HOME > Curriculum
This program aims to cultivate individuals who will lead innovations in futuristic energy materials and the field of electronics, and who can thrive and contribute on a global stage.
All educational and research activities are conducted in English. The curriculum consists of foundational courses to strengthen academic basics, and specialized courses focused on cutting-edge scholarly research. Students are encouraged to present their own research and engage in active discussions.
Subjects designed to develop basic knowledge in physics, chemistry, and engineering.
In-depth subjects in core disciplines such as quantum mechanics, electromagnetism, statistical mechanics, solid-state physics, materials chemistry, and spectroscopic analysis.
Courses centered around individual research projects.
Course List
Diploma policy & Curriculum map
Students must earn a total of at least 30 credits in accordance with the standards set by the degree program, and pass both the master's thesis review and the final examination.
Course Registration and Graduation Requirements
The program aims to cultivate educators, researchers, and highly skilled professionals with a broad, interdisciplinary perspective by integrating fields such as physics, chemistry, mathematics, biology, medicine, and information science.
All educational programs and research activities are conducted in English, fostering globally competent individuals equipped to address and overcome diverse challenges—from fundamental research to manufacturing and implementation. Through active discussions, students cultivate the ability to design and plan effective research projects.
Diploma policy & Curriculum map
Students must complete 25 credits as specified by the program requirements and pass both the doctoral dissertation review and the final examination.