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Main
UQU Programs
Electronics and Communication Engineering

Electromagnetics (2)

EE4302
4 hours English

Electromagnetics (2)

Electromagnetics
EE2205 Electromagnetics (1)
4 hours One requisite
1 Reviewing of Maxwell’s Equations
2 Introduction to Transmission Lines
3 Lumped-element Model and Transmission Line Equations
4 Wave Propagation on a Transmission Line
5 Lossless Microstrip and Transmission Lines
6 Wave Impedance and Power Flow of the Lossless Line
7 The Smith Chart
8 Impedance Matching Techniques
9 Plane-Wave Propagation in lossless and lossy medias
10 Wave Polarization
11 Current Flow in a Good Conductor and Power Density
12 Wave Reflection and Transmission at Normal/Oblique Incidences
13 Snell’s Laws, Reflectivity, and Transmissivity
14 Waveguides
1.1 Mapped to: KLO1

Understanding the fundamental principles governing transmission lines, including wave behavior and impedance concepts.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
1.2 Mapped to: KLO1

Understanding of matching impedance techniques and their practical applications.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
1.3 Mapped to: KLO1

Understanding complex ideas like wave polarization, power distribution, and wave interactions clearly.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
1.4 Mapped to: KLO1

Analyze and interpret intricate scenarios involving different types of transmission lines and current flow accurately.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
2.1 Mapped to: KLO2,6,8

Ability to develop advanced problem-solving abilities for challenging electromagnetics issues.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
2.2 Mapped to: KLO2,6,7,8,9

KLO2, KLO6, KLO7, KLO8, and KLO9: Ability to master the use of simulation tools like the CST Studio Simulator for accurate modeling of electromagnetics phenomena.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
2.3 Mapped to: KLO2,6,8,9

Ability to apply critical thinking to optimize impedance matching strategies effectively.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
2.4 Mapped to: KLO2,8

Ability to enhance communication skills to convey electromagnetics concepts clearly.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
2.5 Mapped to: KLO3,6,7,8,9

Ability to conduct electromagnetics experiments to validate theoretical concepts and analyze real-world phenomena.

Teaching Strategy Laboratory Lecture
Assessment Methods Laboratory and project
3.1 Mapped to: KLO2,5,8

Ability to implement knowledge of electromagnetics theory in practical engineering tasks.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
3.2 Mapped to: KLO2,5,8

Ability to seek innovative solutions to transmission line design challenges.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
3.3 Mapped to: KLO7,8

Ability to value collaboration and teamwork in solving electromagnetics problems.

Teaching Strategy Traditional lecture
Assessment Methods Assignments, Quizzes, project and Exams
Assessment
Weight
Quizzes
10%
First Major Exam
10%
Second Major Exam
10%
HW Assignments
10%
Laboratory / Lab Final Exam
20%
Final Exam
40%
Total
100%