Education Goals
- Provide training in sciences to enable students to understand science and technology as they relate to society.
- Foster academic abilities and information processing skills in the basic sciences of science and technology as well as information science.
- Facilitate acquisition of basic knowledge in a specialized field and the ability to independently solve problems.
- Foster the ability to understand the latest trends in science and technology and the communication skills to explain them.
- Cultivate interest in creating a social infrastructure that maintains an enriching living environment while protecting the global environment.
- Cultivate people who are capable of taking the lead in planning, constructing, and managing the social infrastructure.
- Cultivate the ability to understand human life and culture from a broad perspective.
Improving Education
Improving Education
The former Department of Civil Engineering is continuously examining and improving its education system.
We repeatedly implement the Plan-Do-Check-Act cycle to create a system that allows students to learn more effectively.
Plan
The Improvement Planning Committee devises specific policies for improving the education system. (Chairperson: Kazuyuki Izuno)
Do
All of the professors affiliated with the former Department of Civil Engineering implement specific improvements.
Check
An Education System Evaluation Committee evaluates progress on the improvements. It issues reports as needed, and identifies further areas for improvement. About once a year, the Expanded Education System Evaluation Committee, which includes some members from outside of the university, meets to evaluate and examine the education system from a more comprehensive perspective.
Action
Action is taken by a departmental conference comprised of all the professors affiliated with the department. This is the body with ultimate decision-making authority regarding education system improvements. (Department Chair: Hirosi Tsukaguchi, Educational Affairs Committee Member: Keiichi Ogawa)
We repeatedly implement the Plan-Do-Check-Act cycle to create a system that allows students to learn more effectively.
Plan
The Improvement Planning Committee devises specific policies for improving the education system. (Chairperson: Kazuyuki Izuno)
Do
All of the professors affiliated with the former Department of Civil Engineering implement specific improvements.
Check
An Education System Evaluation Committee evaluates progress on the improvements. It issues reports as needed, and identifies further areas for improvement. About once a year, the Expanded Education System Evaluation Committee, which includes some members from outside of the university, meets to evaluate and examine the education system from a more comprehensive perspective.
Action
Action is taken by a departmental conference comprised of all the professors affiliated with the department. This is the body with ultimate decision-making authority regarding education system improvements. (Department Chair: Hirosi Tsukaguchi, Educational Affairs Committee Member: Keiichi Ogawa)
Progress Evaluation
| Methods and standards for evaluating students' learning and achievement of education goals | ||
| Learning and Education Goals | Evaluation Methods | Evaluation Standards |
| Provide training in sciences to enable students to understand science and technology as they relate to society. | Confirm units completed at graduation | Completes the specified number of units (30 or more) of basic courses. |
| Foster academic abilities and information processing skills in the basic sciences of science and technology as well as information science. | Confirm units completed at graduation | Completes the specified number of units (26 or more) of specialized basic courses. |
| Facilitate acquisition of basic knowledge in a specialized field and the ability to integrate information and independently solve problems. | Confirm units completed at advancement to senior status or higher, confirm units completed at graduation | Fulfills the qualifications for starting their thesis research when advancing to senior status or higher. Completes the specified number of units (68) of specialized courses by graduation |
| Cultivate the ability to independently and continuously learn, and work in an ethical manner. | Confirm units completed at graduation | Completes the specified number of units (132). |
| Foster the ability to understand the latest trends in science and technology and the communication skills to explain them. | Confirm units completed at graduation, evaluate thesis research (including thesis presentation) | Passes the thesis defense after a full year of thesis research guidance. |
Curriculum

2008年度以降入学生
| 数学・ 情報 | 原論・ 基盤技術 | 調査・設計 | 設計・保全 | 施工・ 維持管理 | マネジメント・ 防災 | |
| 四回生 | 卒業研究 環境地盤工学 | 広域計画 | PC構造学 | 施設メンテナンス | ||
| 三回生 | 水理学Ⅱ 測量学 測量学実習 環境都市工学実験Ⅱ 特殊講義(専門)Ⅰ 特殊講義(専門)Ⅱ | 交通計画演習 都市計画Ⅱ 水処理工学 道路システム 公共輸送システム | 鋼構造学 RC構造学 設計演習 | 建設・保全技術 | 都市防災工学 | |
| 二回生 | 応用数学Ⅱ 確率統計学 CAD演習 | 構造力学Ⅰ 構造力学Ⅱ 構造力学演習Ⅰ 構造力学演習Ⅱ 土質力学Ⅰ 土質力学Ⅱ 土質力学演習Ⅰ 土質力学演習Ⅱ 水理学Ⅰ 水理学演習 材料学 環境都市工学実験Ⅰ 外国留学科目 外国留学特修科目 | 計画理論演習 都市交通計画 都市計画Ⅰ 上下水道計画 | 建設マネジメント | ||
| 一回生 | 応用数学Ⅰ | 都市システム工学概論Ⅰ 都市システム工学概論Ⅱ | 計画理論 |
2007年度入学までの入学生
| 応用数学・ 情報 | 原論・ 基盤技術 | 調査・設計 | 設計・保全 | 施工・ 維持管理 | マネジメント・ 防災 | |
| 四回生 | 卒業研究 環境地盤工学 | 国土計画 | PC構造学 | 施設メンテナンス | 振動工学 | |
| 三回生 | 数値解析 | 測量学 測量学実習 土質力学I 土質力学II 基礎演習III (土質) 環境都市工学実験II 特殊講義I (専門) 特殊講義II (専門) | 応用演習 都市計画II 環境管理II 道路システムI 道路システムII 公共輸送システム | 河川工学 鋼構造学 RC構造学 設計演習 建築計画 広域水工学 | 施工保全技術 建設先端技術 | 防災工学 |
| 二回生 | 応用数学I 応用数学II 確率統計学 プレゼンテーション法 | 流れ学I 流れ学II 基礎演習I (水理) 構造力学I 構造力学II 構造力学III 基礎演習II (構造) 材料学 環境都市工学実験I 外国留学科目 外国留学特修科目 | 都市交通計画 都市計画I 環境管理I | 建設マネジメント 建設プロジェクト | ||
| 一回生 | 都市システム工学概論I 都市システム工学概論II 社会基盤史 | 計画理論 |


