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National Chung Cheng University Institute of optoelectronic and electrical integration engineering students approach

106 school year (inclusive) after admission new students apply

1. Graduation:
    The master's degree graduate students should be completed 28 credits (including compulsory course 8 credits, the core course 6 credits, other professional elective 14 credits and thesis degree oral test pass)
2. Optoelectronics Required Courses (8 credits)
   Symposium (4 credits total)
   Introduction to Light Electrical and Mechanical Integration Engineering (3 credits)
   Photoelectric engineering experiment (1 credit)
3. Optical Electromechanical Core Course (6 credits)
  Before graduation at least elective a semester, next semester a total of two core courses (6 credits).
  Last semester set up: photoelectric components physical (a), optoelectronic materials, precision machinery design (three election one)
  Next semester set up: optoelectronics, light machine system design (two election one)
4. Electromechanical elective course (14 credits)
  Flat display
  Cutting edge display
  Prospective display and lighting technology
  Organic electroluminescent elements and displays
  New generation of backlight module and white light
  Organic Polymeric Photoelectric Semiconductor Materials and Components
  Color engineering
  Nano Optoelectronics
  Nonlinear optics
  Introduction to Scientific Research - Taking Graphene as an Example
  Graphene process, detection and application
  Nano Element Process and Detection
  Semiconductor process technology
  Wide bandgap semiconductors
  Semiconductor element physics
  Nano - process and detection experiment
  Carbon nanotubes and their applications
  electronic Materials
  New Solar Cell Technology and Development
  Application of New Energy - saving Materials in Optoelectronic Industry
  Organic / inorganic semiconductors and their applications in optoelectronic display lighting and energy saving
  New energy technology and energy saving and carbon reduction application
  Development and Application of Forward Energy Conversion and Energy Storage Technology
  Solid state lighting
5. The instructor agrees to the Faculty of Science and Technology related to the firm's research area
※ In accordance with the provisions of Article 1 of the provisions of the practice of the school.