Electrical, Electronics and Information Engineering Program － Subject Organizational Diagram	
Electrical Energy Systems and Control
Engineering Course
Power Electronics 1
Advanced Engineering on Electromagnetic Energy
Magnetohydrodynamics

Advanced Study for Plasma
Diagnostics

Advanced Course for Mechatronics
Motion Control

Optical Materials Engineering

Advanced Magnetics

Advanced Computing Systems

Instrumental Analysis for Electronic
Materials

Advanced Quantum Theory forElectronic Materials

Information Network Engineering

Topics on Nonlinear Optics

Advanced Topics onSpectroscopy

Advanced Engineering for Nonlinear Circuit

Advanced Theory of Quantum
Electronics

Electronic Displays

Advanced Information Networking Technologies

Semiconductor Devices

Energy Conversion and Control Engineering

Physics of Semiconductor Devices

Advanced Digital Signal
Processing Systems

Advanced Course of Digital
Image Processing

Natural Language Processing

Speech Information Processing

Functional Semiconductor Materials

Advanced Medium Voltage Converters

Advanced Software
Engineering

Three-Dimensional Image
Engineering

Functional Devices

Advanced Power Device

Graduate
SchoolAdvanced Neural Network Theory

Advanced Course on Computer
Control Systems

Materials Science on High-Tc Superconductors

Advanced Study for High Energy
Density Science

Information, Telecommunication and Control
Systems Course

Electrical Devices and PhotonicsEngineering Course

Technology for Electronic Materials Synthesis
Anisotropic EngineeringSystem LSI Design

Advanced Mathematical Informatics

Seminar on Electrical, Electronics and Information Engineering 1-4A, B;
Advanced Experiments on Seminar on Electrical, Electronics and Information
Engineering A, B; Special Exercises in Technical English(Compulsory)(Compulsory) Jitsumu-Kunren A, B; Thesis Research
Power GenerationandTransformation
Engineering

Other Electives

AppliedMathematics

Electrical Regulations and Management ofElectrical Facilities

Engineering
Thermodynamics
Elementary
Fluid
Mechanics

Network Engineering and ExerciseDigitalControl

Engineering
Mechanics

Laser Engineering

Optical Propertiesof Materials

Robotics

Application of Electrical Energy

Nuclear Energy Engineering

Device Engineering 3

Information Theory

Applied Electromagnetic
Wave Engineering

Electric and Electronic
Materials B

High Voltage andDischarge
Engineering

Project-oriented Practical Programming

Photonics 2

Database Management Systems and Applications(Common Study) Technical English in ElectricEngineering

Electrical Machine Design and Drafting

Acoustic and Speech Engineering

Cybernetics Engineering

Electric Actuators and Its Application Systems
4th YearCommunication System(Compulsory) Special Exploration and Presentations in Electrical, Electronics and Information A,B(Compulsory) Practical Design Project in Electrical,
Electronics and Information A, B

Electric Power Energy System
Plasma Physics and Engineering
ElectromechanicalEnergy ConversionPhotonics 1Engineering on
Electromagnetic Energy

Theory of Optimization and its
Applications

Device Engineering 2

Operating Systems
Data Structures and Algorithms

Multimedia Signal Processing

Electric and Electronic Materials A(Compulsory) Mathematics for Electric, Electronics and Information Engineering and Exercise 2;
Electric, Electronics and Information Engineering Laboratory 2

3rd YearPower Electronics(Common Study) Advanced Course
in Electromagnetics

Computer System

Device Engineering 1(Common Study) Analog Circuits(Common Study) Project-Based Programming(Compulsory) Control Theory; Electronic Device and Photonics Engineering ; Basic
Signal Theory; Mathematics for Electric, Electronics and Information Engineering andExercise 1; Electric, Electronics and Information Engineering Laboratory 1
1st and 2ndyear

Fundamentals of Control
Engineering
ElectronicCircuits
Electric PowerEngineering
Exercise inMathematics 2

Electrical Machinery

Fundamental Experimentsof Electrical Engineering
Basic Engineering inExperiment
Mathematics
2B

Mathematics
2A

Basic Mathematics for Electric,
Electronics and Information Engineering
Mathematics 1A

Exercise in
Mathematics 1

Fundamentals of Electronics andOptics 2

Fundamental Information
Processing Exercise

Electrical and Electronic
Engineering for Measurement

Fundamentals ofElectronics and Optics 1

Subjects in BOLD areCompulsory

Wave Mechanics and Vibrations
Probability and Statistics

Information
Processing

Digital Electronics Circuits

Theory and Practice ofElectric Circuit 2

Theory and Practice ofElectromagnetism 2

Biology 2

Engineering
Mathematics 2

Theory and Practice ofElectric Circuit 1

Theory and Practice ofElectromagnetism 1

Biology 1

Engineering
Mathematics 1

Chemistry Laboratory andExercise 2

Elementary
Engineering

Physics Laboratory andExercise 2
Mathematics 1B

Physics 2

Physics Laboratory andExercise 1

GeneralChemistry 2
Physics 1

General Chemistry 1

Chemistry Laboratory andExercise 1