2023年 大学院理工学研究科 シラバス - 海洋建築工学専攻
設置情報
科目名 |
海洋工学特論Ⅰ
Efficient Shipbuilding I
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設置学科 | 海洋建築工学専攻 | 学年 | 1年 |
担当者 | 居駒・相田・寺口 | 履修期 | 前期 |
単位 | 2 | 曜日時限 | 火曜6 |
校舎 | 船橋 | 時間割CD | D26A |
クラス |
概要
学修到達目標 | Efficient shipbuilding is critical to maintain the shipyards competitivity. This course gives an overview of some advanced technology that might be applied to improve shipbuilding efficiency such management and planning strategies, IT technologies, shipyard simulation, IoT, Data mining, etc. Emphasis will be placed on undesrtanding the global processes and inovative technologies. |
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授業形態及び 授業方法 |
本講義の言語は英語である。国内外からの講師による講義を視聴しながら,実施する。 なお,海洋工学特論IIとセットでの受講とする。 |
準備学習(予習・ 復習等)の内容・ 受講のための 予備知識 |
各部講義レベルの海洋開発技術を復習する。世界の再生可能エネルギーとその輸送方法などを調べておく |
授業計画
第1回 | Overview and challenges of shipbuilding 1 Introductive lecture previous learning: Read and understand the purposes of this class on the syllabus and research and organize the types of general merchant vessels on websites. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
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第2回 | Shipyard and Shipbuilding Equipments 1 Shipyard layouts and overall material flow previous learning: Study the layouts of shipyards in Japan by using Google Earth and understand their scale, especially docks. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第3回 | Overview of Design and Construction for Ship Overview of Shipbuilding, From Design to Construction, Concept of CIM, Product Model previous learning: Study applications of CIM and BIM in Japan on websites. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第4回 | Modular System in Shipbuilding Distinctive Method in Ship Design1: Dividing Construction Block, Welding Design previous learning: Examine the basics of welding technology. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第5回 | Computer-aided ship design and Construction 1 Distinctive Method in Ship Design2: Shell Expansion Method and Forming Curved Shell previous learning: Examine the method of forming curved surfaces of steel plates on websites. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第6回 | Computer aided ship design and Construction 3 Shell Expansion Method and Forming Curved Shell previous learning: Review and understand the content of the previous Ocean Engineering II lecture. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第7回 | Hull materials and metal manufacturing 1 Metal Processes: Cutting, Forming, Welding, Soldering and Brazing, Distortion Removal, etc. previous learning: Find out about metalworking types and terminology on websites. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第8回 | Classification of Ship, Quality of Ship 1 Quality Assurance: Steel Quality Assurance, Outfit Quality Assurance, Test and Trials, Certificates previous learning: Examine steel quality. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第9回 | Project and shipbuilding management 1 Systems Engineering, Product Work Breakdown Structure, PERT/CPM previous learning: Examine what system engineering is. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第10回 | Management of Shipbuilding and Shipyard Production flow, Shipyard Planning and Scheduling Overview (Long term, Middle term, Monthly, Weekly, Daily) previous learning: Examine the basic flow of ship construction. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第11回 | Planning, Scheduling, and Production Control 1 Scheduling optimization previous learning: Examine general production control methods on websites. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第12回 | Planning, Scheduling, and Production Control 3 Stochastic processes, Virtual shipyard previous learning: Review and understand the content of the previous Ocean Engineering II lecture. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第13回 | Visualizing Construction and Smart Shipyard Production control and production monitoring systems previous learning: Examine production control monitoring methods. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第14回 | Industry 4.0 - the fourth industrial revolution 1 Big Data: an infinite source of knowledge - IoT previous learning: Examine Industry 4.0 and kinds of big data. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
第15回 | Special Issue: Forecast of Ship Construction Volume Ship Construction Volume, AIS, Ship Construction Planning previous learning: Use AIS on a website and examine new concept ships in the world. (120 min.) post-learning: Confirmation of technical terms in lecture materials and organization of notes to understand English materials in Japanese. (120 min.) |
その他
教科書 | |
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参考資料コメント 及び 資料(技術論文等) |
適宜資料を配布する
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成績評価の方法 及び基準 |
レポート40%,最終課題60% 海洋工学特論IIを受講していないと成績は評価されない。 |
質問への対応 | 随時 |
研究室又は 連絡先 |
居駒:1341室 ikoma.tomoki@nihon-u.ac.jp |
オフィスアワー |
月曜 船橋 17:00 ~ 18:00
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学生への メッセージ |