TextBook
Nannapaneni Narayana Rao, "Elements of Engineering Electromagnetics,'' Sixth Edition, Prentice Hall
(2004).
References:
D. K. Cheng, "Field and Wave Electromagnetics,'' 2nd Edition, Addison Wesley, (1989).
Teaching Method:
in-class lectures with discussions and assignments; ; offered in English.
Syllabus:
Course description and Introduction, 2{/}15
Part I: Chapters 1-2
Vectors and Fields: 2{/}17, 2{/}22, 2{/}24, \sout{2{/}29}, 3{/}2, 3{/}7
Maxwell's Equations in Integral Form: 3{/}9, 3{/}14, 3{/}16, 3{/}21, 3{/}23
1st-Exam: 3{/}28
Part II: Chapters 3-4
Maxwell's Equations in Differential Form: 3{/}30, 4{/}11, 4{/}13, 4{/}18, 4{/}20
Fields and Waves in Material Media: 4{/}25, 4{/}27, 5{/}2, 5{/}4
2nd-Exam: 5{/}9
Part III: Chapters 5-6
Electromagnetic Potentials: 5{/}11, 5{/}16, 5{/}18, 5{/}23, 5{/}25
Transmission-Line: 5{/}30, 6{/}1, 6{/}6, 6{/}8
3rd-Exam: 6{/}13
Class suspended:
2{/}29: National holiday,\\
4{/}4 and 4{/}6: Spring vacation
Evaluation:
Homework x16: 40\%
1st-Exam, 3{/}28: 20\%
2nd-Exam, 5{/}9: 20\%
3rd-Exam, 6{/}13: 20\%
Office hours:
Workdays with appointment, at Room 911, Delta bldg.