1- General Exam:

1.1. Circuit theory:
Suggested topics include analysis techniques of DC and AC circuits, mathematical expressions for electrical signals,

Linear systems
Signals and classification of signals, Systems and classification of systems, Continuous Time Systems, Laplace Transform, Fourier Analysis of Continuous-Time LTI Systems, Discrete Time Systems, the Z-Transform

1.2. Logic design
Combinational Logic Circuits and Sequential Logic Circuits

1.3. Electronics
Types of amplifiers, The inverting amplifier, The non-inverting amplifier operational amplifier and Filters

2. Specialization Exam:
Suggested topics include:

2.1. Analog Communication Systems
Topics include Introduction to Communication System (Ch 1), Radio Frequency Circuit (Ch 2), Amplitude Modulation (Ch 3), Angle Modulation (Ch 4), Transmitter (Ch 5), and Receivers (Ch 6).
Reference: Blake, Roy. Electronic communication systems. Albany: Delmar, 2002.

‏2.2. Digital Communication Systems
Topics include Digital Modulation and Modems (Ch 12),, Multiplexing and Multiple Access Techniques(Ch 13).
Reference: Blake, Roy. Electronic communication systems. Albany: Delmar, 2002.

‏2.3. Transmission lines
Topics include electrical model of a transmission line, wave propagation on lines, transmission line losses (Ch 14)
Reference: Blake, Roy. Electronic communication systems. Albany: Delmar, 2002.

‏2.4. Data Communication and Networking
Topics include Data and Signals (Ch 3), Transmission Media(Ch 7), Switching(Ch 8) and Network Models (Ch 2)
Reference: Behrouz A. Forouzan, Sophia Chung Fegan, “Data Communications and Networking”, Fifth Edition, Science Engineering & Math Publications, 2012.