NTU Course Map

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Calculus (general Mathematics) (a)(1)

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Calculus (general Mathematics) (a)(2)

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Service Learning (a)

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Service Learning (b)

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General Physics (a)(1)

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General Physics (a)(2)

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Advanced Placement of General Physics

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History of Physics (Ⅰ)

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History of Physics (Ⅱ)

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General Physics Lab. (1)

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

General Physics Lab. (2)

General Physics Lab.(Ⅰ)

General Physics Lab.(Ⅱ)

Our Amazing Universe!

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The World of Particle Physics

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Coding for Simple Physics Simulation

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Service Learning-International Companions for Learning

International Companions for Learning

Physics for Future CXOs

Applied Mathematics (Ⅰ)

◎

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Applied Mathematics (Ⅱ)

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Applied Mathematics (1)

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Applied Mathematics (2)

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Applied Mathematics : Recitation (1)

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Applied Mathematics : Recitation (2)

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Mechanics

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Mechanics : Recitation

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Mechanics (1)

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Mechanics (2)

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Mechanics : recitation(1)

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Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Electricity and Magnetism (1)

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Electricity and Magnetism (2)

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Electricity and Magnetism (1)

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Electromagnetics : recitation(1)

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Electronics (Ⅰ)

Lab for Electronics (Ⅰ)

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Lab for Electronics(Ⅰ)

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Electronics (Ⅱ)

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Lab for Electronics (Ⅱ)

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Applied Mathematics (Ⅲ)

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Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Applied Mathematics (Ⅳ)

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Physics of the Earth and Planets

Quantum Physics (1)

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Quantum Physics (2)

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Thermal Physics

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Fundamentals of Experimental Physics

Modern Physics Lab.

self-exploratory experimental physics (Ⅰ)

Self-exploratory Experimental Physics(Ⅱ)

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Optics

◎

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

General Astronomy

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Fluid Mechanics

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Undergraduate Student Seminar

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Introduction to Numerical Analysis

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The Physics of Energy

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Scientific Inquiry and Practice

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Introduction to Computational Physics (1)

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Introduction to Computational Physics (2)

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Practical Analog Electronics

Practical Digital Electronics

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Atomic and Optical Physics

Special Topics in String Theory (Ⅲ)

Experimental Particle Physics-special Topics

Scanning probe microscopy: Fundamental, Application, and Practice

Seminar (Ⅰ)

Classical Electrodynamics (Ⅰ)

Quantum Mechanics (Ⅰ)

Quantum Mechanics (Ⅱ)

Statistical Physics (Ⅰ)

Introduction to Solid State Physics

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Classical Mechanics

Introduction of Display Optoelectronics

Introduction to Nuclear Physics

Introduction to Quantum Optics

◎

Introduction to Astrophysics

Introduction to Particle Physics

Particle Physics

Introduction to Plasma Physics

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Introduction to Biophysics

Advanced Optical Microscopy in Biology

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Liquid Crystal Optoelectronics

Special Topics on Experimental Physics (Ⅰ)

Special Topics in Theoretical Physics (Ⅰ)

Special Topics on Experimental Physics (Ⅱ)

Special Topics in Theoretical Physics (Ⅱ)

Introduction to Supersymmetry

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Modern Atomic and Molecular Physics

Mathematical Structure of Quantum Mechanics (Ⅰ)

Introduction of Paticle Astrophycis

Experimental Techniques in Particle Astrophysics

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

Mathematical Structure of Quantum Mechanics(Ⅱ)

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Introduction to differential geometry for physicists

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Origin of Our & Other Solar Systems

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Topics on Theoretical Materials Physics

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Attosecond Ultrafast Science

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Molecular Physics: From Fundamentals to Practices

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Introduction to Recent Trends in Atomic and Molecular Physics

Computational Methods in Particle Astrophysics

Introduction to Soft Matter

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Instrumental Methods in Particle Astrophysics

Capabilities
\
Core Courses

A.	Knowledge of basic physics
B.	Knowledge of intermediate physics
C.	Knowledge of advanced physics
D.	Physics-related mathematics
E.	Experimantal physics capabilities
F.	Research-oriented physics

[A]

[B]

[C]

[D]

[E]

[F]

History of Physics

Biophysics under the Microscope

Introduction to Semiconductor Optoelectronics

Introduction to Complex Systems

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Core Capabilities

A
Knowledge of basic physics

B
Knowledge of intermediate physics

C
Knowledge of advanced physics

D
Physics-related mathematics

E
Experimantal physics capabilities

F
Research-oriented physics

Number of Core Courses
（Number of All Courses: 104）