NCKU Curriculum Map
1. 2.
3.
Goal   
  • Build up knowledge in photonics and capability in research
  • Establish capability in cross-disciplinary integration and team work
  • Develop capability in independent, multi-disciplinary, and life-long learning
  • Principle Literacy and Competence   
    [Principle Literacy]
  • Possession of professional ethics, social responsibility, humanity and culture , and global vision
  • [Competence]
  • Possession of knowledge in fundamental science (mathematics, physics, chemistry) and photonics
  • Capability to identify and solve photonic problems and issues
  • Capability to design and conduct photonic experiments and engineering practices
  • Capability to analyze and explain photonic phenomena and effects
  • Capability for interdisciplinary integration among photonics, physics, chemistry, materials, and electrical engineering
  • Capability for effective communication and team work
  • Capability to catch up with science and social developments, and to learn independently and continuously
  • Improvement in foreign languages
  • Course Classification
    Course Classification Course Name
    A. University Required Course
    B. General Education Course
    C. College Core Course
    D. Department Core Course
    [DPS6001]OPTICAL ELECTRONICS(1), [DPS6002]OPTICAL ELECTRONICS(2), [DPS6071]OPTOELECTRONICS EXPERIMENTS(1), [DPS6072]OPTOELECTRONICS EXPERIMENTS(2), [DPS6073]OPTOELECTRONICS EXPERIMENTS, [DPS6091]SEMINAR(1), [DPS6092]SEMINAR(2), [DPS6093]SEMINAR(3), [DPS6094]SEMINAR(4), [DPS7020E]SCIENTIFIC WRITING, [DPS7044]ACADEMIC WRITING AND ORAL PRESENTATION IN ENGLISH, [DPS7091]SEMINAR, [DPS7092]SEMINAR(1), [DPS7093]SEMINAR(2), [DPS7094]SEMINAR(3), [DPS7095]SEMINAR(4)
    E. Cross-Disciplinary Course
    [DPS7044]ACADEMIC WRITING AND ORAL PRESENTATION IN ENGLISH
    F. Service Learning
    G. Area of Photonic Science
    [DPS5002]GUIDED WAVE OPTICS, [DPS5003]OPTICAL PROPERTIES OF MATERIALS, [PHYS6114E]QUANTUM MECHANICS (2), [PHYS6116E]QUANTUM MECHANICS (1), [DPS7006]SOLID STATE PHYSICS, [DPS7009]PLASMONICS,PRINCIPLE AND APPLICATION, [DPS7018E]NUMERICAL METHODS IN PHOTONICS, [DPS7021]NONLINEAR OPTICS, [DPS7023]ELECTROMAGNETIC THEORY AND APPLICATION, [DPS7024]PHYSICAL OPTICS, [DPS7028E]PHOTOVOLTAIC AND PHOTOELECTROCHEMISTRY, [DPS7029]OPTICAL SYSTEM DESIGN, [DPS7032]QUANTUM PHYSICS, [DPS7036]TERAHERTZ TECHNOLOGIES AND APPLICATIONS, [DPS7037]THE THEORIES AND APPLICATIONS OF LASER, [DPS7038]PRINCIPLES OF SEMICONDUCTOR LASER, [DPS7046]PHOTONICS APPLICATION WITH MATLAB, [DPS7047]AN INTRODUCTION TO SILICON INTEGRATED PHOTONICS, [DPS9006]SPECIAL THEORY ON ELECTRO-OPTICS
    H. Area of Information and Display Photonics
    [CCE5240]OPTICAL COMMUNICATION SYSTEM, [DPS7001]FOURIER OPTICS, [DPS7005]COLOR SCIENCE OF DISPLAY, [DPS7010]DISPLAY OPTICS, [DPS7022]REFLECTIVE LIQUID CRYSTAL DISPLAYS(0), [DPS7031]LIQUID CRYSTAL PHOTONICS AND APPLICATIONS, [DPS7042]LIQUID CRYSTALS AND DISPLAY TECHNOLOGIES, [DPS7192]SPECIAL TOPICS ON LIQUID CRYSTAL ELECTROOPTICS(1), [DPS7193]SPECIAL TOPICS ON LIQUID CRYSTAL ELECTROOPTICS(2), [PHYS8137]LIQUID CRYSTAL MATERIALS & DISPLAY TECHNOLOGY, [DPS9008]3D DISPLAY TECHNOLOGY
    I. Area of Nano and Green Photonics
    [DPS5005]MATERIALS SCIENCE AND ENGINEERING, [DPS6003]SEMICONDUCTOR DEVICES PHYSICS, [DPS7006]SOLID STATE PHYSICS, [DPS7007]NANOPHOTONICS, [DPS7015]OPTOELECTRONIC CHARACTERIZATION TECHNIQUES, [DPS7016]ORGANIC ELECTRO-OPTICAL MATERIALS, PRINCIPLES, AND DEVICE APPLICATIONS, [DPS7017]SEMICONDUCTORS@NANO-PROCESSES TECHNOLOGY, [DPS7025]THE ENGINEERING OF THE COMPOUND SEMICONDUCTORS, [DPS7028E]PHOTOVOLTAIC AND PHOTOELECTROCHEMISTRY, [DPS7032]QUANTUM PHYSICS, [DPS7033]ADVANCED LITHOGRAPHY TECHNOLOGY, [DPS7041]THE PRINCIPLES AND TECHNOLOGIES OF PHOTODETECTORS, [DPS7043E]MATERIALS CHARACTERIZATIONS, [DPS7045E]METAMATERIALS, [DPS7048]HIGH-EFFICIENCY LIGHT-EMITTING DIODES, [DPS7098]SPECIAL TOPICS ON NANO-FABRICATION TECHNOLOGIES(1), [DPS7099]SPECIAL TOPICS ON NANO-FABRICATION TECHNOLOGIES(2), [DPS7194]SPECIAL TOPICS OF ADVANCED OPTOELECTRONIC MATERIALS(1), [DPS7195]SPECIAL TOPICS OF ADVANCED OPTOELECTRONIC MATERIALS(2), [DPS7198]PROCESS TECHNIQUE OF OPTOELECTRONIC SEMICONDUCTORS(1), [DPS7199]PROCESS TECHNIQUE OF OPTOELECTRONIC SEMICONDUCTORS(2), [DPS7291]ORGANIC SEMECONDUCTOR DEVICES, [DPS7292]PHOTOVOLTAIC DEVICES AND MATERIALS(1), [DPS7292]ORGANIC LIGHT-EMITTING DIODES, [DPS7293]PHOTOVOLTAIC DEVICES AND MATERIALS(2), [DPS7294]ORGANIC RAMAN SPECTROSCOPY, [PHYS8153]LASER SPECTROSCOPY, [DPS9002]ADVANCED PHYSICS OF SEMICONDUCTOR MATERIALS AND DEVICES, [DPS9003]SOLID-STATE LIGHTING, [DPS9004]ADVANCED STUDIES IN ORGANIC SEMICONDUCTORS, [DPS9005]SOLAR CELLS
    J. Area of Biophotonics
    [DPS7014]PRINCIPLES OF BIOMEDICAL SPECTROSCOPY, [DPS7019]TISSUE OPTICS, [DPS7025]MICROSCOPY, [DPS7034]NANO-BIOPHOTONICS, [DPS7035]BIOMEDICAL MATERIALS, [DPS7036]TERAHERTZ TECHNOLOGIES AND APPLICATIONS, [DPS7039]PHOTOTHERAPY, [DPS7040]NANOMATERIALS AND BIOMEDICAL, [DPS7090]SPECIAL TOPICS ON TISSUE OPTICS(1), [DPS7194]SPECIAL TOPICS OF NANOBIOPHOTONICS, [DPS9001]LASER SPECTROSCOPY
    Development