1. Graduate Institue of Electro-Optical Engineering Course Map
Principle and Applications of Display
Technologies of the Liquid Crystal Display
Optical Storage Technology
Optical Metrology
Semiconductor Experiments
Laser Physics
Fourier Optics
Optical Design and Display
Seminar
Scientific Writing
Electro-Optical Laboratory
Solid light Source
Introduction to Solar Cells
Characterization of semiconductor optoelectronics
Material Analysis
Photonic Crystal Technology
Nanophotonics
Nanomanufacturing
Semiconductor experiment
Optoelectronic Semiconductor Devices
Solid State Physics
Quantum Mechanics
Geometic Optics
Optical Interferometry and Diffraction
Crystal Optics
Optoelectronic semiconductors
Biophotonics
Polarization Optics and Applications
Biomedical Sensing
Fiber Optical Communication
Principle and Applications of Optical Coherent Tomography
Laser Physics
Fourier Optics
Basic Group Theory
Biophotonics
Common Courses (13 credits)
Professional courses (9 credits)
Based Professional Elective (3 credits each)
Advanced Professional Elective (3 credits each)
※ Graduation credits: 36 credits; containing common compulsory 12 credits of required courses 9 credits must choose a professional credits,
basic and advanced professional electives 14 credits