Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Spring Semester
Year 2021 285259 Introduction to optical electromechanical system and manufacturing technology 1 3.0 3 ★ Hsing-Yu Wu GEOE
IEECSG 1 0 ◎

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2021	285259	Introduction to optical electromechanical system and manufacturing technology	1	3.0	3	★	Hsing-Yu Wu	GEOE IEECSG	1	0	◎

Course Plan：

Instructor Hsing-Yu Wu

Email Andy810301@gmail.com

Last Updated 2020-12-21 11:38:00

Course Objective 高階光學鏡頭是目前探索太空、發展醫療及曝光設備極為重要的關鍵技術，此技術可應用到生活各項領域，包括：拍照攝影、星空宇宙探索、智慧監控及商用鏡頭(望遠鏡、相機和顯微鏡)等。本課程主要授課內容針對工程背景學生跨領域選修，以瞭解奈米級精度系統設計、製造、檢測、組裝及驗證。為使學習效果顯著成效，除了以講授方式闡述重要基礎觀念外，選修學生將實際製作產品及最終上台報告，使課程學以致用為本課程最大宗旨。 High-end optical lenses are leading edge technology for the medicine, semiconductor, mobile phone, surveillance, machine vision, and space industry. This course will teach students how to design optical systems, transform those designs into real optical components, and test them. All the selected students in this course are required to report their results on the stage in the final examination.

Course Schedule 本學期課程涵蓋18項題目：(1)光學系統概論與實務製造檢介(2)光學元件材料選擇與考量(3)光學設計與像差理論[與林世穆老師合授](4)光學設計模擬操作與工程圖學[與林世穆老師合授](5)研磨拋光技術(6)CNC製程技術(7)檢測技術(8)太空光學元件與產業製程(9)歐美太空計畫與產業介紹[如：美國GMT/TMT及歐盟E-ELT計畫](10)商用檢測設備應用原理[Zygo及4D干涉儀使用原理與操作應用](11)量產統計學(12)實驗設計、分析、迴歸分析(13)大數據資料庫建立(14)未來智慧自動化技術發展(15)光學市場發展與風險管控((16)電子元件(17)非球面與自由曲面製程技術(18)光學元件製作與校外實習 There are 18 topics in this course (1) introduction of optical system and practice (2)optical materials (3)optical aberrations and resolution (4) Design, Fabrication, Testing and Assembling (5)Software modeling

Evaluation and grading policy 選課建議乃對光機電系統有興趣之同學，所設計之評量標準乃協助學生後續確立職崖或研究方向：(1)出席[30%] (2)課堂作業 [30%] (3)選定光機電領域題目並撰寫期中報告[20%](3)針對期中選定題目上台報告與繳交報告文件[20%]。 30%: class attendance. 30%: Classwork. 20%: report for mid-term. 20%: report and oral presentation for final.

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:No
1. Malacara: Geometrical and Instrumental Optics, Academic Press 1988 2. Mahajan: Optical Imaging and Aberrations 3. Mouroulis/McDonald: Geometrical Optics and Optical Design Oxford 1997 4. WelfordAberrations of Optical Systems, Hilger 1986 5. Fischer/Tadic-GalebOptical System Design, McGraw Hill 2000 6. Kingslake/Johnson: Fundamentals of optical design 7. Smith: Modern Optical Engineering, Graw Hill 2000 8. Goodman: Introduction to Fourier Optics,Wiley 2005 9. lecture notes from University College London, University of Jena, University of Arizona, Imperial College London

The access to curricular consultation

Note
　

Instructor	Hsing-Yu Wu
Email	Andy810301@gmail.com
Last Updated	2020-12-21 11:38:00
Course Objective	高階光學鏡頭是目前探索太空、發展醫療及曝光設備極為重要的關鍵技術，此技術可應用到生活各項領域，包括：拍照攝影、星空宇宙探索、智慧監控及商用鏡頭(望遠鏡、相機和顯微鏡)等。本課程主要授課內容針對工程背景學生跨領域選修，以瞭解奈米級精度系統設計、製造、檢測、組裝及驗證。為使學習效果顯著成效，除了以講授方式闡述重要基礎觀念外，選修學生將實際製作產品及最終上台報告，使課程學以致用為本課程最大宗旨。 High-end optical lenses are leading edge technology for the medicine, semiconductor, mobile phone, surveillance, machine vision, and space industry. This course will teach students how to design optical systems, transform those designs into real optical components, and test them. All the selected students in this course are required to report their results on the stage in the final examination.
Course Schedule	本學期課程涵蓋18項題目：(1)光學系統概論與實務製造檢介(2)光學元件材料選擇與考量(3)光學設計與像差理論[與林世穆老師合授](4)光學設計模擬操作與工程圖學[與林世穆老師合授](5)研磨拋光技術(6)CNC製程技術(7)檢測技術(8)太空光學元件與產業製程(9)歐美太空計畫與產業介紹[如：美國GMT/TMT及歐盟E-ELT計畫](10)商用檢測設備應用原理[Zygo及4D干涉儀使用原理與操作應用](11)量產統計學(12)實驗設計、分析、迴歸分析(13)大數據資料庫建立(14)未來智慧自動化技術發展(15)光學市場發展與風險管控((16)電子元件(17)非球面與自由曲面製程技術(18)光學元件製作與校外實習 There are 18 topics in this course (1) introduction of optical system and practice (2)optical materials (3)optical aberrations and resolution (4) Design, Fabrication, Testing and Assembling (5)Software modeling
Evaluation and grading policy	選課建議乃對光機電系統有興趣之同學，所設計之評量標準乃協助學生後續確立職崖或研究方向：(1)出席[30%] (2)課堂作業 [30%] (3)選定光機電領域題目並撰寫期中報告[20%](3)針對期中選定題目上台報告與繳交報告文件[20%]。 30%: class attendance. 30%: Classwork. 20%: report for mid-term. 20%: report and oral presentation for final.
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:No 1. Malacara: Geometrical and Instrumental Optics, Academic Press 1988 2. Mahajan: Optical Imaging and Aberrations 3. Mouroulis/McDonald: Geometrical Optics and Optical Design Oxford 1997 4. WelfordAberrations of Optical Systems, Hilger 1986 5. Fischer/Tadic-GalebOptical System Design, McGraw Hill 2000 6. Kingslake/Johnson: Fundamentals of optical design 7. Smith: Modern Optical Engineering, Graw Hill 2000 8. Goodman: Introduction to Fourier Optics,Wiley 2005 9. lecture notes from University College London, University of Jena, University of Arizona, Imperial College London
The access to curricular consultation
Note