Graduate School of Science and Technology
Kumamoto University
2-39-1 Kurokami, Chuo-ku,
Kumamoto 860-8555, Japan
Phone:+81-96-342-3513,
Fax:+81-96-342-3510
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HOME Master’s Course >Computer Science and Electrical Engineering

Master's Course

Computer Science and Electrical Engineering

We aim to provide state-of-the-art education on specialized course, and to master the modeling of the problem to be solved and the problem solution, intended for students who have studied fundamentals on general engineering and specialized fundamentals in the field of electricity, electronics and computer at undergraduate school. Subjects of education and research in this department cover a wide area including information science, computer engineering, electronic communication engineering, human engineering, energy engineering etc. Thus, we hope for the entrance of students who have not only steady knowledge on fundamentals on the specialty, but also the ability to apply the knowledge on fundamental engineering in wide area to one’s own special area by flexible thought, and be inspired to find and solve new problems.

Educational Goals
Electrical, electronic and computer engineering are fundamental technologies which support modern information and computer society. Training of expert engineers and researchers who commit the development of technology is indispensable.
This department trains expert engineers and researchers who have creative and flexible thought as follows:

  1. 1)One who can cope with various and dynamic social needs flexibly and rapidly using highly professional skill and wide scope.
  2. 2)One who has creative ability to solve problems by innovating new technologies.
  3. 3)One who desires to lead information society and has a sense of mission to contribute to regional and international society.

Educational Characteristics

Department of Computer Science and Communication Engineering

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The photomicrograph of fault tolerant FPGA (CMOS 65nm)

In the near future we expect to use any information systems anytime and anywhere, that is, make them ubiquitous in our society. In order to realize it we have to introduce variability to both computer hardware and software, and build up flexible and adaptable information systems. In this course we have specialists in computer engineering such as computer architectures and hardware designs, those in big data science and technology such as algorithms and data mining, and those on communications and electromagnetic waves, organically cooperating in doing education and research on these technologies.

Department of Frontier Technology for Energy and Devices

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A student who creates an integrated circuit in a clean room

The field of electrical energy and electronic devices includes the most fundamental and key technologies to support our society and its infrastructures, for example, through the efficient utilization of electric energy, the development of renewable energy resources, the development of innovative materials and electronic devices, and so on. In this division, both research and education are performed on Electric Power Systems, Electric Energy Conversion, Industrial Applications of Power Electronics, Environment Oriented Devices and Systems, Superconducting Devices, ULSI Technology, and Nano-Structure Technology.

Department of Human and Environmental Informatics

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Development of Next-Generation Electric Wheelchair “STAVi” for Improving Quality of Life.

In the future society with the problems of fewer children, aging, and environment, it becomes vital to develop the technology of supporting system for man to lead a safe, comfortable social life. To achieve that, research that multilaterally merges man and the environment that surrounds it is necessary. In this field of research, a wide-ranging education and the academic activity are carried out on various elemental technologies that are related to man, environment, and information, especially on Human interface, Intellectual control, Bio-engineering, and Natural environmental evaluation, etc.

Classes

Advanced Systems Control I
Advanced Systems Control II
Computer Aided Control Systems
Bioinformation Engineering
Multi-dimensional Signal Processing
Advanced Digital Information Analysis
Introduction to Information and Communications Network
Computer Vision I
Theory of Cryptography
Computer Argorithm I
Computer Argorithm II
Discrete System
Advanced Artificial Intelligence Engineering
Distributed systems
Advanced Computer Security
Advanced Computer Organization I
Advanced Computer Organization II
Advanced VLSI systems Engineering
Advanced Mechanical Systems Engineering
Advanced Power System Engineering I
Advanced Power System Engineering II
Advanced Pulsed Power Engineering
Non-destructive Testing Engineering
Discharge Plasma Engineering I
Discharge Plasma Engineering II
Advanced Electrical Energy Conversion
Advanced Engineering of Electronic Devices I
Advanced Engineering of Electronic Devices II
Advanced Analog Integrated Circuit Design
Advanced Lectures on Optical Measurement Engineering
Applied Digital Information Theory
Advanced Engineering of Electromagnetic Wave Circuits
Advanced Digital Signal Processing I
Advanced Digital Signal Processing II
Advanced Wireless Telecommunication Engineering
Computer-Aided Education System
Network-Based Education
Advanced Semiconductor Engineering I
Advanced Semiconductor Engineering II
Nano-Structure Device Engineering
Environmental Electronics
Electric Vehicle Technology
Advanced Bioelectrics in Plants
Advanced Biological Sensing System
Optical Device Engineering
Data Mining
Media Information Processing
Advanced Electric Power Frontier I
Advanced Electric Power Frontier II
Special Seminar on Computer Science and Electrical Engineering I
Special Seminar on Computer Science and Electrical Engineering II
Special Research on Computer Science and Electrical Engineering
Special Practice on Computer Science and Electrical Engineering