　　　　　

環境土木工学専攻

対象課程	科目名	単位数	科目コード	開講時期	授業科目区分
博士前期課程（修士課程）	Ａｄｖａｎｃｅｄ　ｃｉｖｉｌ　ｅｎｇｉｎｅｅｒｉｎｇ Advanced civil engineering	2	2334-01	2026年度前学期	関係科目

担当教員名
宮里　心一、, 徳永　光晴、, 有田　守、, 花岡　大伸、, 田中　泰司、, 高原　利幸、, 片桐　由希子、, 髙橋　茂樹、, 中野　一也

授業科目の学習・教育目標
キーワード	学習・教育目標
1.Civil engineering 2.State of art 3.Monitoring 4.Materials 5.Surveying	To learn state of the art technologies in civil engineering. To conceive the solution of problem in civil engineering filed. To brig up the picture of future in civil engineering. To find what to do as a civil engineer.

授業の概要および学習上の助言

Students will learn state of the art technologies in civil engineering field. This course covers various fields such as remote sensing, underground space technologies, coastal engineering, geotechnical engineering, material engineering, pavement and construction management. By introducing brand new information from various field, students will bring up the picture of future in civil engineering field. This course will help students to find what to do and how to do as a civil engineer in future. This class is provided in English.

教科書および参考書・リザーブドブック
None.

履修に必要な予備知識や技能
Basic knowledge of civil engineering, science and mathematics is requested. English skill is required in taking this class.

学生が達成すべき行動目標
No.
①	To know state of the art technologies in civil engineering
②	To conceive the solution of problem in civil engineering field
③	To have a picture of future in civil engineering
④	To find what to do as a civil engineer
⑤
⑥

達成度評価
評価方法	試験	クイズ小テスト	レポート	成果発表 (口頭・実技)	作品	ポートフォリオ	その他	合計
総合評価割合	0	0	80	0	0	10	10	100

評価の要点
評価方法	行動目標		評価の実施方法と注意点
試験	①
	②
	③
	④
	⑤
	⑥
クイズ小テスト	①
	②
	③
	④
	⑤
	⑥
レポート	①	レ	Create a report summarizing state of the art technologies, problems in society, solution with use of civil engineering technologies and left issues to be done.
	②	レ
	③	レ
	④	レ
	⑤
	⑥
成果発表 (口頭・実技)	①
	②
	③
	④
	⑤
	⑥
作品	①
	②
	③
	④
	⑤
	⑥
ポートフォリオ	①	レ	Activity records will be evaluated.
	②	レ
	③	レ
	④	レ
	⑤
	⑥
その他	①	レ	Class activities will be evaluated.
	②	レ
	③	レ
	④	レ
	⑤
	⑥

具体的な達成の目安
理想的な達成レベルの目安	標準的な達成レベルの目安
To be able to explain state of the art technologies in civil engineering. To be able to conceive the solution of problem in civil engineering. To have a picture of future in civil engineering basing on state of the art technologies. To find what to do in future as a civil engineer.	To know state of the art technologies in civil engineering. To find the problem in civil engineering. To be able to have a picture of civil engineering. To be able to find what civil engineers should do.

※学習課題の時間欄には、指定された学習課題に要する標準的な時間を記載してあります。日々の自学自習時間全体としては、各授業に応じた時間（例えば2単位科目の場合、予習2時間・復習2時間／週）を取るよう努めてください。詳しくは教員の指導に従って下さい。

授業明細
回数	学習内容	授業の運営方法	学習課題予習・復習	時間：分※
1	Guidance/Geophysical surveying and multiple refl ection theory	Lecture and discussion	Review the distributed materials in the class Self reflection	100
2	Influences of Dominant Frequency of Seismic wave s	Lecture and discussion	Review the distributed materials in the class Self reflection	100
3	Corrosion of reinforced concrete	Lecture and discussion	Review the distributed materials in the class Self reflection	100
4	Repair of reinforced concrete	Lecture and discussion	Review the distributed materials in the class Self reflection	100
5	Repair and retrofitting of concrete structures	Lecture and discussion	Review the distributed materials in the class Self reflection	100
6	Resilience and the Cultural Landscape	Lecture and discussion	Review the distributed materials in the class Self reflection	100
7	Advanced Remote Sensing	Lecture and discussion	Review the distributed materials in the class Self reflection	100
8	Acquisition and utilization of spatial informati on	Lecture and discussion	Review the distributed materials in the class Self reflection	100
9	Coastal erosion and drifting sand	Lecture and discussion	Review the distributed materials in the class Self reflection	100
10	Monitoring of eelgrass beds inhabiting the coast al area and diversity of living organisms	Lecture and discussion	Review the distributed materials in the class Self reflection	100
11	Seismic damage and seismic design	Lecture and discussion	Review the distributed materials in the class Self reflection	100
12	Inspection and assessment of concrete structures	Lecture and discussion	Review the distributed materials in the class Self reflection	100
13	Pavement: Type, Structure and Design	Lecture and discussion	Review the distributed materials in the class Self reflection	100
14	Pavement: Deterioration and Repairment	Lecture and discussion	Review the distributed materials in the class Self reflection	100
15	Reflection	Lecture, discussion and reflection	Prepare a report Review the distributed materials in the class Self reflection	200 100