本課程利用簡單圖像介紹光學設計的基礎知識和像差理論，並緊密結合當前各應用領域的最新的一些光學系統，學生修習課程後能快速的跨入光學系統的開發工作。課程內容基本上可以分為4個部分。第1部分是光學系統的像質評價，這是設計一個光學系統所必備的基礎知識。第2部分是光學自動設計的原理與程序與經典光學例子介紹。第3部分是介紹鏡片製程與設計上的材料選用，了解鏡片加工與量測，以及製造上可能發生的問題。第4部分是光學系統的公差分析與計算，介紹如何進行公差分析以及對應的意涵。This course uses simple images to introduce basic knowledge and aberration theory of optical design, and closely combines some of the latest optical systems in various application fields. After students can quickly enter the development of optical systems after taking the course. The course content can basically be divided into 4 parts. Part 1 is the image quality evaluation of optical systems, which is the basic knowledge necessary to design an optical system. The second part is an introduction to the principles, programs and examples of classical optics automatic design. Part 3 introduces the selection of materials in lens processing and design, understands the processing and measurement of lenses, and the possible problems in manufacturing. Part 4 is the tolerance analysis and calculation of optical systems, which introduces how to perform tolerance analysis and corresponding implications.
oslo-user-guide.
Oslo-user-expensive.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 平常成績與出席平常成績與出席 Normal performance and attendance |
40 | 課後作業與出席 |
| 期中報告期中報告 Midterm Report |
30 | 光學設計演練報告 |
| 期末報告期末報告 Final report |
30 | 上台專題報告 |
