NCHU Course Outline

Course Name	(中) 奈米科技導論(6928)
	(Eng.) Introduction to Nanotechnology
Offering Dept	Master Program in Industrial and Smart Technology
Course Type	Elective	Credits	3	Teacher	SU,FA-CHENG
Department	Master Program in Industrial and Smart Technology/Graduate	Language	English	Semester	2026-FALL
Course Description	Introduction to the physical and chemical properties of nanomaterials, as well as their characteristics, physical properties, and testing techniques 介紹奈米的物理、化學性質，並介紹奈米材料的特性、物理性質及檢測技術
Prerequisites				self-directed learning in the course	Y

Relevance of Course Objectives and Core Learning Outcomes(%)			Teaching and Assessment Methods for Course Objectives
Course Objectives	Competency Indicators	Ratio(%)	Teaching Methods	Assessment Methods
This course aims to introduce the fundamental concepts, principles, and emerging trends in nanotechnology, enabling students to understand the unique properties, fabrication methods, and applications of nanomaterials. Through lectures and case studies, students will develop the ability to apply nanotechnology-related knowledge to problem solving and interdisciplinary thinking, thereby establishing a solid foundation for advanced research and technological applications in the future. 本課程旨在介紹奈米科技的基本概念、重要原理與最新發展趨勢，使學生了解奈米材料的獨特性質、製備方法及其應用領域。透過理論講授與案例分析，培養學生運用奈米科技相關知識進行問題分析與跨領域思考的能力，並建立未來進階研究與技術應用之基礎。	1. 2. 3. 4. 5.	20 20 20 20 20
Course Content and Homework/Schedule/Tests Schedule
Week Course Content Week 1 Course Introduction (課程介紹) 1. Course overview and objectives (課程概述與學習目標) 2. Introduction to nanotechnology and the nanoscale world (奈米科技與奈米尺度世界導論) Week 2 The Nanoscale World and Its Significance (奈米尺度世界與其重要性) 1. Definition of nanotechnology (奈米科技之定義) 2. Differences between nanoscale and macroscopic material properties (奈米尺度與巨觀材料性質之差異) 3. Nanotechnology concepts in nature (大自然中的奈米科技概念) Week 3 Nanotechnology and Global Challenges (奈米科技與全球挑戰) 1. Role of microscopy and computational tools (顯微技術與計算工具在奈米科技發展中的角色) 2. Industrial revolutions driven by technological innovation (科技創新所驅動的工業革命) 3. Global energy crisis and the fourth industrial revolution (全球能源危機與第四次工業革命) Week 4 Fundamental Properties of the Nanoworld (I) (奈米世界的基本特性(一)) 1. Mesoscale and nanoscale regimes (介觀與奈米尺度範疇) 2. Size effects and volume effects (尺寸效應與體積效應) 3. Quantum size effects (量子尺寸效應) Week 5 Fundamental Properties of the Nanoworld (II) (奈米世界的基本特性(二)) 1. Surface effects and surface energy (表面效應與表面能) 2. Macroscopic quantum tunneling phenomena (巨觀量子穿隧現象) Week 6 Advanced Nanoscale Phenomena (I) (進階奈米現象(一)) 1. Coulomb blockade effect (庫倫阻塞效應) 2. Quantum tunneling effect (量子穿隧效應) Week 7 Advanced Nanoscale Phenomena (II) (進階奈米現象(二)) 1. Dielectric confinement and electronic quantum confinement (介電限域與電子量子限域效應) 2. Unusual physical properties of nanomaterials (奈米材料的特殊物理性質) 3. Nanostructured materials and morphologies (奈米結構材料與形貌) Week 8 Midterm Examination (期中考) Week 9 Semiconductor Nanomaterials and Applications (奈米半導體材料與應用) 1. Properties of semiconductor nanomaterials (奈米半導體材料之性質) 2. Applications derived from nanoscale effects (由奈米效應衍生之應用) Week 10 Nanomaterial Synthesis Techniques (I) (奈米材料合成技術(一)) 1. Gas-phase and gas-aggregation methods (氣相法與氣凝合成法) 2. Sputtering techniques (濺鍍技術) 3. Flowing liquid surface vacuum evaporation (流動液面真空蒸鍍法) Week 11 提醒請於第14週前做好期末報告簡報初稿，將於14週討論 Nanomaterial Synthesis Techniques (II) (奈米材料合成技術(二)) 1. Active hydrogen–molten metal reaction methods (活性氫－熔融金屬反應法) 2. Hybrid plasma methods (混合電漿法) 3. Arc discharge and exploding wire techniques (電弧放電法與導體電爆炸法) Week 12 提醒請於第14週前做好期末報告簡報初稿，將於14週討論 Nanomaterial Synthesis Techniques (III) (奈米材料合成技術(三)) 1. Chemical vapor synthesis (化學氣相合成法) 2. Liquid-phase, precipitation, and spray methods (液相法、沉澱法與噴霧法) 3. Sol-gel, hydrothermal, and radiation chemical synthesis (溶膠-凝膠法、水熱法與輻射化學合成法) Week 13 提醒請於第14週前做好期末報告簡報初稿，將於14週討論 Carbon Nanotubes (奈米碳管) 1. Synthesis and properties of carbon nanotubes (奈米碳管之合成與特性) 2. Growth mechanisms (成長機制) 3. Preparation and purification methods (製備與純化技術) Week 14 1.期末報告1對1討論 2.Carbon Nanotubes (奈米碳管) a. Synthesis and properties of carbon nanotubes (奈米碳管之合成與特性) b. Growth mechanisms (成長機制) c. Preparation and purification methods (製備與純化技術) Week 15 Final Oral Presentation (期末口頭報告) Week 16 Final Oral Presentation (期末口頭報告) self-directed learning    02.Viewing multimedia materials related to industry and academia.
Evaluation
Attendance and class performance (20%), Midterm exam (40%) and Final Oral presentation (40%). 出席與課堂表現(20%)、期中考試評量 (40%)、期末口頭報告(40%)
Textbook & other References
1.奈米科技導論(Introduction to Nano) ISBN13: 9789865034139 出版社: 全華圖書 作者: 羅吉宗、 戴明鳳、林鴻明、鄭振宗、蘇程裕和吳育民 出版日: 2020/08/12 2. Chemistry of advanced materials: an overview / edited by Leonard V. Interrante and Mark J. Hampden-Smith, New York: Wiley-VCH, 1998
Teaching Aids & Teacher's Website
PPT slides will show during the class (於上課簡報呈現)
Office Hours
Please make an appointment in advance via email. Office hours are Thursday from 12:00 to 14:00 and Friday from 10:00 to 12:00. (請事先email預約。週四12:00-14:00和週五10:00-12:00)
Sustainable Development Goals, SDGs(Link URL)
include experience courses：N

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Update Date, year/month/day：2026/07/20 16:50:34	Printed Date, year/month/day：2026 / 8 / 18
The second-hand book website：http://www.myub.com.tw/