課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Course Introduction and Objective Setting |
1. Introduction to the course structure and objectives
2. Explanation of course assignments and assessment criteria
3. Team formation and role assignment |
1. Introduction to the course structure and objectives
2. Explanation of course assignments and assessment criteria
3. Team formation and role assignment |
講授
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實驗
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2 | Fundamental Design Principles (I) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
討論 個別或小組指導
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3 | Fundamental Design Principles (II) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
討論 個別或小組指導
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4 | Fundamental Design Principles (III) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
討論 個別或小組指導
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5 | Fundamental Design Principles (IV) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
討論 個別或小組指導
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6 | Fundamental Design Principles (V) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
討論 個別或小組指導
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7 | In-Depth Exploration of Specialization (I) |
1. Choose a specialization (e.g., Mechanical and Materials Engineering, Electrical Engineering) for in-depth research
2. Expert lectures and site visits |
1. Choose a specialization (e.g., Mechanical and Materials Engineering, Electrical Engineering) for in-depth research
2. Expert lectures and site visits |
實作
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8 | In-Depth Exploration of Specialization (II) |
1. Choose a specialization (e.g., Chemical Engineering and Biotechnology, Computer Science and Engineering) for in-depth research
2. Expert lectures and site visits |
1. Choose a specialization (e.g., Chemical Engineering and Biotechnology, Computer Science and Engineering) for in-depth research
2. Expert lectures and site visits |
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9 | Planning for Team Projects (Module I) |
1. Team collaboration skills training
2. Start planning real engineering projects |
1. Team collaboration skills training
2. Start planning real engineering projects |
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10 | Execution of Real Engineering Projects (Module I) |
1. Begin executing team projects
2. Learn problem-solving techniques and the use of engineering tools |
1. Begin executing team projects
2. Learn problem-solving techniques and the use of engineering tools |
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11 | Monitoring and Adjusting Engineering Projects (I) (Module I) |
1. Monitor project progress
2. Make adjustments and improvements when issues arise |
1. Monitor project progress
2. Make adjustments and improvements when issues arise |
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12 | Monitoring and Adjusting Engineering Projects(II) (Module I) |
1. Monitor project progress
2. Make adjustments and improvements when issues arise |
1. Monitor project progress
2. Make adjustments and improvements when issues arise |
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13 | Completion of Engineering Projects (Model I) |
1. Complete engineering projects
2. Prepare final reports and presentations |
1. Complete engineering projects
2. Prepare final reports and presentations |
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14 | Fundamental Design Principles(I) (Module I) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
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15 | Fundamental Design Principles(I) (Module I) |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
1. Study and discuss fundamental engineering design principles
2. Case studies: classic engineering design projects |
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16 | Reports and Presentations (Module I) |
1. Team presentations of project outcomes
2. Assessment of team and individual performance |
1. Team presentations of project outcomes
2. Assessment of team and individual performance |
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