以普通物理的電磁學為基礎,近一步學習向量分析及以此為工具學習 Maxwell 電磁理論。作為未來學習其他物理,光電,半導體相關知識的基礎。

Based on electromagnetism in general physics, further study vector analysis and use it as a tool to learn Maxwell's electromagnetic theory. As the basis for learning other physics, optoelectronics, and semiconductor-related knowledge in the future.

※利用向量分析、微積分及微分方程，瞭解電磁學現象。
※培養學生核心能力：1.理解與運用物理、數學知識2.數值計算與數據分析3.陳述、分析與解決問題。
※內容主題為：
第一學期
1.向量分析回顧及Dirac δ函數
2.靜電學
3.靜電問題的特殊解法
4.在物質中的電場
5.靜磁學（optional）
第二學期
1.靜磁學
2.在物質中的磁場
3.電動力學（馬克斯威爾方程式）
3.守恆定律
4.電磁波
5.位與場（optional）
6.電磁輻射（optional）

※Use vector analysis, calculus and differential equations to understand electromagnetic phenomena.
※ Cultivate students' core abilities: 1. Understand and apply physics and mathematics knowledge 2. Numerical calculation and data analysis 3. Presentation, analysis and problem solving.
※The content theme is:
first semester
1. Review of vector analysis and Dirac delta function
2. Electrostatics
3.Special solutions to static electricity problems
4. Electric field in matter
5. Magnetism (optional)
second semester
1. Magnetostatics
2. Magnetic field in matter
3. Electrodynamics (Maxwell’s equation)
3. Conservation law
4.Electromagnetic waves
5. Bit and field (optional)
6. Electromagnetic radiation (optional)

1. 電動力學導論，第 4 版，作者：David Griffith

2. 電磁學，G. L. Pollack 和 D. R. Stump 著。

3. 電動力學,第三版,郭碩鴻,高等教育出版社

4. 電磁學,黃廣志,三民書局

1. Introduction to Electrodynamics, 4th Edition, by David Griffith

2. Electromagnetism, by G. L. Pollack and D. R. Stump.

3. Electrodynamics, third edition, Guo Shuohong, Higher Education Press

4. Electromagnetism, Huang Guangzhi, Sanmin Bookstore