CHE 500200分子工程二(Molecular Engineering (II)) 
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<br>一、課程說明(Course Desc<x>ription) 
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<br>本課程與《分子工程(一)》為工學院分子工程學程碩士班必修課,將本學程四大重點(超分子結構
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<br>調控、分子光電、分子流變與精密加工、分子模擬)做綜合性的介紹，使同學們對分子工程有全
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<br>面性的暸解，作為培養跨學門性質的高階研發人才的基礎；其中《分子工程(一)》涵括量子原
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<br>理與光電性質，《分子工程(二)》則著重於分子設計、奈米材料與結構製程、能源轉換技術、元件製作
<br>(bottom-up 
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<br>and top-down)。 
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<br>Molecular Engineering (I) and (II) are the required courses for the master program 
<br>of 
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<br>Molecular Engineering Program in the College of Engineering.  The comprehensive 
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<br>contents of this course are to introduce the four points, control structure for 
<br>super 
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<br>molecular, photoconductive molecular, molecular rheology with precision machining 
<br>and 
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<br>molecular simulation.  The course aims to integrate talents of students from 
<br>various, 
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<br>particularly the molecular engineering science then develop the basis of the 
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<br>interdisciplinary or R & D talent. Molecular Engineering (I) includes Quantum 
<br>principle and 
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<br>photoconductive properties.  Molecular Engineering (II) is major Molecular design, 
<br>nanometer material, 
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<br>nanometer structure process, energy conversion technology, and device fabrication 
<br>from bottom-up and top-
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<br>down.
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<br>二、參考書籍(References) 
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<br>International science journals
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<br>三、教學方式(Teaching Method) 
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<br>power point and note
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<br>四、成績考核(Evaluation) 
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<br>1.Participation：10% 
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<br>2.Midterm exam：40% 
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<br>3.Research Proposal/Presentation: 40% 
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<br>4.Peer discussion: 10% 
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<br>五、採用下列何項 AI 使用規則 (Indicate which of the following options you use to 
<br>manage student use of the AI)
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<br>有條件開放，請註明如何使用生成式AI於課程產出 Conditionally open; please specify how 
<br>generative AI will be used in course output
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<br>六、可連結之網頁位址