教學 Teaching

EECS 2030 (NTHU): Ordinary Differential Equations (常微分方程)

Course description: This course aims to provide sufficient mathematic training for students whose majors are in engineering. The content emphasizes in ordinary, Fourier analysis, and integral transform. This course is the mathematic foundation of electromagnetics, modern physics, solid- state physics and so on. Basic mathematic skills, especially calculus, are required.

Prerequisite: Calculus

_____________________________________________________________________________

EE 2140 (NTHU): Electromagnetics (電磁學)

Course description: Exploration of electrostatics, magnetostatics, time-varying fields, Maxwell’s equations, and plane electromagnetic waves.

Prerequisite: General Physics, Calculus, Vector Analysis, Differential Equations
_____________________________________________________________________________

EE 3130 (NTHU): Introduction to Optoelectronics Engineering I (光電工程一)

Course description: Exploration of the basics of light, including geometrical optics, propagation of electromagnetic waves, interaction with matters, and polarization.

Prerequisite: General Physics, Calculus, Electromagnetics
_____________________________________________________________________________

EE 3150 (NTHU): Electromagnetic Waves (電磁波)

Course description: Cover the basics of light, including geometrical optics, propagation of electromagnetic waves, interaction with matters, and polarization.

Prerequisite: General Physics, Calculus, Electromagnetics
_____________________________________________________________________________

EE172 (UCLA): Introduction to Lasers and Quantum Electronics

Course description: Physical principles and main application of lasers. Gaussian optics, resonators, atomic radiation, homogeneous and inhomogeneous broadening, rate equations, laser oscillation and amplification, saturation, Q-switching, mode locking, three and four level systems.

Offered in Spring 06’