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年度	2024年度	開講部局	教養教育
講義コード	65400601	科目区分	領域科目
授業科目名	Introduction to Applied Chemistry, Chemical Engineering,and Biotechnology
授業科目名 （フリガナ）
英文授業科目名	Introduction to Applied Chemistry, Chemical Engineering,and Biotechnology
担当教員名	舟橋　久景
担当教員名 (フリガナ)	フナバシ　ヒサカゲ
開講キャンパス	東広島	開設期	1年次生   前期   ２ターム
曜日・時限・講義室	(2T) 水9-10,金7-8：総J304
授業の方法	講義	授業の方法 【詳細情報】
			Basically face-to-face talk using power point, and discussion. Online lecture may be held depending on lecturer's convenience.
単位	2.0	週時間		使用言語	E : 英語
学習の段階	1 : 入門レベル
学問分野（分野）	25 : 理工学
学問分野（分科）	10 : 総合工学
対象学生
授業のキーワード	applied chemistry, chemical engineering, biotechnology, nanotechnology, new functional materials, energy, environment, health and disease
教職専門科目		教科専門科目
教養教育での この授業の位置づけ	Area Courses（Courses in Natural Sciences)　Category：Chemistry
学習の成果	Fundamental knowledge on the technology of applied chemistry, chemical engineering, and biotechnology will be acquired.
授業の目標・概要等	We will give lectures on advanced research contents in the fields of applied chemistry, chemical engineering, and biotechnology, and their role in human society, and will explain their interests and possibilities for the future.
授業計画	1. 7-Jun Chemistry of organic functional dyes, Yohei Adachi 2. 12-Jun Functional dyes and smart polymeric materials, Keiichi Imato 3. 14-Jun Ondemand synthesis of zeolite, Nao Tsunoji 4. 19-Jun Development of electrolytes for a new type fuel cell, Hiroshi Fukuoka 5. 21-Jun Introduction to Polymer Chemistry, Yuushou Nakayama 6. 26-Jun, Microbial biotechnology and bioactive compounds, Kenji Arakawa 7. 28-Jun, The world in which“Bio”works as a functional material, Hisakage Funabashi 8. 3-Jul Medicine and glycobiochemistry, Miyako Nakano 9. 5-Jul Bioproduction and recycling carbon and nitrogen resources, Takahisa Tajima 10. 10-Jul Size biology: design principles of cellular architecture, Kazunori Kume 11. 12-Jul Design of advanced fine particles for SDGs, Tomoyuki Hirano 12. 17-Jul Membrane separation for gas and vapor separation, Norihiro Moriyama 13. 19-Jul Production processes and applications of porous materials, Masaru Kubo 14. 24-Jul Development of porous carbon materials for high-performance energy storage devices (Synthetic strategies), CAO LE ANH KIET 15. 26-Jul Development of porous carbon materials for high-performance energy storage devices (Applications), CAO LE ANH KIET Reports and/or short tests will be imposed. The contents and the order of the lectures may be changed depending on the lecturer's convenience.
教科書・参考書等	Lectures will be performed by using audiovisual aids such as power point. Some documents will be distributed as necessary.
授業で使用する メディア・機器等
	【詳細情報】	Blackboard, handouts, and visual materials (Video/PC) may be used.
授業で取り入れる 学習手法
予習・復習への アドバイス	Since this class is carried out in an omnibus style, preparation for each lecture is not necessary. But raise daily attentions about people, society, nature and engineering relations.
履修上の注意 受講条件等	In principle, English is used in this lecture. However, in some cases English and Japanese are used together as necessary, in such a way that there is no disadvantage for international students who can not understand Japanese.
成績評価の基準等	Evaluation will be based on reports and/or small tests carried out by each lecturer.
実務経験
実務経験の概要と それに基づく授業内容
メッセージ
その他	Yohei Adachi, yadachi@hiroshima-u.ac.jp Keiichi Imato, kimato@hiroshima-u.ac.jp Nao Tsunoji, tnao7373@hiroshima-u.ac.jp Hiroshi Fukuoka, hfukuoka@hiroshima-u.ac.jp Yuushou Nakayama, yuushou@hiroshima-u.ac.jp Kenji Arakawa, karakawa@hiroshima-u.ac.jp Hisakage Funabashi, hisafuna@hiroshima-u.ac.jp Miyako Nakano, minakano@hiroshima-u.ac.jp Takahisa Tajima, ttajima@hiroshima-u.ac.jp Kazunori Kume, kume513@hiroshima-u.ac.jp Tomoyuki Hirano, tomoyuki-hirano@hiroshima-u.ac.jp Norihiro Moriyama, moriyama-n@hiroshima-u.ac.jp Masaru Kubo, mkubo@hiroshima-u.ac.jp CAO LE ANH KIET, caoleanhkiet@hiroshima-u.ac.jp
すべての授業科目において，授業改善アンケートを実施していますので，回答に協力してください。 回答に対しては教員からコメントを入力しており，今後の改善につなげていきます。