授業の形態
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講義
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アクティブラーニング
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授業内容と方法
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The purpose of this subject is to introduce and explain the most advanced concepts, methods, detailed technologies and social effects of various engineering fields. They cover 7 programs of 1 departments of the Faculty of Engineering, that is, Mechanical Engineering, Energy and Environment, Electrical and Systems Engineering, Electronic and Communication Engineering, Civil Engineering, Architecture and Building Engineering, and Computer Science and Intelligent Systems. 14 professors from 7 programs have one class each in turn. The official language on this subject is English. All the lectures and discussions are spoken in English. This is a united subject with URSEP.
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URGCC学習教育目標
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達成目標
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Final destination of this subject is to understand what is the frontiers of engineering, most advanced systems in various engineering fields. Each class has a special topic by a lecturer as an expert of a certain field of engineering and each class has its own purpose and destination. You have to grasp the purpose and the destination of each class from the lecture by yourself. How much you can understand is the real result of this subject. (Speciality, Locality and internationality, Communication skill)
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評価基準と評価方法
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The total result of this subject is calculated from the result of each class, normally it is an average of all the classes. The result of each class is estimated by the lecturer and the method to measure the result in each class is decided by the lecturer. Normally, it is necessary to attend the class, and your comments and discussions are treated as additional points. All the results are marked at percentage and the final results are graded as follows: Grade A: 100-90%, B: 89-80%, C: 79-70%, D: 69-60%, and less than 60% is disqualified.
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履修条件
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There are no conditions to take this subject.
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授業計画
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1: 10/7 (Mon), Orientation, T.Okazaki
2: 10/15 (Tue), Fundamentals of Composites Materials, S.Shibata
3: 10/21 (Mon), Evaporation and condensation, and multiple-effect distillation, T.Nosoko
4: 10/28 (Mon), Introduction to Machine Learning, R.Miyata
5: 11/11 (Mon), Fundamentals Science and Engineering, R.Kondo
6: 11/18 (Mon), Introduction to robust control, T.Nagado
7: 11/25 (Mon), Introduction to nonlinear control theory, S.Hanba
8: 12/2 (Mon), Fundamentals of organic solar cells, H.Kageyama
9: 12/9 (Mon), FPGA and hardware programming, K.Shimabukuro
10: 12/16 (Mon), Concrete engineering, Y.Suda
11: 12/23 (Mon), Bridge engineering, M.Tai
12: 1/6 (Mon), Seismic Evaluation and Retrofit, K.Nakada
13: 1/16 (Thur), Introduction to Environmental Engineering, R.Nakamatsu
14: 1/20 (Mon), Development of agricultural production system based on IoT, S.Tamaki
15: 1/27 (Mon), Programming and Logic, past and future, S.Kono
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事前学習
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Obtain preliminary knowledge of topics for each lecture.
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事後学習
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Make reports in accordance with the request of professors.
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教科書にかかわる情報
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教科書全体備考
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None
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参考書にかかわる情報
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参考書全体備考
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None
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使用言語
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英語
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メッセージ
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Try to take the entirely English speaking classes.
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オフィスアワー
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8:30-10:00 on Monday, Room 1-706
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メールアドレス
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Coordinator: okazaki@ie.u-ryukyu.ac.jp,kunita@ie.u-ryukyu.ac.jp
S.Shibata: shibata@tec.u-ryukyu.ac.jp
T.Nosoko: yongrang@tec.u-ryukyu.ac.jp
R.Miyata: miyata26@tec.u-ryukyu.ac.jp
R.Kondou: kondou@teada.tec.u-ryukyu.ac.jp
T.Nagado: nagado@eee.u-ryukyu.ac.jp
S.Hanba: s-hanba@gargoyle.eee.u-ryukyu.ac.jp
H.Kageyama: kageyama@tec.u-ryukyu.ac.jp
K.Shimabukuro: simabuku@tec.u-ryukyu.ac.jp
Y.Suda: ysuda@tec.u-ryukyu.ac.jp
M.Tai: tai@tec.u-ryukyu.ac.jp
K.Nakada: k-nakada@tec.u-ryukyu.ac.jp
R.Nakamatsu: nkmt_ryo@tec.u-ryukyu.ac.jp
S.Tamaki: shiro@ie.u-ryukyu.ac.jp
S.Kono: kono@ie.u-ryukyu.ac.jp
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URL
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