大学院生向け講義 Lectures for Graduate Courses

As doctoral course lectures, Prof. Fujiwara and Prof. Zhang are providing education services via "Seminar on Regional and Urban Planning".

As lectures for master course students, currently, Prof. Fujiwara is teaching "Transportation Engineering" and "Transportation Planning". Prof. Zhang is teaching ";Regional and Urban Engineering" and "Tourism Policy". "Seminar on Regional and Urban Engineering" is also provided to the master course students by Prof. Fujiwara and Prof. Zhang. Collaborating with other academic staffs in the IDEC, we are also teaching the lectures of "Environmental Management Technology" (Fujiwara), "International Environmental Cooperation Studies I & II" (Fujiwara and Zhang), "Development Technology" (Prof. Zhang) and "Developing Debating Skills" (Prof. Fujiwara).

For undergraduate students, Prof. Fujiwara is teaching "Transportation System Engineering" and Prof. Zhang is teaching "Scientific and Technical English Practice" in the Faculty of Engineering. They are also teaching "Technological Cooperation".

As for seminars, HiTEL organizes a regular seminar once a week (HiTEL Seminar) and Transport Studies Group (TSG) in Hiroshima University, consisting HiTEL and the Infrastructure and Transportation Planning Lab (HitPlan), Graduate School of Engineering), holds a joint seminar every two weeks (TSG Seminar). With these two seminars, each student usually gives a report about once a month, depending on the number of students. In addition, face-to-face meetings with supervisors are held in a more frequent way, and HiTEL also organizes irregular seminars/workshops by inviting international/domestic researchers and practitioners.

■ 博士後期課程講義科目 Subjects for Doctoral Course Students

地域・都市計画演習 I & II (藤原教授,張教授)
Seminar on Regional and Urban Planning I & II (Prof. Fujiwara, Prof. Zhang)

■ 博士前期課程講義科目 Subjects for Master Course Students

交通工学(藤原教授) Transportation Engineering (Prof. Fujiwara)
  1. 第1週(概論):交通施設の発展の歴史,世界の交通施設と交通問題について講義する.
    The 1st week (Introduction and overview of transport statistics): The history of transport infrastructure development is reviewed and the current stage of the development and planning is introduced.
  2. 第2-3週(交通容量及び交通流理論):道路交通流の理論と道路計画の基礎となる交通容量の推定方法について講義する.
    The 2nd~3rd weeks (Traffic flows and highway capacity): The fundamental theory of traffic flow and road capacity is lectured.
  3. 第4週(交差点設計):道路交差点の形状と交通処理,信号制御に関する設計・計画方法に関連する諸問題について講義する.
    The 4th week (Intersection design): The design methods of road intersections and traffic control are explained.
  4. 第5週(地区街路設計および交通静穏化):地区交ハ計画の基本的な考え方について事例を通して紹介し,地区街路の街路網計画と設計方法について講義する.また交通静穏化のための各種施策の事例を示しながら紹介する.
    The 5th week (Road design in neighborhood and traffic calming): The basic theory of road planning in neighborhood and bicycle planning is explained by introducing the actual plans.
  5. 第6週(歩行者および自転車交通):道路を「社会空間」として利用するための新しい試みについて,歩行者交通およム自転車交通を含めて短距離交通の事例を示しながら紹介する.
    The 6th week (Pedestrian and bicycle): The basic theory of road design for short distance traffic (pedestrians and bicycle users) is explained by introducing the actual plans.
  6. 第7-8週(公共交通計画):鉄道計画,バス輸送計画,新交通システム計画,港湾と空港計画の最近の事例を紹介し,施設整備手法について講義する.
    The 7th~8th weeks (Public transport planning): Public transport planning (i.e. railway, bus, light rail transit, port and airport) is introduced. Also the design methods are explained.
  7. 第9-10週(道路をとりまく環境問題):交通騒音,振ョ,大気汚染に関連する諸問題,地球温暖化問題およびエネルギー問題への対応の現状を紹介する.
    The 9th~10th weeks (Air Quality, Noise and Energy): The countermeasures on environmental issues caused by transport sectors, i.e. air pollution, noise, global warming and energy consumption, are discussed. Also the evaluation method of environmental value is lectured.
  8. 第11週(交通需要マネジメント):交通需要を適正に誘導し,道路混雑,事故,環境汚染の問題に対処するための対策について紹介する.
    The 11th week (Transportation Demand Management): Travel demand management measures to decrease congestion, traffic accidents and emission by appropriately managing the demand are introduced.
  9. 第12週(交通安全):日本の交通事故の経緯と現状,交通安全対策とその効果について,他都市と比較しながら紹介する.
    The 12th week (Traffic safety): The historical trend and current features of traffic accidents in Japan are overviewed, and countermeasures to prevent traffic accidents and their effects are discussed by comparing with the other countries.
  10. 第13週(高度交通情報システム):路車間情報システムを中心に,アメリカ,ヨーロッパ,日本で進められている交通情報システム計画の現状について紹介する.
    The 13th week (Intelligent Transport Systems): The recent development of ITS in US, Europe and Japan is introduced. The advantages and disadvantages of ITS are discussed.
  11. 第14週(ユニバーサルデザインと交通バリアフリー):誰にとっても移動しやすいまちづくりのために欠かせないユニバーサルデザインについて,事例を通じて世界標準と現在の課題を中心に紹介する.
    The 14th week (Universal Design and barrier free in transport): The concept of universal design of transport-related infrastructure is lectured. Also the global standard and actual problems are discussed.
  12. 第15週(期末発表会)
    The 15th week (Final presentation)

交通計画(藤原教授) Transportation Planning (Prof. Fujiwara)
  1. 第1週(交通計画の手順):交通計画の理論,合意形成とPI を含む交通計画の手順について講義する.
    The 1st week (Transport planning process): The concept and theory underlying transport planning are summarized. Also the planning process including consensus building and public involvement is introduced.
  2. 第2-3週(交通調査の種類とイ査の設計):交通計画に必要な調査(パーソントリップ調査,道路交通センサス,選好意識(SP)調査,パネル調査,活動日誌調査,情報機器を活用した調査など)とその選定方法,設計方法などについて講義する.
    The 2nd~3rd weeks (Transport surveys and design): The framework and background theory of transport survey are summarized. The designing methods of typical transport surveys are introduced; which are travel diary, activity diary, road census, stated preference survey, panel survey and web-based and mobile survey.
  3. 第4-6週(需要予測):四段階推定法(発生・集中交通,分布交通,分担交通,配分交通)と土地利用−交通統合モデルなどを中心に解説し,既存ソフトウエアを用いてモデル推定の演習を行う.
    The 4th~6th weeks (Travel demand forecasting): The theory and application method of the 4 step estimation model are explained. Students will learn the model estimation method by using the well-known software.
  4. 第7-10週(交通行動分析):交通行動の基礎理論と代表的な交通行動モデル(ロジットモデル,ネスティッドロジットモデル,プロビットモデル,期間モデル,ダイナミックモデル,SP モデル)などについて解説し,既存ソフトウエアを用いてモデル推定の演習を行う.
    The 7th~10th weeks (Travel behavior analysis): The basic theory of travel behavior is explained, and typical travel behavior models are discusses, such as logit model, nested logit, duration model, dynamic and SP models. The class makes use of an estimation program to give students an application experience of models in practical issues.
  5. 第11週(交通シミュレーション):交通シミュレーションの最新の開発動向を示すとともに,交通計画における役割を解説する.また,交通流解析,交通・e響評価,ネットワーク整備効果の計測,交通信号制御の評価などへの適用事例を紹介する.
    The 11th week (Traffic and transportation simulation): The recent developments of traffic and transportation simulations are introduced and the role of simulation is discussed. Furthermore, some practical examples applied to the issues such as traffic flow analysis, traffic impact assessment, network improvement evaluation and evaluation of traffic signal control.
  6. 第12-14週(環境的に持続可能な交通)F交通と環境の政策に関する最新の研究動向について輪読する.
    The 12th~14th weeks (Environmentally sustainable transport): The handbook on the state-of-the-art and future perspectives of transport and the environmental policies will be read in turns.
  7. 第15週(総合演習)
    The 15th week (Summary and Conclusion)

地域都市工学(張教授)) Regional and Urban Engineering (Prof. Zhang)
  1. The 1st week: ガイダンスを行い,都市の定義,都市化メカニズムと都市化の影響について講義する.
    First, to introduce the outline of this lecture, and then explain urban definition, urbanization mechanisms and impacts of urbanization.
  2. The 2nd week: 都市計画理論
    Urban planning theories
  3. The 3rd week: 演習:途上国都市や先進国都市の1つを取り上げ,その都市化現状と課題を調べ,発表する.
    Practice; To investigate and present current situations and major policy issues in a city that you are familiar with.
  4. The 4th ~ 5th weeks: 都市形態論・密度論
    Urban form and density theories
  5. The 6th ~ 8th weeks: 輪読:地域・都市づくりに関する最新の文献を輪読する(例:環境的持続可能な交通ニューアーバンイズム,コンパクトシティ,公共交通指向型開発,アーバンビレッジ,アワニー原則,スマートグロースやパッケージアプローチ)
    Reading Assignment; To read and present recent literature about regional/urban development (e.g., environmentally sustainable transport (EST), new urbanism, compact city, transit-oriented development, urban village, the Ahwahnee principle, smart growth and package approach)
  6. The 9th week: 指標化理論
    Indicator theories
  7. The 10th ~ 11th weeks: 都市生活行動理論
    Urban activity and travel behavior theories
  8. The 12th week: 統合都市モデル
    Integrated urban models
  9. The 13th week: 評価理論
    Evaluation theories
  10. The 14 week: ユニバーサルデザイン,住民参加
    Universal design, citizen participation
  11. The 15th week: 期末発表会:レポートを提出すると同時に,パワーポイントなどを使い,レポートの内容について発表する.
    Term Seminar; To submit the required report, and present the report contents using PowerPoint or other presentation tools.

観光政策(張教授) Tourism Policy (Prof. Zhang)
  1. The 1st week: ガイダンス,観光動向について講義する.
    First, to introduce the outline of this lecture, and then talk about the trends of tourism.
  2. The 2nd week: アジア観光
    Asian tourism
  3. The 3rd week: インバウンド・アウトバウンド観光
    Inbound and outbound tourism
  4. The 4th week: 世界遺産観光
    Tourism at world heritages
  5. The 5th week: 都市型観光
    Urban tourism
  6. The 6th~8th weeks: 観光行動理論と観光需要予測
    Tourism behavior theories and tourism demand forecasting
  7. The 9th week: 時間利用と生活の質
    Time use and quality of life
  8. The 10th~11th weeks: 観光計画理論と観光地管理
    Tourism planning theories and tourist destination management
  9. The 12th week: 観光交通計画
    Tourism transportation planning
  10. The 13th week: 観光と情報
    Tourism and information
  11. The 14th week: 観光マーケッティング
    Tourism marketing
  12. The 15th week: 期末発表会:レポートを提出すると同時に,パワーポイントなどを使い,レポートの内容について発表する.
    Term Seminar; To submit the required report, and present the report contents using PowerPoint or other presentation tools.

Environmental Management Technology (Prof. Fujiwara)

International Environmental Cooperation Studies I & II (Prof. Fujiwara, Prof. Zhang)

Development Technology (Prof. Zhang, Dr. Yu)