StudyQA — Master: Electrical and Electronic Engineering

Description Contents Requirements Funding

In recent years, Electrical and Electronics Engineering has been expanding due to rapid advancements in all engineering disciplines, covering an ever-widening range of academic and professional programs. The Department of Electrical and Electronic Engineering offers a balanced interdisciplinary program of core subjects and scientific and technological fields of physical science and electronics engineering; computer, information science and systems engineering; electric power/energy and power electronic systems engineering; and control systems engineering.

This is a systematic education and research program covering the science and technology at the heart of modern society, from the fundamentals to advanced courses. We aim to produce individuals who will operate the hardware and software technology in a high-information society, combining advanced study and research skills.

Research Work in Electrical and Electronics Engineering
Advanced Science and Technology I-1～5
Research Work in Electrical and Electronics Engineering
Advanced Science and Technology I-1～5
Special Lecture I
Special Lecture II
Seminar on Advanced Electrical and Electronics Engineering
Research Work in Electrical and Electronics Engineering
Diffraction Physics of X-rays and Electrons
Advanced Course on Quantum Mechanics
Advanced Course on Electromagnetic Wave Theory
Quantum Optics and Optical Properties of Solids
Devices for Optical Communications
Advanced Solid State Physics I
Advanced Solid State Physics II
Advanced Electic Power Engineering
Advanced Course on Integrated Circuit Design
Advanced Course on Computer System
Advanced Course on Communication Systems
Digital Image Processing
Advanced System Engineering
Advanced Applied Math I～IV
Magnetism of Materials
Photonics Devices
Physical Properties of Electronic Materials
Mesoscopic Electronic Materials
Advanced Vacuum Engineering
Advanced Course on Lightwave Electronics
Advanced Gas Discharge and Plasma Engineering
Advanced Course on Integrated Circuit Systems
Advanced Course on Logic for Computer Engineering
Advanced Course on Information Engineering
Complexity Theory
Data Structures
Modern Control Systems Engineering
Advanced Course on Quantum Electronics
Advanced Course on Software Design
Optimization Theory
Special Lecture III

Distribution of Application Forms	[Semester I] Late April [Semester II] Late November
How to Obtain Application Guideline/Forms	Obtain at the faculty office for free. Send a self-addressed stamped envelope (24×33.2cm) to the faculty. Please contact the faculty office for details. Please refer to the graduate school website. To request from abroad, please contact the faculty office.
Availability of Past Examination	Please refer to the university website.
Japanese Language Requirement	Sufficient for understanding lectures and related documents
Pre-Arrival Admission	Not Available
Application from outside Japan	Available
Visiting Japan for Entrance Exam	Necessary
Kobe Univ. Entrance Examination Subjects	English and Japanese Major Subject Oral Exam Application Document Screening * Recommended to find the professor/supervisor in advance.
EJU Requested Subjects	Not required to take EJU
English Examination	TOEFL/TOEIC