本課程之目的是導引同學將所學如何運用於實際之工程設計，進入一個專案化工廠之建廠工程設計,內容包括：1.高雄氣爆事件的探討 2.製程工廠設計流程 3.精密及特用化學品工廠工程設計 4.陶瓷與金、銀等金屬複合材料系統製程之探討 5.法規與實務:加油站工程設計及營運實作。
希望學生從1.設定工程設計主題 2.特案討論及工程設計要點 3.分組討論及報告中學習工程設計整合的基本概念，以及最適化的方法。培養工程設計能力。The purpose of this course is to guide students to use what they have learned for practical engineering design and enter a project chemical factory construction engineering design. The content includes: 1. An investigation of the Kaohsiung explosion incident 2. Production factory design process 3. Precision and special chemical engineering design 4. Exploration on the process of ceramics, metal, silver and other metal composite material systems 5. Regulations and implementation: gas station engineering design and operation implementation.
I hope students will learn the basic concepts of engineering design integration and the most suitable methods from 1. Set up engineering design topics 2. Special case discussions and engineering design key points 3. Sub-group discussions and reports. Cultivate engineering design capabilities.
從一個專案化工廠之建廠工程談工程設計。
Discuss engineering design from a construction project of a chemical factory.
1.分散理論及精密陶瓷製作設計實務/加油站工程設計/精密及特用化學品工廠工程設計等(自備)
2.經濟部能源局、環境保護署等相關網站資訊資料
3.台電、中油等網站資訊資料
1. Dispersed theory and precision ceramic production and design practice/gas station engineering design/precision and special chemical factory engineering design, etc. (self-repaired)
2. Information information on related websites such as the Ministry of Economic Affairs and the Environmental Protection Agency
3. Information information on websites such as Taiwan Electric Power and CNPC
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 專題報告及詢答專題報告及詢答 Special report and inquiry |
40 | 指定之個別專題 |
| 作業作業 Action |
40 | 查詢及閱讀相關網站資訊 |
| 設計實作設計實作 Design implementation |
20 | 多功能之智慧型加油站暨能源供應服務之設計 |
