3.
Research Areas
(1) Advanced Laser Manufacturing Techniques & Engineering
(2) High Power Laser Techniques & System
4.
Curriculums and Credits (32 credits or above)
Credit Credits Hours Semester Notes
32
2
1
16 64 54 54
1 2 3 3
1 1 2 1
Compulsory 8 credits
32
2
1
32
2
1 Compulsory
32 32 32 32 16 16 32
2 2 2 2 1
2 1 1 2 1
8 credits
1 2
1 1 Compulsory 4 credits
32 32 16 32 16 16 16 16
2 2 1 2 1 1 1 1
2 2 2 2 1 Optional 1 6 credits 1 2
2
Course Course Code Classification Intellectual Property Rights and 5120257002 Regulations 5120187001 5120187003 5120187004 5120004000 Practical 5120005002 Training Second Foreign Language (Japanese) Second Foreign Language (French) Second Foreign Language (Russian) Academic Activites One Year Practical Training in Enterprises or Production and Research Based Outside Campus Course Name
Optical Engineering
085202
1.

Objectives
Optical engineering is a cross discipline of optics and modern science and technology. It is an
application field of engineering technology. Based on optical principles and methods, optical engineering, closely integrated with precision machinery, computer technology, control technology, materials sciences and engineering, deals with engineering and technical problems met in scientific research and production practice in the field of optics and related areas. It mainly covers the areas of optoelectronics and photonics technology, information technology and engineering, optical instruments and technology, as well as many other engineering and technical fields. In the field of optical engineering, the Master Professional Degree program aims to train high-quality, practical and inter-disciplinary engineering and project management talents with solid knowledge, comprehensive quality, strong ability of engineering practice, and innovative spirit. The Engineering Master Degree candidates should uphold the Party’s basic line, principles and policies, love the country, abide the laws, have good occupational ethics and professionalism, and be scientific rigorous and a realistic. The candidates should have a solid foundation of the theory in the field of optical engineering, broad expertise and necessary management skills; master advanced methods and modern techniques to solve engineering problems in the field of optical engineering; have the capability to undertake independent scientific research, project development, engineering design and project management; able to solve practical engineering problems in the field of optical engineering and related technical areas; fluently master a foreign language; rapid access to scientific and technological information and literatures to have the knowledge of current situation and future directions of the techniques in the field. Candidates are encouraged to learn a second foreign language.
Credit Credits Hours 16 64 64 64 1 2 2 2 1 2 2 2 2 1-6 Compulsory 6 3-5 6 credits Semester Notes
Notes: “Academic Activites” mean that a master student should attend 16 academic seminars and deliver one oral presentation on his/her research in public and this can be counted as one credit.
5.
Arrangements of Thesis
(1) Selection of Research Topic The research topic for Engineering Master Degree of Optical Engineering should be directly rooted in the real manufacturing practice or hold great potential to engineering practice. Research outcomes should have practical application value or social value. The research topic should be novel and have certain difficulty to reach the knowledge level for Master Degree. In addition, the thesis should contain enough workload independently completed by the candidate. Research proposal report should be completed before the end of the third semester. (2) Format of the Degree Thesis Thesis for optical engineering master degree can be in the area of applied research, engineering design as well as product development. The thesis should contain the following basic elements: 1) 2) 3) 4) 5) 6) Cover: Include title, author’s name, advisor’s name and engineering degree area Abstract and keywords: in both Chinese and English Declaration of independent completion and integrity statement. The basis and significance of the research topic Literature review Main body of the thesis: include thesis content, design, analysis and calculation, experimental