Objective:This program is established to cultivate high-level academic innovative talents to engage in scientific research, high-tech development,and personnel training in the fields of Optical Engineering, Advanced Manufacturing, Information, New Materials, andLife Science, and etc., with excellent moral characters, solid academic foundation, comprehensive quality, good physical and mental health, international vision and strong innovation ability. Master the solid and broad basic theory and systematic in-depth specialized knowledge of Optical Engineering, have the ability to independently engage in scientific research, and make innovative achievements in science or specialized technology.

Curriculum:

Core courses: Physical Basisfor Laser Manufacturing，Advanced Optics and Photonics，Advanced Optical Spectroscopy, Statistical Optics, Mathematical Modeling.

Featured courses: Advanced Optical Fiber Manufacturing, Solid State Spectroscopy, Advanced Laser Manufacturing Experiments, Biophotonics, Nonlinear Optics, Optical Information Processing, Optoelectronics, Nano Optics and Technology, Photoelectric Information Detection, Laser Micro-Nano Processing Technology, Laser Material Processing and Metallurgy,.

Career: Graduates of this program can start a career inresearch institutes, universities, enterprises, and public institutions.

Optical Engineering (Master of Engineering)

Objective:

This program is established to cultivate high-level practical and innovative talents to engage in scientific research, high-tech development and support the works of Optical Engineering, Laser Advanced Manufacturing Science and Technology, Micro-nano Optics, Laser and Optoelectronic Technology, New Materials and Biomedicine. Talents should be equipped with good moral character, solid academic foundation, comprehensive quality, good physical and mental health, strong practical ability, and certain innovative ability, master solid basic theory and systematic knowledge of the Optical Engineering discipline, and have the ability to independently engage in scientific research and specialized technical work.

Curriculum:

Core courses: Physical Basis for Laser Manufacturing, Advanced Optics and Photonics, Advanced Optical Spectroscopy, Statistical Optics, Mathematical Modeling, Numerical Analysis, Data Analysis Methods and R software, Random Processes..

Featured courses: Advanced Fiber Manufacturing, Solid State Spectroscopy, Advanced Laser Manufacturing Experiments, Biophotonics, Nonlinear Optics, Optical Information Processing, Principles for Optical Fiber Communications, Optoelectronics, Nano Optics and Technology, Photoelectronic Information Detection, Laser Micro-Nano Processing Technology, Laser Material Processing and Metallurgy, Laser Safety and Protection, Laser Material Preparation Technology, Fiber Optics,Introduction to Laser Science and Engineering.

Career: Graduates of this program can start a career inenterprises and public institutions, research institutes, or in the fields of IT, communications technology, and high-tech industries.