NCKU Curriculum Map
1. 2.
3.
Institute of Space and Plasma Sciences   
Goal   
  • Cultivating professional and humanistic talents in Space, Astrophysical and Plasma Sciences
  • Cultivating the ability to engage in research creative, interdisciplinary study
  • Cultivating talent with global perspectives and ability of international cooperation
  • Cultivating socially aware leadership abilities
  • Principle Literacy and Competence   
    [Principle Literacy]
  • Cultivating talent with global perspectives
  • Global perspectives
  • Civic concern
  • Civic concern
    [Competence]
  • The ability to apply professional knowledge of plasma, astrophysical and space theory and simulation to derive solutions to problems
  • Professional knowledge integration and application
  • The ability to plan and perform scientific experiments, to analyze and explain experimental results
  • Creativity
  • Foreign language proficiency
  • The ability to engage in an international context
  • Leadership ability to achieve effective communication and cooperation
  • Leadership cultivation
  • The ability to understand the development of scientific and engineering technology of space, astrophysical and plasma science researches and engage in interdisciplinary study
  • Interdisciplinary study ability
  • The ability to interpret and analyze scientific data
  • Interdisciplinary study ability
    Course Classification
    Course Classification Course Name
    A. University Common compulsory Courses
    B. General Education Courses
    C. College Core Courses
    D. Institute Core Courses
    [SAPS6091E]SEMINAR(1), [SAPS6092E]SEMINAR(2), [SAPS6093E]SEMINAR(3), [SAPS6094E]SEMINAR(4), [SAPS7001]SPACE PHYSICS, [SAPS7001E]SPACE PHYSICS, [SAPS7002]ASTROPHYSICS, [SAPS7002]ASTROPHYSICS, [SAPS7003E]PLASMA PHYSICS, [SAPS7012]SPECIAL TOPICS ON SPACE SCIENCE INSTRUMENTS (2), [SAPS7013E]SPECIAL TOPICS ON CLASSICAL ELECTRODYNAMICS, [SAPS7015]DATA REDUCTION, [SAPS7020]ADVANCED MAGNETOSPHERIC PHYSICS(1), [SAPS7021]ADVANCED MAGNETOSPHERIC PHYSICS(2), [SAPS7022]INSTRUMENT DEVELOPMENT ON ASTROPHYSICS AND SPACE SCIENCE, [SAPS7030]NUMERICAL SIMULATION IN ELECTRODYNAMICS AND PLASMA PHYSICS, [SAPS7034]EXERCISE IN ELECTROMAGNETISM AND ELECTRODYNAMICS, [SAPS7035]PLASMA PROCESSING FOR SEMICONDUCTORS, [SAPS7036]EXERCISE IN COMPUTATIONAL PHYSICS, [SAPS7037]INTRODUCTION TO QUANTUM PHYSICS OF PHOTONS AND MANY-BODY SYSTEMS, [SAPS7038E]NUCLEAR FUSION PLASMA SCIENCES, [SAPS7038E]NUCLEAR FUSION PLASMA SCIENCES, [SAPS7039E]TOKAMAK PHYSICS, [SAPS7040]MECHANICS OF CONTINUA AND FLUIDS, [SAPS7041]LIGHTNING PHYSICS, [SAPS7042]MATHEMATICAL METHODS FOR PLASMA PHYSICS, [SAPS7043]EXERCISE IN ELECTRODYNAMICS, [SAPS7044E]PULSED POWER SYSTEM, [SAPS7045E]METHODS FOR DESIGNING LABORATORY PLASMA PHYSICS EXPERIMENT, [SAPS7046E]ELECTROMAGNETIC AND ELECTROSTATIC WAVES IN DIELECTRIC MEDIA, [SAPS7047E]PLASMA KINETICS, [SAPS7048E]ULTIMATE GREEN ENERGY:FUSION, [SAPS7049E]PLASMA DYNAMICS(2), [SAPS7050E]ANALYTICAL MECHANICS, [SAPS7051]PRACTICE COURSE IN PLASMA, [SAPS7052]MEASUREMENTS AND DATA ANALYSIS OF SPACE PLASMA, [SAPS7053E]PLASMA KINETICS, [SAPS7054]SPECIAL TOPICS ON SPACE PLASMA, [SAPS7055]DEVELOPMENT OF PLASMA INSTRUMENTS AND CALIBRATION TECHNIQUES, [SAPS7056E]MAGNETOHYDRODYNAMICS, [SAPS7057]SPECIAL TOPICS ON SPACE SCIENCE INSTRUMENTS, [SAPS7058E]LASER PLASMA PHYSICS, [SAPS7091]SEMINAR(1), [SAPS7092]SEMINAR(2), [SAPS7093E]SEMINAR, [SAPS7093]SEMINAR(3), [SAPS7094]SEMINAR(4)
    E. Interdisciplinary Courses
    [SAPS7013E]SPECIAL TOPICS ON CLASSICAL ELECTRODYNAMICS, [SAPS7033]SPACE SCIENCE AND SATELLITE SYSTEM ENGINEERING, [SAPS7042]MATHEMATICAL METHODS FOR PLASMA PHYSICS, [SAPS7051]PRACTICE COURSE IN PLASMA, [SAPS7052]MEASUREMENTS AND DATA ANALYSIS OF SPACE PLASMA, [SAPS7054]SPECIAL TOPICS ON SPACE PLASMA, [SAPS7055]DEVELOPMENT OF PLASMA INSTRUMENTS AND CALIBRATION TECHNIQUES
    F. Merging Service Learning Courses
    G. Space Science Courses
    [SAPS7001E]SPACE PHYSICS, [SAPS7001]SPACE PHYSICS, [SAPS7003E]PLASMA PHYSICS, [SAPS7012]SPECIAL TOPICS ON SPACE SCIENCE INSTRUMENTS (2), [SAPS7013E]SPECIAL TOPICS ON CLASSICAL ELECTRODYNAMICS, [SAPS7015]DATA REDUCTION, [SAPS7020]ADVANCED MAGNETOSPHERIC PHYSICS(1), [SAPS7021]ADVANCED MAGNETOSPHERIC PHYSICS(2), [SAPS7022]INSTRUMENT DEVELOPMENT ON ASTROPHYSICS AND SPACE SCIENCE, [SAPS7024]INSTRUMENTATION FOR SPACE SCIENCE, [SAPS7027]ADVANCED SPACE PHYSICS, [SAPS7028]IONOSPHERIC PHYSICS AND MAGNETOSPHERE-IONOSPHERE COUPLING, [SAPS7033]SPACE SCIENCE AND SATELLITE SYSTEM ENGINEERING, [SAPS7034]EXERCISE IN ELECTROMAGNETISM AND ELECTRODYNAMICS, [SAPS7036]EXERCISE IN COMPUTATIONAL PHYSICS, [SAPS7041]LIGHTNING PHYSICS, [SAPS7052]MEASUREMENTS AND DATA ANALYSIS OF SPACE PLASMA, [SAPS7054]SPECIAL TOPICS ON SPACE PLASMA, [SAPS7055]DEVELOPMENT OF PLASMA INSTRUMENTS AND CALIBRATION TECHNIQUES, [SAPS7056E]MAGNETOHYDRODYNAMICS, [SAPS7057]SPECIAL TOPICS ON SPACE SCIENCE INSTRUMENTS, [SAPS7095]SPECIAL TOPICS ON SPACE PHYSICS
    H. Astrophysical Science Courses
    [SAPS7002]ASTROPHYSICS, [SAPS7002]ASTROPHYSICS, [SAPS7003E]PLASMA PHYSICS, [SAPS7013E]SPECIAL TOPICS ON CLASSICAL ELECTRODYNAMICS, [SAPS7015]DATA REDUCTION, [SAPS7022]INSTRUMENT DEVELOPMENT ON ASTROPHYSICS AND SPACE SCIENCE, [SAPS7029]ADVANCED ASTROPHYSICS, [SAPS7033]SPACE SCIENCE AND SATELLITE SYSTEM ENGINEERING, [SAPS7034]EXERCISE IN ELECTROMAGNETISM AND ELECTRODYNAMICS, [SAPS7036]EXERCISE IN COMPUTATIONAL PHYSICS, [SAPS7096]SPECIAL TOPICS ON ASTROPHYSIC
    I. Plasma Science Courses
    [SAPS7001E]SPACE PHYSICS, [SAPS7001]SPACE PHYSICS, [SAPS7002]ASTROPHYSICS, [SAPS7002]ASTROPHYSICS, [SAPS7003E]PLASMA PHYSICS, [SAPS7010]FUSION PLASMA PHYSICS, [SAPS7013E]SPECIAL TOPICS ON CLASSICAL ELECTRODYNAMICS, [SAPS7014E]PLASMA DIAGNOSTIC, [SAPS7015]DATA REDUCTION, [SAPS7018]NEO CLASSICAL PLASMA PHYSICS, [SAPS7020]ADVANCED MAGNETOSPHERIC PHYSICS(1), [SAPS7021]ADVANCED MAGNETOSPHERIC PHYSICS(2), [SAPS7025]ADVANCED PLASMA PHYSICS, [SAPS7026]CHAOS AND NONEQUILIBRIUM STATISTICAL MECHANICS, [SAPS7031E]PLASMA WAVES AND HEATING, [SAPS7032E]APPLICATION OF PLASMA PHENOMENA, [SAPS7034]EXERCISE IN ELECTROMAGNETISM AND ELECTRODYNAMICS, [SAPS7035]PLASMA PROCESSING FOR SEMICONDUCTORS, [SAPS7036]EXERCISE IN COMPUTATIONAL PHYSICS, [SAPS7037]INTRODUCTION TO QUANTUM PHYSICS OF PHOTONS AND MANY-BODY SYSTEMS, [SAPS7038E]NUCLEAR FUSION PLASMA SCIENCES, [SAPS7038E]NUCLEAR FUSION PLASMA SCIENCES, [SAPS7039E]TOKAMAK PHYSICS, [SAPS7040]MECHANICS OF CONTINUA AND FLUIDS, [SAPS7042]MATHEMATICAL METHODS FOR PLASMA PHYSICS, [SAPS7043]EXERCISE IN ELECTRODYNAMICS, [SAPS7044E]PULSED POWER SYSTEM, [SAPS7045E]METHODS FOR DESIGNING LABORATORY PLASMA PHYSICS EXPERIMENT, [SAPS7046E]ELECTROMAGNETIC AND ELECTROSTATIC WAVES IN DIELECTRIC MEDIA, [SAPS7047E]PLASMA KINETICS, [SAPS7048E]ULTIMATE GREEN ENERGY:FUSION, [SAPS7049E]PLASMA DYNAMICS(2), [SAPS7050E]ANALYTICAL MECHANICS, [SAPS7051]PRACTICE COURSE IN PLASMA, [SAPS7053E]PLASMA KINETICS, [SAPS7056E]MAGNETOHYDRODYNAMICS, [SAPS7058E]LASER PLASMA PHYSICS, [SAPS7094]SPECIAL TOPICS ON PLASMA PHYSICS
    Development
    Enter a Higher School Work
      A.
      B.
      C.
      A.
      B.
      C.
      D.
      E.
      F.