Materials Science and Technology Overview２:IM （旧：Overview２）

Materials Science and TechnologyOverview1:Inorganic Materials

99KTM26

L3LBART530

飯田　努

Prof. Tsutomu IIDA

2026年度後期

2026年度

②Second semester

木曜4限

4th Period, Thursday

理学研究科　応用物理学専攻（一般教養科目）、工学研究科（一般教養科目）、先進工学研究科（一般教養科目）、薬学研究科（一般教養科目）

A course of liberal arts, the Department of Applied Physics, Graduate School of Science
A course of liberal arts, the Graduate School of Engineering
A course of liberal arts, the Graduate School of Advanced Engineering
A course of liberal arts, Graduate School of Pharmaceutical Sciences

2.00単位

講義

Lecture

英語　English

① [対面]対面授業/ [On-site] On-site class

Based on the Diploma Policy of the Graduate School of Advanced Science and Engineering, this course aims to cultivate international learning experiences and fundamental knowledge in the field of materials engineering, enabling students to acquire diverse abilities grounded in advanced specialized knowledge, research capabilities, and liberal arts education. Students will conduct independent research through group work and deliver presentations in English.

The objective of this course is to focus on semiconductor materials—one of the primary materials in materials science and technology—by examining the materials themselves, their manufacturing methods, and examples of their applications in society. Students will gain an overview of their fundamentals and applications while cultivating the ability to clearly explain these concepts to others in English.

Classes are conducted in English. Sufficient English communication skills are required to understand the lecture content. The course also aims to develop skills for discussing and presenting in English within this field. Students should be able to fully understand the overview of semiconductor materials and semiconductor engineering. The goal is for students to be able to conduct independent research on fundamental topics and give presentations collaboratively with group members, explaining concepts clearly to others.

Students are required with sufficient listening, reading and writing skills of English, corresponding TOEIC score is 600 or more.

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Evaluation will be based on active learning presentations and PowerPoint reports created for each assignment.

When preparing presentation materials, appropriately review and refer to content from previously completed courses that is relevant and deemed necessary.

Evaluation will be based on active learning presentations and PowerPoint reports created for each assignment.

・S：到達目標を十分に達成し、極めて優秀な成果を収めている
・A：到達目標を十分に達成している
・B：到達目標を達成している
・C：到達目標を最低限達成している
・D：到達目標を達成していない
・-：学修成果の評価を判断する要件を欠格している

・S：Achieved outcomes, excellent result
・A：Achieved outcomes, good result
・B：Achieved outcomes
・C：Minimally achieved outcomes
・D：Did not achieve outcomes
・-：Failed to meet even the minimal requirements for evaluation

N

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教科書および一部の参考書は、MyKiTS (教科書販売サイト) から検索・購入可能です。
​https://gomykits.kinokuniya.co.jp/tokyorika/​​​

It is possible to search for and purchase textbooks and certain reference materials at MyKiTS (online textbook store).
​​https://gomykits.kinokuniya.co.jp/tokyorika/

List of presentation topics covered in sessions 1 through 14:

Fabrication Techniques:
　　Melt Growth, Liquid Phase Growth
　　CVD, MBE,
　　Sputtering, Ion Beam
　　Photolithography, Ultra-Fine Processing LSI
Structure:
　　Superlattice Structure
　　Double Hetero Structure
　　MOS Transistor
　　Laser Diode (LD), Light Emitting Diode (LED)
　　Thyristor, IGBT, Power Device
　　SOI Structure, SoC Structure
　　Solar Cells
Material Aspects:
　　AlGaAs-based
　　InP, InGaAs, InGaAsP-based
　　SiC, GaN-based
　　Oxide Semiconductors
　　Organic Semiconductors

15th Session: Summary

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N

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