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
    [DPS0001]SERVICE STUDY(1), [DPS0002]SERVICE STUDY(2), [DPS0003]SERVICE STUDY(3)
    B. General Education Course
    C. College Core Course
    [DPS1002]INTRODUCTION TO COMPUTER SCIENCE+, [DPS1003]ENGINEERING MATHEMATICS(1), [CHEM1011]GENERAL CHEMISTRY(1), [PHYS1011]GENERAL PHYSICS(1), [DPS1011]CALCULUS(1), [CHEM1012]GENERAL CHEMISTRY LABORATORY, [PHYS1012]GENERAL PHYSICS LABORATORY(1), [DPS1012]CALCULUS(2), [CHEM1013]GENERAL CHEMISTRY(2), [PHYS1013]GENERAL PHYSICS(2), [PHYS1014]GENERAL PHYSICS LABORATORY(2), [DPS2003]ENGINEERING MATHEMATICS(2), [DPS2004]ENGINEERING MATHEMATICS(3)
    D. Department Core Course
    [DPS1001]INTRODUCTION TO OPTO-ELECTRONIC TECHNOLOGY, [DPS2001]ELECTRONICS(1), [DPS2002]ELECTRONICS(2), [DPS2005]ELECTROMAGNETISM(1), [DPS2006]ELECTROMAGNETISM(2), [DPS2007]OPTICS(1), [DPS2008]OPTICS(2), [DPS2071]ELECTRONICS LABORATORY(1), [DPS2072]OPTOELECTRONICS LABORATORY(1), [DPS3003]MODERN PHYSICS, [DPS3010]INTRODUCTION TO PHOTONICS(1), [DPS3012]INTRODUCTION TO PHOTONICS(2), [DPS3071]ELECTRONICS LABORATORY(2), [DPS3072]OPTOELECTRONICS LABORATORY(2), [DPS3091]PHOTONICS RESEARCH(1), [DPS3092]PHOTONICS RESEARCH(2), [DPS3093]PHOTONICS RESEARCH(3), [DPS3094]PHOTONICS RESEARCH(4)
    E. Cross-Disciplinary Course
    [DPS2001]ELECTRONICS(1), [DPS2002]ELECTRONICS(2), [DPS2005]ELECTROMAGNETISM(1), [DPS2006]ELECTROMAGNETISM(2), [DPS2071]ELECTRONICS LABORATORY(1), [DPS3003]MODERN PHYSICS, [DPS3010]INTRODUCTION TO PHOTONICS(1), [DPS3012]INTRODUCTION TO PHOTONICS(2), [DPS3071]ELECTRONICS LABORATORY(2)
    F. Service Learning
    [DPS0001]SERVICE STUDY(1), [DPS0002]SERVICE STUDY(2), [DPS0003]SERVICE STUDY(3)
    G. Area of Photonic Science
    [DPS3002]NUMERICAL METHODS
    H. Area of Information and Display Photonics
    [DPS1015]ELECTRIC CIRCUITS, [EE3450]SIGNALS AND SYSTEMS, [EE4400]ANALOG COMMUNICATION, [EE5400]DIGITAL COMMUNICATION, [EE5420]FIBER OPTICAL COMMUNICATIONS
    I. Area of Nano and Green Photonics
    [DPS3004]SEMICONDUCTOR DEVICE FABRICATION TECHNOLOGY, [DPS3005]PHYSICS OF OPTOELECTRONIC MATERIALS
    J. Area of Biophotonics
    [DPS5001]INTRODUCTION TO BIOPHOTONICS
    Development