一、課程說明(Course Desc<x>ription)
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<br>2023 Tentative Outline for Nano/Micro Biomedical and Fluidic Systems:
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<br>Introduction to Micro/Nano biomedical and Fluidic Systems (2/16, Prof. FG Tseng)
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<br>Micro/nano fabrication technology (2/23, Prof. FG Tseng, HW#1)
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<br>Micro/nano biosensors I (3/2 Dr. Goudar)
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<br>Micro/nano biosensors II (3/9 Dr. Goudar, HW#2)
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<br>Fundamentals of analytical Biochemistry (3/16, Prof. CC Yang)
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<br>Fundamentals of Molecule Biology (3/23, Prof. CC Yang)
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<br>Micro/nano fluidic physics (3/30, Prof. FG Tseng)
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<br>Micro/nano Fluidic Systems I, II (4/13,4/20 Prof. FG Tseng, HW#3)
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<br>Midterm (4/27, Dr. Goudar)
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<br>Nano-bio detection technology (5/4, CC Yang)
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<br>Nano particle fabrication and medical applications (5/11, Prof. CC Yang)
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<br>Molecular self assembly and surface modification (5/18, Dr. Goudar)
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<br>Molecular dynamic simulation (5/25, Dr. Goudar)
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<br>Single Molecule Detection Technologies (6/1, Prof. F-G Tseng)
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<br>Final oral presentation (6/8, Prof. F-G Tseng, Dr. Goudar), Final report (6/8) 
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<br>2/27-28 Peace Memorial day, 4/3-6 spring holiday
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<br> 二、指定用書(Text Books)
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<br>Textbooks:
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<br>1.	奈微米生醫及流體系統講義, 曾繁根、楊重熙,Lecture Handouts of Nano/Micro 
<br>Biomedical and 
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<br>Fluidic systems, www.ess.nthu.edu.tw/~fangang
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<br> 三、參考書籍(References)
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<br>References:
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<br>1.	Robert A. Freitas Jr.“Nanomedicine Volume I: Basic Capabilities”, Landes 
<br>Bioscience, Austin, 
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<br>Texas, USA, 1999.
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<br>2.	K. Eric Drexler, “Nanosystems”, John Wiley & Sons, Inc., New York, USA, 
<br>1992.
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<br>3.	Gregory Timp edited, “Nanotechnology”, Springer-Verlag, New York, USA, 
<br>1999.
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<br>4.	Brian Eggins, “Biosensors-an Introdcution”, Wiley & Ueubner, New York, 
<br>1996.
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<br>5.	Alice J. Cunningham, “Introduction to Bioanalytical Sensors”, John Wiley 
<br>& Sons, Inc, New 
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<br>York, 1998.
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<br>6.	Boisde Harmer, “Chemical and Biochemical Sensing with Optical Fiber and 
<br>Waveguides”,  
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<br>Artech House, Inc, USA, 996.
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<br>7.	Greg T. Hermanson, “Bioconjugate Techniques”, Academic Press, 1996.
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<br>8.	Micromachined Transducers source book, Gregory T.A. Kovacs, McGraw Hill, 
<br>1998
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<br>9.	Fundamentals of Microfabrication, Marc Madou, CRC Press, 1997. 
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<br> 四、教學方式(Teaching Method)
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<br>Lecture 80%, exam: 5%, student project and presentation 15%
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<br> 五、教學進度(Syllabus)
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<br>1.	Introduction to Micro/Nano biomedical and Fluidic Systems 奈微米生醫及流
<br>體系統簡介(1週, 曾
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<br>繁根教授)
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<br>2.	Micro/nano fabrication technology 生醫奈微米結構製程技術/奈微米流體物理 (1
<br>週, 吳仁貴博士)
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<br>3.	Micro/nano fluidic physics 生醫奈微米結構製程技術/奈微米流體物理 (1週, 吳仁
<br>貴博士)
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<br>4.	Micro/nano biosensors I奈微米生醫感測系統I (1週, 吳仁貴博士)
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<br>5.	Micro/nano biosensors II 奈微米生醫感測系統II (1週, 吳仁貴博士 )
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<br>6.	Fundemental of analytical Biochemistry 生物化學基礎 (1週, 楊重熙教授 )
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<br>7.	Spring holiday on earlier April
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<br>8.	Fundemental of Molecule Biology 分子生物學基礎 (1週, 楊重熙教授)
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<br>9.	Micro/nano Fluidic Systems I 奈微米熱流系統I-連續流體系統 (1週, 曾繁根教授 
<br>)
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<br>10.	Micro/nano Fluidic Systems II 奈微米熱流系統II-數位流體系統 (1週, 曾繁根教
<br>授 )
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<br>11.	Midterm 期中考 (一週, 吳仁貴博士 )
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<br>12.	Nanobio detection technology 奈米生醫檢測技術 (1週, 楊重熙教授)
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<br>13.	Nano particle fabrication and medical applications 奈米顆粒之備製與醫學檢
<br>測應用(1週, 楊重熙 
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<br>教授 )
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<br>14.	Melecular self assembly and surface modification 奈米自我組裝分子與表面修
<br>飾技術 (1週, 王本
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<br>誠教授)
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<br>15.	Molecular dynamic simulation 生醫分子之奈米尺度計算模擬 (1週, 陳馨儀 教授)
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<br>16.	Micro/nano array and single molecule detection 微陣列生物晶片/單分子操控及
<br>檢測技術/奈微流
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<br>體檢測技術 (1週, 吳仁貴博士 )
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<br>17.	Final oral presentation/final report 期末口頭報告 (1週, 吳仁貴博士, 曾繁根
<br>教授), 書面報告繳交:（口頭
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<br>報告下一週） 
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<br> 六、成績考核(Evaluation)
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<br>Homework: 20%, Midterm: 30%, Presentation: 20%, final report: 30%
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<br> 七、可連結之網頁位址 (web connection)
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<br>http://fangang.web.nthu.edu.tw