ECE 201 Electronics 1 (2+2):
Multi-stage amplifiers and complex circuits - Frequency response - circuit analysis in high frequency amplifiers - feedback amplifiers - power amplifiers.

ECE 202 Electronics 2 (3+2):
Introduction to integrated circuit technology - differential amplifier - Aligned with current sources - operational amplifier P amp - continuous and discrete voltage stabilizer - oscillators - Amplifiers resonant - noise analysis.

EE 202 Circuits 2 (3+2):
Resonance circuits (series, parallel and magnetically coupled) – Applications on resonance circuits (negative filters) - Two port networks – cross-circuit analysis

ECE 203 Logic Design and Microprocessors (4+2):
Synchronous and asynchronous sequential circuit- storage systems - random access memory- read-only memory - Programmable Logic array - Basics Microprocessor - architecture of microprocessor - types of instructions and programming - assembly language - types of interrupt signal – microprocessor interface with input and output - Applications.

ECE 204A Computer Engineering 1A (2+2):
Computer types- architecture of computers - hardware components - the structure of the processing unit.

ECE 204B Computer Engineering 1B (2+2)
Control unit with wiring and micro programming - structure of reduced instruction set computer - the input and output peripheral.

EPE 212 Basics Of Power Engineering: (4+2):
electric power Generation : sources of energy - Electrical power stations - curves loads - Transfer of Electrical Power: overhead transmission lines- underground cables - interference between electric and communication lines - the distribution of electric power: the DC and AC distribution systems - electric power utilization: lighting - engines- improving the power factor - the principles of protection and circuit breakers - Earthling.

EE 219 Measurements and Lab 2 (2+3):
AC measurement - measuring the power , energy, power factor and phase - AC bridges - oscilloscopes - analysis of random errors - laboratory experiments covering topics in the electronics and circuits and microprocessors and electric and magnetic fields and electric power.

ECE 206 Signal Analysis (4+2):
Signals Representation - basic definitions of the continuous linear system- systems system transfer function - response of the continuous linear system - frequency response and filters - Discrete signals - sampling theory - Z transform – the inverse Z transform – the Discrete Fourier Transform - simulation of continuous system by the discrete time – introduction to digital filters - random signal and probabilities.

EE 212 Mechanical Engineering 2 (4+2):
Fluid Mechanics: Theory and Concepts of Fluid Mechanics - hydrostatics - fluid dynamics – continue equations of material, amount of movement and energy - applications (pumps - compressors - fans - turbines - power plants hydraulic). Fundamentals of hydraulic control and aerobic systems - Heat transfer: theory of heat transfer Heat transfer theory (connection - transfer - radiation). Applications (thermal insulators – cooling of equipment and cables) evaporation and condensation.

MTH 203 Probability and Statistics: (2+2):
Views and classifying statistical data - measures of central tendency and dispersion, and torsion and bending - probabilities principles - major probability distributions and applications - Methods of sampling - the relationship between measures of the sample and the community - tests hypotheses and confidence limits and curves operating characteristics - correlation and regression.