Welcome

WelcomeTo

Electromagnetic Theory

& Its Applications

(HF Electromagnetic Waves)EEE304/ ETE309 SPRING 2016

Spring 2016

EEE304/ETE309_L0

Course code : EEE304/ ETE 309

Course title : HF Electromagnetic Waves

Lectures : 180 mins/ Week

Credit hours : 3 / Week

Duration : 12 Weeks

Pre-requisite : MAT 303 & 305

Course Instructor : Dr. Mustafa Habib Chowdhury

E-mail: mchowdhury@iub.edu.bd

About the courseSpring 2016

ETE-309 / EEE-304 Emergency: 01706-635679

EEE304/ETE309_L0

Learning objectives

To understand the fundamental concepts of high frequency

electromagnetic theory and it’s applications to Electrical,

Electronic and Communication Engineering.

EEE304/ETE309_L0

Spring 2016

Course outlines EEE304/ETE309_L0

Vector Analysis: Scalars and vectors, vector field, vector identity, different

coordinate systems.

Electric fields: Coulomb’s law, electric field intensity, electric flux density,

Gauss’s law, divergence.

Conductors and dielectric materials: Dielectric materials, capacitance,

conducting materials & shielding.

Magnetic fields: Steady state magnetic fields.

Magnetic materials: Magnetic forces, materials and inductance.

Time-varying fields: Maxwell’s equations and their applications.

Electromagnetic waves: Uniform plane wave, TEM wave, polarization.

Transmission lines: Transmission lines from circuit and electromagnetic

viewpoints, types of transmission lines-coaxial cable, waveguides etc.

Electromagnetic radiation: Basics of electromagnetic radiation.

Antenna: Basic electrical properties of antenna, types of antenna-dipole,

array, dish & aperture antennas.

Spring 2016

Text books

1. William H. Hayt, Jr., Engineering Electromagnetics, Tata McGraw-Hill,

5th Ed., New Delhi, 1999.

Recommended reading

1. Fawwaz T. Ulaby, Electromagnetics for Engineers, Peason Education,

2005.

2. David M. Pozar, Microwave Engineering, 3rd Ed., Wiley, 2004.

3. C. G. Cristodoulou and Parveen F. Wahid, Fundamentals of Antennas:

Concept and Applications, Prentice-Hall of India, New Delhi, 2004.

4. Paul, R. Karmel, Introduction to Electromagnetic and Microwave

Engineering, Wiley, 1997.

Text and reference books EEE304/ETE309_L0

Spring 2016

Schedule

Week 1 : Introductory lecture

Week 2 : Regular lecture

Week 3 : Regular lecture

Week 4 : Regular lecture

Week 5 : Regular lecture

Week 6 : Class test + Regular lecture

Week 7 : Regular lecture

Week 8 : Regular lecture

Week 9 : Mid-term exam

Week 10 : Regular lecture

Week 11 : Regular lecture

Week 12: Presentation

Week 13: Final Exam

EEE304/ETE309_L0

Spring 2016

Assessment

Attendance 5%

Class Test 15%

Mid-term Exam 30%

Final Exam 30%

Presentation 20%

______________________________

Total 100%

Spring 2016

EEE304/ETE309_L0

Attendance and Assignment EEE304/ETE309_L0

Attendance:

1 mark will be deducted for every absence. For example, if you

are absent a total of 10 classes during the semester, you will be

given zero in your attendance quota. Be careful about that.

University policy also requires 75% attendance to sit for the

final exam - otherwise may get "F" or "W" grade. .

Assignment:

A number of assignments will to be given during the semester.

Submission of the completed assignment is required on the due

date. The assignments will help you prepare for the class tests

and midterm/final exams.

Spring 2016

Class test

There will be 1 or 2 class tests given in class that will be

taken into account for final grading.

All class tests will be taken on a regular class time, and

after the test, if time permits, there will be regular class for

the rest of the time unless otherwise stated.

There will be taken no extra class test for any reason.

EEE304/ETE309_L0

Spring 2016

Mid-term & final exam

Mid-term exam will be held on the 9th week and the

duration of the mid-term exam will be a maximum of 90

minutes. The syllabus of the mid-term exam will cover the

course materials delivered up to the 8th week from the

beginning.

Final exam will be held according to greenbook schedule

and the duration of the final exam will be a maximum of 90

minutes. The syllabus of the final exam will cover the

course materials from the mid-term exam to the last lecture.

There will be taken no extra test for any reason.

Spring 2016

EEE304/ETE309_L0

Explanation of letter grades EEE304/ETE309_L0

Letter Grade Marks

A 85-100

A- 80-84

B+ 75-79

B 70-74

B- 65-69

C+ 60-64

C 55-59

C- 50-54

D+ 45-49

D 40-44

Spring 2016

Be careful

Eating, Drinking, Smoking, Talking and Gossiping are strictly

prohibited during the class time.

No students are allowed to enter into the class after 5 minutes

from the starting of the class.

Switch off your mobile phone during the class time.

EEE304/ETE309_L0

Spring 2016

Important notes

Test questions will likely to be questions which test the

conception and understanding.

For class test, space utilization is required.

No make-up class test, mid-term or final exam will be taken

for any reason.

Copying, especially during exams, will be treated as

plagiarism. University policies will be strictly enforced in this

regard.

"Disruptive" classroom behavior may be penalized.

EEE304/ETE309_L0

Spring 2016