What We Provide
M.S. PROGRAM
By offering several programs, Department of Electro-Optical Engineering gives you the tools to gain an advantage through specialized training. Learn more about your options below, and feel free to reach out with any questions.
OBLIGATORY COURSES
FUNDAMENTALS OF PHOTONICS
Credits - 3
Hours - 3
1. Ray Optics
2. Wave Optics
3. Beam Optics
4. Fourier Optics
5. Electromagnetic Optics
6. Polarization and Crystal Optics
MODERN OPTICS
Credits - 3
Hours - 3
This course includes the propagation of light, the vectorial nature of light, coherence and interference, multiple-beam interference, diffraction, optics of solids, thermal radiation and light quanta, optical spectra, and ray optics.
OPTICAL EXPERIMENT (1)
Credits - 1
Hours - 3
1.Experiment on multi-mode optical fiber
2.Experiment on single-mode optical fiber
3.Position measurement
4.Doppler velocity measurement
5.Holography
6.Holography interferometry
7.Moire method
8.Moire interferometry
9.Computer assisted programming for laser cutting
10.Experiment of laser cutting
11.NC programming for the three dimensional fabricator of rapid prototype
12.Laser assisted rapid prototyping
13.Basic Electro-optical peripheral
13-1.Optical Input devices：digital camera、scanner、Image capturer
13-2.Optical output devices：LCD display、LED display、3D-TV display
14.Optial information storage
14-1.Usage and control of MO
14-2. Usage and control of CD/RW
15.Dasic optical information processing
15-1.Optical compating and pattern recognition
15-2.MRI medical image processing
THESIS
Credits - 3
Hours - 3
Graduate students are required to complete specific research topic under the restruction of their advisor.The results should be written as a thesis.
ENGINEERING SEMINAR
Credits - 3
Hours - 3
Case Study. Seminar. Group meeting.
SELECTIVE COURSES
ELECTROMAGNETICS IN OPTOELECTRONICS
Credits - 3
Hours - 3
1. Basic electromagnetic theory
2. Reflection and transmission of plane waves at a dielectric interface
3. The slab waveguides
4. Practical waveguide geometries
5. Optical fibers
6. Propagation, modulation, and oscillation in optical dielectric waveguide
7. Resonators and couplers
8. Distributed feedback structures
FIBER-OPTIC COMMUNICATION
Credits - 3
Hours - 3
1. Introduction to optical fiber communications.
2. Optical fibers-losses and fabrications
3. Signal degradation
4. Light emitters
5. Optical receivers
6. Repeaters and optical amplifier
7. Digital communications
8. Solitions and dense wavelength-division multiplexing tgdi systems
INTEGRATED OPTICS
Credits - 3
Hours - 3
From the electromagnetic theory, the optical waves propagation, coupling, and modulating in optical wave-guides are proposed. Also from the quantum theory introduced by modern physics, the laser theory and the principles of photo detectors are introduced. By the concepts of electro-optical modulation of laser devices, electrical modulation of optical wave-guides, and the opto-electronic conversion of photo detector devices, the fundamental concepts of integrated optics are introduced. Also the characteristics and applications of integrated optics are presented.
FABRICATION OF OPTOELECTRONIC MATERIALS AND DEVICE
Credits - 3
Hours - 3
1. Single crystal growth
2. Engitaxial technique
3. Diffusion and implantation
4. Dry and wet etching
5. Chemical vapor deposition
6. Metal film coating
7. Manufacturing process of photo electronic element
8. Characterization measurement and analysis of element
FOURIER OPTICS
Credits - 3
Hours - 3
This course illustrates the diffraction theory and techniques of image processing and optical information processing by using the methods of Fourier transform. It involves：
1. Introduction
2.Analysis of 2-D linear systems
3.Diffraction theory
4.Fresnel and Fraunhofer diffraction
5.Fourier transforming
6.Frequency analysis of optical imaging properties of lenses
7.Spatial filtering and optical information processing
8.Holography
MATERIALS AND DEVICES FOR OPTOELECTRONICS
Credits - 3
Hours - 3
Materials and Devices for Optoelectronics
OPTO-ELECTRONIC METHODS IN PRECISION MEASUREMENT
Credits - 3
Hours - 3
This course introduces the optical methods used to determine the displacements and angular rotations of a target. Optical signals are transferred into electronic signals for analysis. It involves：
1. Introduction
2. Geometrical error
3. Laser encoder
4. Interferometers
5. Optical encoder
6. Optical
OPTICAL MACHINERY DESIGNED PRACTICE
Credits - 3
Hours - 3
Optical Machinery Designed Practice
OPTICAL ELECTRONICS
Credits - 3
Hours - 3
Optical Electronics
SEMICONDUCTOR MATERIALS AND DEVICES CHARACTERIZATIONS
Credits - 3
Hours - 3
Semiconductor Materials and Devices Characterizations
DESIGN AND APPLICATION OF OPTICAL COATING
Credits - 3
Hours - 3
1. Basic theory
2. Admittance diagrams for optical coating design
3. Beam splitter
4. High reflection coating
5. Edge filter
6. Band-pass filter
7. Tilted coatings
AN INTRODUCTION TO NANOMATERIALS
Credits - 3
Hours - 3
History and development of nanoscience and technology
Elementary concepts and physical properties of nanomaterials
Synthesis and characterization methods for nanomaterials and structures
Optoelectronics for nanoscale materials and devices
Applications of nanomaterials
EPITAXY TECHNOLOGY AND MEASUREMENT
Credits - 3
Hours - 3
Lattice structure
Liquid phase epitaxy
Vapor phase epitaxy
Matel-organic chemical vapor deposition
Molecular beam epitaxy
Measuring technology of epilayer
OPTICAL MENS
Credits - 3
Hours - 3
Optical MENS
SCANNING PROBE MICROSCOPY(SPM)
Credits - 3
Hours - 3
This course introduces
basic principle,
atomic force microscope,
theory of scanning tunneling microscope,
tips and properties of sample surfaces,
applications SPM,
nano-manipulation and nanoechanics,
near-field scanning optical microscopy.
PROJECT RESEARCH OF INDUSTRY TREND ANALYSIS IN HIGH TECHNOLOGY
Credits - 3
Hours - 3
It applies the circulate message of prosperity cycle on Crystal Cycle.
It explores contents and situations about relating property by Porter's five force analysis, SWOT analysis, and Diamond analysis.
It manufactures the Project in relating property.
It practices and criticizes the Project in relating property.