Syllabus data
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Teacher name ： Shinichi Yusa
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Course Title
Functional Polymers
Course Title in English
Functional Polymers
Course Type
-
Polymer Chemistry
Eligible Students
Graduate School of Engineering
Target Grade
1Year
Course Numbering Code
HETMA5MCA1
Credits
2.00Credits
The course numbering code represents the faculty managing the subject, the department of the target students, and the education category (liberal arts / specialized course). For detailed information, please download the separate manual from the upper right 'question mark'.
Type of Class
講義 (Lecture)
Eligible Year/Semester
Fall semester 2026
(Fall semester)
Instructor
Shinichi Yusa,Mizuho Kondou
Affiliation
Graduate School of Engineering
Language of Instruction
Japanese
Related SDGs
9
Office Hours and Location
At any time (please contact me in advance)・C634
Contact
Shin-ichi Yusa
E-mail: yusa@eng.u-hyogo.ac.jp Tel: 079-267-4954 Corresponding Diploma Policy
A double circle indicates the most relevant DP number and a circle indicates the associated DP.
Corresponding Undergraduate School DP
ー
Corresponding Graduate School DP
1◎
Corresponding University-Wide DP
N/a
Academic Goals of Teacher Training Course
ー
Course Objectives and Learning Outcome
Leaning how to synthesize and characterize macromolecules.
Goals: To understand the topics related to polymer synthesis and characterization methods, and to be able to explain them by oneself. Subtitle and Keywords of the Class
Course Overview and Schedule
Learning about modern topics and applications based on the knowledge of polymers.
In particular, learning about new synthesis methods and measurement methods for polymers, which have been developing remarkably in recent years. Lesson plan 1-3. Basics of polymers 4-6. Polymer synthesis 7-9. Polymer characterization 10-12. Polymer properties 13-15. Polymers and Industry In-person/Remote Classification
In-person
Implementation Method and Remote Credit Limit Application
Uses of Generative AI
Limited permission for use
Precautions for using Generative AI
【生成AIの利用について】
生成AIの利用については教員の指示に従うこと。 生成AIによる出力結果をそのまま課題レポートとして提出してはいけない。 Textbook
Prints
References
三訂 高分子化学入門、NTS出版、蒲池幹治
Contents and Estimated Time for Pre- and Post- Learning (Preparation and Review)
【予習】授業に際して指示するオンデマンド教材の部分を事前読み込み（30ｈ）
【復習】講義内容の理解を深め定着させるためにオンデマンド教材を読み直し（30ｈ） Contents of Active Learning
該当なし
Grading Criteria and Methods
高分子を理解し、その応用ができる者に単位を授与する。
講義目的・到達目標に記載する能力（知識・技能、思考力、判断力、表現力等）の到達度に応じてSからCまで成績を与える。 レポートの内容により評価する。 How to Disclose Assignments and Exam Results
レポートは、それぞれにユニバーサルパスポートのクラスプロファイル機能を使って講評する。
Precautions and Requirements for Course Registration
・当授業は、原則全ての授業を対面で実施する予定ですが、状況によっては、自宅でのオンライン授業を実施する場合があり、自宅等でオンライン授業の受講を視聴できる通信環境(PC・タブレット等の端末やWi-Fi環境)が必要です。最終的な授業方法は履修登録後に決定・連絡します
Practical Education
該当しない
Remarks
In cases where any differences arise between the English version and the original Japanese version, the Japanese version shall prevail as the official authoritative version.
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