NCKU Curriculum Map
1. 2.
3.
Goal   
  • Training sound character, solid knowledge ground, and caring community with a global vision of human resources.
  • Leadership training to promote the sustainable development of countries and human.
  • To cultivate the spirit of science, and has extensive knowledge in physics, becoming the backbone of the scientific community of talent.
  • Principle Literacy and Competence   
    [Competence]
  • programing capability
  • [Principle Literacy]
  • To appredate the humanitles, cultivating talent with global perspectives, and to express social concern.
  • with respect to academic ethics and integrity, to equip oneself with a scientific attitude of logical thinking, rational judgement, discipline and practical, cooperation and innovation.
  • [Competence]
  • basic knowledge of physics
  • advance knowledge of Physics
  • Knowledge of Advance Physics
  • To conduct an experiment, analyze data information and to explain the results of scientific experiments
  • Course Classification
    Course Classification Course Name
    A. Common Core Courses
    [PHYS]ENGLISH (1), [PHYS]ENGLISH (2), [PHYS0010]SERVICE STUDY (1), [PHYS0011]SERVICE STUDY (2), [PHYS0021]SERVICE STUDY (3)
    B. general education
    [PHYS4115]INTRODUCTION TO LIVING TECHNOLOGY
    C. Core Curriculum-College of Science
    [CHEM1011]GENERAL CHEMISTRY (1), [CHEM1013]GENERAL CHEMISTRY (2), [CHEM1016]GENERAL CHEMICAL LABORATORY (1), [CHEM1018]GENERAL CHEMICAL LABORATORY (2), [MATH1021]CALCULUS (1), [MATH1022]CALCULUS (2)
    D. Core Curriculum-Department of Physics
    [PHYS1011]GENERAL PHYSICS (1), [PHYS1012]GENERAL PHYSICS LABORATORY (1), [PHYS1013]GENERAL PHYSICS (2), [PHYS1014]GENERAL PHYSICS LABORATORY (2), [PHYS1111]HISTORY OF PHYSICS DEVELOPMENT, [PHYS2111]PROGRAMMING IN MATHEMATICA, [PHYS2111]MATHEMATICA FOR PHYSICISTS, [PHYS2112]MECHANICS (1), [PHYS2112]ELECTRONIC CIRCUITS, [PHYS2113]MECHANICS (2), [PHYS2116]MATHEMATICAL METHODS IN PHYSICS(1), [PHYS2118]INTRO TO MODERN PHYSICS, [PHYS2121]ELEMENTARY ELECTRONICS, [PHYS2125]ELECTRICITY AND MAGNETISM (1), [PHYS2126]ELECTRICITY AND MAGNETISM (2), [PHYS2127]NUMERICAL ANALYSIS, [PHYS2128]ELECTRONICS(1), [PHYS2129]ELECTRONICS(2), [PHYS2131]ELECTRONICS EXPERIMENTS(1), [PHYS2132]ELECTRONICS EXPERIMENTS(2), [PHYS2136]PHYSICS EXPERIMENTS(1), [PHYS2138]PHYSICS EXPERIMENTS(2), [PHYS2171]ELECTRONICS EXPERIMENTS, [PHYS2172]ELECTROMAGNETICAL EXPERIMENTS, [PHYS3112]OPTICS, [PHYS3113]MATHEMATICAL METHODS IN PHYSICS(3), [PHYS3119]PARTIAL DIFFERENTIAL EQUATION AND SPECIAL FUNCTIONS, [PHYS3121]QUANTUM MECHANICS (1), [PHYS3122]QUANTUM MECHANICS (2), [PHYS3123]QUANTUM PHYSICS (1), [PHYS3124]QUANTUM PHYSICS (2), [PHYS3125]EXPERIMENTAL TECHNIQUES IN PHYSICS(1), [PHYS3127]THERMAL PHYSICS (1), [PHYS3128]THERMAL PHYSICS (2), [PHYS3129]LINEAR ALGEBRA AND GROUP THEORY, [PHYS3131]APPLIED ELECTRONICS (1), [PHYS3132]APPLIED ELECTRONICS (1), [PHYS3133]THERMAL PHYSICS, [PHYS3134]INTRODUCTION TO STATISTICAL MECHANICS, [PHYS3136]PHYSICS EXPERIMENTS(3), [PHYS3138]PHYSICS EXPERIMENTS(4), [PHYS3171]OPTICAL EXPERIMENTS, [PHYS3173]EXPERIMENTS OF MODERN PHYSICS(1), [PHYS4123]COMPUTER PROGRAMMING, [PHYS4141]INTRODUCTORY PLASMA PHYSICS, [PHYS4146]LASER PHYSICS, [PHYS4147]EXPERIMENTAL TECHNIQUES IN PHYSICS(2), [PHYS4171]MODERN PHYSICS LABORATORY
    E. Astronomy
    [PHYS2114]ASTRONOMY (1), [PHYS2115]ASTRONOMY (2), [PHYS3140]SPECIAL RESEARCH TOPICS IN SPACE SCIENCE AND ENGINEERING, [PHYS3141]INTRODUCTION TO COSMOLOGY, [PHYS4111]ASTROPHYSICS, [PHYS4112]ASTRONOMY, [PHYS4113]ASTRONOMICAL OBSERVATION, [PHYS4138]INTRODUCTION TO PLASMA(1), [PHYS4139]INTRODUCTION TO PLASMA(2)
    F. High-Energy Physics
    [PHYS3116]THEORY OF RELATIVITY, [PHYS3117]THEORY OF RELATIVITY(1), [PHYS3118]THEORY OF RELATIVITY(2), [PHYS3126]GENERAL RELATIVITY, [PHYS4119]INTRODUCTION TO MODERN PHYSICS, [PHYS4128]PARTICLE PHYSICS(1), [PHYS4129]PARTICLE PHYSICS(2), [PHYS4131]INTRODUCTION TO ELEMENTARY PARTICLES, [PHYS4135]QUANTUM FIELD THEORY
    G. Solid-State Physics
    [PHYS3111]SEMICONDUCTOR PHYSICS, [PHYS3142]INTRODUCTION TO SOLID STATE PHYSICS, [PHYS3143]BASIC SOLID STATE PHYSICS-OPTICAL PROPERTIES OF SOLID STATE MATERIALS, [PHYS3144]BASIC SOLID STATE PHYSICS-ELECTRICAL PROPERTIES OF SOLID STATE MATERIALS, [PHYS3145]BASIC SOLID STATE PHYSICS-INTRODUCTION TO MAGNETIC AND SUPERCONDUCTIVE MATERIALS AND PHYSICS, [PHYS3148]INTRODUCTIONS TO CONDENSED MATTER PHYSICS AND ITS APPLICATIONS, [PHYS4116]MANY BODY PHYSICS, [PHYS4117]SOLID STATE PHYSICS (1), [PHYS4118]SOLID STATE PHYSICS (2), [PHYS4121]INTRODUCTION COMPUTATIONAL PHYSICS(1), [PHYS4122]INTRODUCTION TO COMPUTATIONAL PHYSICS(2), [PHYS4144]THIN FILM PHYSICS (1), [PHYS4145]THIN FILM PHYSICS (2)
    H. Soft-Matter Physics
    I. Optics
    [PHYS3115]MODERN OPTICS, [PHYS3139]MODERN OPTICS, [PHYS3150]INTRODUCTION TO OPTICAL SYSTEM DESIGN, [PHYS3172]MODERN OPTICS EXPERIMENTS
    J. Biological Physics
    K. Integrative Courses
    [PHYS1112]INTRODUCTION OF FRONTIER PHYSICS RESEARCHES, [PHYS1113]INTRODUCTION OF FRONTIER PHYSICS RESEARCHES, [PHYS1114]INTRO TO COMPUTER SCIENCE & APPLICATION, [PHYS1115]PROGRAMMING LANGUAGE, [PHYS2117]MATHEMATICAL METHODS IN PHYSICS (2), [PHYS2119]INTRODUCTION TO COMPUTATIONAL PHYSICS, [PHYS2123]ELECTRONIC CIRCUITS(1), [PHYS2124]ELECTRONIC CIRCUITS(2), [PHYS2173]INNOVATION AND PRACTICE IN SCIENCE(1), [PHYS3114]MATHEMATICAL METHODS IN PHYSICS(4), [PHYS3133]PHYSICS OF OPTOELECTRONIC SEMICONDUCTOR, [PHYS3135]DATA DEDUCTION AND ERROR ANALYSIS FOR THE PHYSICAL SCIENCE, [PHYS3137]INTRODUCTION TO SPACE SCIENCE AND ENGINEERING, [PHYS3147]INTRODUCTION TO QUANTUM COMMUNICATION: A VIEW FROM THE EXPERIMENTALIST, [PHYS3148]INTRODUCTION TO PRECISION MEASUREMENT, [PHYS3152]INTRODUCTION TO MATERIALS SCIENCE AND PHYSICS, [PHYS4114]BIOPHYSICS, [PHYS4124]NUCLEAR PHYSICS, [PHYS4125]ATOMIC AND MOLECULAR PHYSICS, [PHYS4126]THEORETICAL PHYSICS (1), [PHYS4127]THEORETICAL PHYSICS (2), [PHYS4132]STATISTICAL PHYSICS(1), [PHYS4133]STATISTICAL PHYSICS(2), [PHYS4134]INTRODUCTION TO QUANTUM COMPUTER, [PHYS4136]QUANTUM COMPUTER, [PHYS4142]INTRODUCTORY PLASMA PHYSICS(1), [PHYS4143]INTRODUCTORY PLASMA PHYSICS(2), [PHYS4191]SPECIAL RESEARCH TOPICS(1), [PHYS4192]SPECIAL RESEARCH TOPICS(2)
    Development