培養學生核心能力1、理解與運用物理、數學知識2、數值計算與數據分析3、陳述、分析與解決問題的能力4、實驗儀器原理的理解與實際操作5、產業相關知識與技能6、資料蒐集、彙整及吸收科技新知7實驗、研究成果之撰寫與簡報8、參與團隊合作與遵循專業倫理。1.幾何光學。2.繞射與傅氏光學。3.雷射偏極實驗。4.干涉、干涉儀器及其應用。5.光譜儀實驗。6.固態雷射與倍頻實驗。7.液晶。8.太陽能光電實驗。9.光的調變-聲光效應。10.光的調變-電光效應。Cultivate students' core abilities 1. Understanding and applying physics and mathematics knowledge 2. Numerical calculation and data analysis 3. Ability to state, analyze and solve problems 4. Understanding and practical operation of experimental instrument principles 5. Industry-related knowledge and skills 6. Materials Collect, compile and absorb new scientific and technological knowledge 7. Experiment, write and present research results 8. Participate in teamwork and follow professional ethics. 1. Geometric optics. 2. Diffraction and Fourier optics. 3. Laser polarization experiment. 4. Interference, interference instruments and their applications. 5. Spectrometer experiment. 6. Solid-state laser and frequency doubling experiments. 7. LCD. 8. Solar photovoltaic experiment. 9. Modulation of light - sound and light effect. 10. Modulation of light - electro-optical effect.
※以小班教學方式，3人為一組，使學生將其於光學課程中所學的理論知識，以實驗方式證明，並訓練學生動手操作儀器，及整理數據、分析數據的能力，使其瞭解光電科技的基本原理與應用。
※培養學生核心能力：
1.理解與運用物理、數學知識
2.數值計算與數據分析
3.陳述、分析與解決問題
4.實驗儀器原理的理解與實際操作
5.產業相關知識與技能
7.實驗、研究成果之撰寫與簡報
8.參與團隊合作與遵循專業倫理
※內容主題為：
第一學期
1.幾何光學I-焦距與成像
2.幾何光學II-像差的觀測
3.繞射與傅氏光學
4.半導體雷射的認識
5.雷射偏極實驗
6.干涉與干涉儀器
7.光譜儀實驗
8.雷射光的同調性
9.太陽能光電實驗
第二學期
1.聲光效應A.O.
2.電光效應E.O.
3.光通訊實驗
4.光譜儀-色度實驗
5.全像術
6.固態雷射
7.倍頻實驗
8.干涉的應用
9.液晶
※Teaching in small classes, with three students in a group, allows students to demonstrate the theoretical knowledge they have learned in the optical course through experiments, and trains students to operate instruments, organize and analyze data, and enable them to understand optoelectronics Basic principles and applications of technology.
※Develop students’ core abilities:
1. Understand and apply physics and mathematics knowledge
2. Numerical calculation and data analysis
3. Present, analyze and solve problems
4. Understanding and practical operation of experimental instrument principles
5. Industry-related knowledge and skills
7. Writing and presentation of experiments and research results
8. Participate in teamwork and follow professional ethics
※The content theme is:
first semester
1. Geometric Optics I-Focal Length and Imaging
2. Geometric Optics II - Observation of Aberrations
3. Diffraction and Fourier optics
4. Understanding of semiconductor lasers
5. Laser polarization experiment
6. Interference and interference instruments
7. Spectrometer experiment
8. Coherence of laser light
9.Solar photovoltaic experiment
second semester
1. Acoustic and optical effect A.O.
2. Electro-optical effect E.O.
3. Optical communication experiment
4. Spectrometer - Colorimetry Experiment
5. Holography
6.Solid state laser
7. Frequency doubling experiment
8. Application of interference
9.LCD
光電實驗講義
Photoelectric experiment handouts
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 實驗報告實驗報告 Experiment report |
60 | 分為預報與結報。 |
| 操作考操作考 Operation test |
20 | |
| 平時成績平時成績 usual results |
20 | 2次遲到記錄，平時成績以0分計算。 |
