Course

Courses

Course Structure for Undergraduate Program

  1. The regulations are made in accordance with the Academic Rules of National Taiwan Normal University.
  2. Academic credit rules：
    Adaptive to Class ofCommon Courses Credit(s)Required Credit(s)Elective Credit(s)Free Elective Credit(s)Minimum Total Credits for
    Graduation
    11332.056.019.021.0128.0
  3. All credit matters should be handled according to the rules of the department. For matters not covered, should be applied to the rules of school.
  4. Other matters not mentioned above shall be handled in accordance with the relevant regulations of the school.
  5. This statement has been approved by the academic preparatory meeting and the department meeting, and has been submitted to the academic affairs meeting for deliberation, the process remains the same for future adjustment.
  1. Chinese 4.0 credits are required
    1. Chinese Reading and Thinking
    2. Chinese Writing and Expression
  2. English 6.0 credits are required, Students who major in Department of English must take the course which course code are ENU0168 and ENU0169 with a passing score for instead
    1. English(I)
    2. English(II)
    3. English(III)
  3. General Education Courses 18.0 credits are required
    1. Liberal Arts Course 8.0 credits are required
      1. Humanities and Arts 2.0 credits are required
      2. Social Sciences 2.0 credits are required
      3. Natural Sciences 2.0 credits are required
      4. Logic and Computing 2.0 credits are required
    2. Cross-domain Exploration 4.0 credits are required
      1. College Common Course
      2. Cross-domain Professional Discovery Course
      3. Introduction to University Studies
    3. Self-Directed Learning maximum credits are 4.0
      1. Inquiry Study
      2. MOOCs
  4. Physical Education 4.0 credits are required, 4 courses are least required
Note: The first alphabet ”E” on the course name refers to the course in English as a medium of instruction
  1. General Physics A (I) 3.0 credits
  2. General Physics A (II) 3.0 credits
  3. General Physics Laboratory(I) 1.0 credits
  4. General Physics Laboratory(II) 1.0 credits
  5. The Applications of Computer in Physics (I) 2.0 credits
  6. Thermal Physics 3.0 credits
  7. Mechanics(I) 3.0 credits
  8. Mechanics(II) 3.0 credits
  9. Mathematical Physics (I) 3.0 credits
  10. Mathematical Physics (II) 3.0 credits
  11. Electricity and Magnetism (I) 3.0 credits
  12. Electricity and Magnetism (II) 3.0 credits
  13. Experimental Physics (I) 3.0 credits
  14. Experimental Physics (II) 3.0 credits
  15. Experimental Physics (III) E 3.0 credits
  16. Modern Physics(I) 3.0 credits
  17. Modern Physics(II) 3.0 credits
  18. Calculus B (I) E 3.0 credits
  19. Calculus B (II) E 3.0 credits
  20. General Chemistry B 3.0 credits
  21. General Chemistry Laboratory(I) E 1.0 credits
Note: The first alphabet ”E” on the course name refers to the course in English as a medium of instruction
  1. General Mathematical Physics (I) 1.0 credits
  2. General Mathematical Physics (II) 1.0 credits
  3. Physics Tournament and Presentation (I) 3.0 credits
  4. Physics Tournament and Presentation (II) 3.0 credits
  5. History of Development in Physics 2.0 credits
  6. Techniques in Experimental Physics (I) 3.0 credits
  7. Seminar 1.0 credits
  8. Introduction to Elementary Particles and Astrophysics E 3.0 credits
  9. Optics 3.0 credits
  10. Mathematical Physics (III) 3.0 credits
  11. Statistical Thermodynamics 3.0 credits
  12. Fluid Mechanics 3.0 credits
  13. Electronics (I) 3.0 credits
  14. Electronics (II) 3.0 credits
  15. Electronics Laboratory (I) 1.0 credits
  16. Computational Physics (I) 3.0 credits
  17. Computational Physics (II) 3.0 credits
  18. Introduction to Quantum Information (I) 3.0 credits
  19. Introduction to Elementary Particles (I) 3.0 credits
  20. Introduction to Elementary Particles (II) 3.0 credits
  21. Introduction to Cosmology 3.0 credits
  22. Introduction to the Theory of Relativity 3.0 credits
  23. Special Topic on Nano Science and Surface Physics(I) E 3.0 credits
  24. Special Topic on Nano Science and Surface Physics(II) E 3.0 credits
  25. Biophysics (I)- Introduction 3.0 credits
  26. Biophysics (II)- Structural Biophysics 3.0 credits
  27. Introduction to Surface Physics (I) 3.0 credits
  28. Introduction to Surface Physics (II) 3.0 credits
  29. Introduction to Semiconductor Physics (I) 3.0 credits
  30. Introduction to Semiconductor Physics (II) 3.0 credits
  31. Introduction to Solid State Physics (I) 3.0 credits
  32. Introduction to Solid State Physics (II) 3.0 credits
  33. Introduction to Soft Materials and Complex Fluids 3.0 credits
  34. The Physics and Applications of Soft Materials (II) 3.0 credits
  35. Technology, Culture and Innovation 3.0 credits
  36. Scientific Computing 3.0 credits
  37. Introduction to Novel Nano-Materials 3.0 credits
  38. Data Acquisition Techniques for Experimental Physics 3.0 credits
  39. Inquiry and Practice in Natural Science 3.0 credits
  40. Overseas Internship E 2.0 credits
  41. Industrial Internship 2.0 credits
  42. Research Internship 2.0 credits
  43. Optoelectronic Semiconductor 3.0 credits
  44. Silicon VLSI Technology- Fundamentals, Practice and Modeling 3.0 credits
  45. Teaching Physics with Magic Demonstrations 1.0 credits
  46. Microcontroller Application Practices 2.0 credits
  47. Electronics Practices 2.0 credits
  48. Exploration and Applications of Modern Physics (I) 1.0 credits
  49. Exploration and Applications of Modern Physics (II) 1.0 credits
  50. Modern Advanced Materials and Optoelectronics (I) 3.0 credits
  51. Modern Advanced Materials and Optoelectronics (II) 3.0 credits
  52. Overview of the Photoelectric Industry 4.0 1.0 credits
  53. Fundamental Quantum Mechanics (I) 3.0 credits
  54. Fundamental Quantum Mechanics (II) 3.0 credits
  55. Introduction to Nonlinear Dynamics and Chaos 3.0 credits
  56. Solar Cells Principles and Practices 3.0 credits
  57. Inquiry and Practice in Natural Science 2.0 credits
  58. Introduction to Opto-Electronic Engineering 3.0 credits
  59. Opto-Electronics 3.0 credits
  60. Introduction to Microcontroller and Science Inquiry 3.0 credits
  61. Introductory Ordinary Differential Equations 1.0 credits
  62. Introductory Complex Analysis and Its Application in Math and Physics 1.0 credits
  63. Special Topics in Computational Physics 1.0 credits
  64. Exoplanets 3.0 credits
  65. Introduction to Magnetic Materials and Magnetism 3.0 credits
  66. General Relativity (II) 3.0 credits
  67. Introduction to Nanoscience and Nanotechnology E 1.0 credits
  68. Applications of Low-Temperature Physics and Novel Quantum Materials 3.0 credits
  69. Quantum Computation and Quantum Information 3.0 credits
  70. Introduction to Theoretical Astrophysics E 3.0 credits
  71. Introduction to Writing of English Physics Research Report 2.0 credits
  72. Physics and Computing Simulation E 2.0 credits
  73. Quantum Information and Its Implementation on Cloud Quantum Computer (I) E 3.0 credits