C, C++, JAVA, Matlab, Perl, Ruby, Python. Communication: Ability of communication, surveying, reading, and writing academic papers in English. Network techniques: Web server construction and fundamental web programming with SQL database systems using Linux or other operating systems. |
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| Infrastructure Systems Engineering | ||||
| Concrete Engineering | Prof. SHIMA Hiroshi | Shear stress-slip model of steel-to-concrete stud connectors for the design of steel-concrete composite structures |
- Ability to execute an experiment - Fundamental knowledge on concrete |
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| Simulation method for chloride induced deterioration of reinforced concrete structures | ||||
| Post-peak Dynamic Response Analysis of Force-Deflection Relationship of Reinforced Concrete Frames under Large Scale Seismic Forces | ||||
| Freeing of Hook Details by Performance Evaluation of Anchoring Bar in Reinforced Concrete Design | ||||
| New Public Mnagement and integrated simulation system of socio-economic impact | Prof.NASU Seigo | Decision Making System with Integrated Simulation Model for Water Resource Policy in a Climate Change Scenario |
- Numerical analysis of economics deploying I-O table - New public management at river basin - Computational programming |
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| Seismic Engineering of RC structure Structural Engineering of RC building Disaster Mitigation |
Prof. KAI Yoshiro | An advanced design method for large RC structures focused on dynamic response characteristics |
-Computational programming -Earthquake response analysis of structures |
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| Concrete Engineering | Associate Prof. OUCHI Masahiro | Design, Manufacturing and Construction of Self-Compacting Concrete | - Fundamental of concrete engineering | |
| Concrete Engineering | Associate Prof. OUCHI Masahiro | Asset Management for Concrete Structures | - Fundamental of concrete engineering | |
| Frontier Engineering | ||||
| Infrastructure Management | Prof. WATANABE Tsunemi | Multi-party Risk and Uncertainty Management Process (MRUMP) for Local Environmental Management |
- Strong motivation to do basic research on human being and society - High communication skill - Environmental Systems Engineering - Project Management |
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| Laser Diode, Optical communication | Prof. NONAKA Koji | High Resolution Distributed Fiber - Optic Sensor Based On Optical Pulse Correlation Measurement |
- Optics or Opto-Electronics Experience (Alternative : Analog Circuit Design or Mechanics Control Skill - Physics or Mathematics Background |
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| Multi-wavelength high performance optical pulse generator | ||||
| Deep UV Generation Using BBO Optic Crystal | ||||
| Optical Micro-cell System for Ubiquitous High-speed Datacom-Access | ||||
| Research Institute for Nanodevices | ||||
| Semiconductor material Semiconductor process Thin- film transistor Flat- Panel Display |
Prof. FURUTA Mamoru | High Mobility and High 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 (PVDs and CVDs), device physics and evaluation techniques. | |
| Semiconductor Semiconductor process Phosphor Nanotechnology |
Associate Prof. LI Chaoyang | Development of Optoelectronic Devices Using Oxide Based Nanostructures and Thin Film |
- Background in physics, chemistry, material science and nanotechnology - Abilities in problem solving, collaborative research - Good judgment, clear sense of purpose, and accountability |
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| Physics of optoelectronics materials | Associate Prof.MAKINO Hisao | Research on electrical and optical properties of ZnO based thin films |
- Characterization of inorganic materials - Thin film growth - Solid state physics |
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