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國立宜蘭大學教學大綱(中文版) |
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選課編號 |
UBE0046 |
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科目中文名稱 |
系統工程 |
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科目英文名稱 |
System
Engineering |
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授課教師 |
方煒 |
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開課系所別 |
生物產業機電工程 |
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開課學制 |
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開課年級 |
大三以上 |
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開課學期 |
上學期 |
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學分數 |
3 |
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演講時數 |
3 |
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實習時數 |
0 |
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上課時間 |
每週五下午 |
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上課教室 |
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先修科目 |
無 |
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教科書目 |
講義 |
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參考書目 |
講義 |
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教學目的 |
強化學生以系統化思考方式面對生物產業領域工程問題並培養所需之計算與應用電腦工具之能力 |
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上課方式 |
口授，討論 |
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考試及成績 計算方式 |
期中筆試30%、期末簡報30%、作業40% |
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課程大綱 |
首先介紹系統分析方法，包括：工程經濟、最佳化搜尋策略、系統化思考、工程創意、穩態分析、決策支援等；其次探討上列方法在生物產業相關領域之應用。部分主題提供電腦軟體輔助學生學習。 |
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課程進度 |
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週次 |
課程內容 |
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01. 09/22 |
課程網頁介紹[NTU] |
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02. 09/29 |
學習如何學習 與[腦力活化基礎練習] |
Quiz 1 |
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03. 10/06 |
中秋節停課一次 |
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04. 10/13 |
學習如何思考 |
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05. 10/20 |
改為10/18 專題演講：[發光二極體在生物產業應用]簡報 補充資料：[了解光線如何影響生理時鐘] |
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06. 10/27 |
田口方法( |
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07. 11/03 |
學習如何思考2 [創意廣告]、[有趣的創意]、[也是創意]、[以形繪圖]、[橡皮筋活用] [Cool Pumpkins] 、[創意ideas] |
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08. 11/10 |
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09. 11/17 |
工程經濟 (Excel 使用) |
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10. 11/24 |
最佳化問題求解 (Excel and Matlab)
OPT solver |
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11. 12/01 |
系統工程應用範例1： |
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12. 12/08 |
系統工程應用範例2：穩態量產系統簡介 |
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13. 12/15 |
系統工程應用範例3： |
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14. 12/22 |
系統工程應用範例4：蒸發冷卻全方位應用 |
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15. 12/29 |
系統工程應用範例5：生物機電：由冷凍空調系統談起 |
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16. 01/05 |
同學期末簡報：太陽綜合能源 [參考資料] |
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17. 01/12 |
同學期末簡報：海洋深層水多目標多階段應用 [參考資料] |
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18. 01/19 |
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Course code |
UBE0046 |
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Chinese course title |
系統工程 |
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English course title |
System
Engineering |
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Instructor |
Wei
Fang |
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Department |
Bio-Industrial
Mechatronics Engineering |
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Program |
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Class |
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Semester |
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Credit hours |
3 |
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Lecture hours |
3 |
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Lab hours |
0 |
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Class time |
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Classroom |
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Textbooks |
None |
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Reference books |
Handouts,
papers |
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Course objectives |
Strengthen
the system level thinking and computer-tools using capabilities of students
when facing engineering problems of Bio-Industries. |
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Modes of teaching |
Oral
and discussion |
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Grading criteria |
Homework: 40%, Midterm exam: 30%, Final report: 30% |
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Course Description |
Methods
of system analysis and system thinking are introduced in the beginning followed
with discussions on applications of above tools in the Bio-Industries related
fields such as open field production, protected cultivation, aquaculture and animal husbandry. Some topics will provided with computer tools. |
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Course schedule |
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Week |
Contents |
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1 |
Introduction Altitude |
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2 |
Learning
how to learn |
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3 |
System
level thinking |
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4 |
Engineering
economics 1 |
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5 |
Engineering
economics 2 |
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6 |
Solving
optimization problems |
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7 |
Technical
Optimizer: TRIZ 1 |
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8 |
Technical
Optimizer: TRIZ 2 |
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9 |
Midterm
exam |
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10 |
Takachi Method |
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11 |
Introduction
on Patents database |
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12 |
Applications
of System Engineer in Open Field Production |
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13 |
Applications
of System Engineer in Protected Cultivation 1 |
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14 |
Applications
of System Engineer in Protected Cultivation 2 |
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15 |
Applications
of System Engineer in Aquaculture |
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16 |
Applications
of System Engineer in animal husbandry |
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17 |
Applications
of LED in Bio-Industries |
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18 |
Final
exam. |