Holiday
CHE化工 221 T6T7T8
Molecular Engineering (I) and (II) are the required courses for the master program of Molecular Engineering Program in the College of Engineering. The comprehensive contents of this course are to introduce the four points, control structure for super molecular, photoconductive molecular, molecular rheology with precision machining and molecular simulation. The course aims to integrate talents of students from various, particularly the molecular engineering science then develop the basis of the interdisciplinary or R & D talent. Molecular Engineering (I) includes Quantum principle and photoconductive properties. Molecular Engineering (II) is major Molecular design, nanometer material and nanometer structure process, energy conversion technology, and device fabrication from bottom-up and top-down.
Course keywords: Molecular design, nanometer material and nanometer structure process, energy conversion technology, device fabrication CHE 500200分子工程二(Molecular Engineering (II)) 一、課程說明(Course Description) 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 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 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 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(bottom-up and top-down)。 Molecular Engineering (I) and (II) are the required courses for the master program of Molecular Engineering Program in the College of Engineering. The comprehensive contents of this course are to introduce the four points, control structure for super molecular, photoconductive molecular, molecular rheology with precision machining and molecular simulation. The course aims to integrate talents of students from various, particularly the molecular engineering science then develop the basis of the interdisciplinary or R & D talent. Molecular Engineering (I) includes Quantum principle and photoconductive properties. Molecular Engineering (II) is major Molecular design, nanometer material, nanometer structure process, energy conversion technology, and device fabrication from bottom-up and top- down. 二、參考書籍(References) International science journals 三、教學方式(Teaching Method) power point and note 四、成績考核(Evaluation) 1.Participation:10% 2.Midterm exam:40% 3.Research Proposal/Presentation: 40% 4.Peer discussion: 10% 五、可連結之網頁位址
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Average GPA 3.94
Std. Deviation 0.3
分工學程學生必修,開放化工系或其他系所選修。
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