Electrical Engineering Department

Courses Offered by the Department

E211 - BASIC ELECTRIAL.ENGINEERING LAB.

 To familiarize the students with the lab. instruments, some experiments on electric and magnetic circuits. Training the students to measure, and analyse the results. (given, with EE 231).3practical hours.

E212-ELECTRICAL CIRCUITS LAB.

 selected experiments in studying the properties of electrical circuits & Networks. (given with 232). 3 practical hours

EE-222 COMPUTER PROGRAMMING

An introduction to the CPU and operating system. Data storage and addressing. Flow charts and algorithms for solving scientific problems .programming in FORTRAN ( Prerequisite Math 142 , 2 hours lecture + I hour discussion).

EE 231-BASIC ELECTRICAL ENGINEERING

 Basic principles of electromagnetic fields and its relations to electrical machines. Electrical quantities and main elements of electrical circuits. Some theories in electrical circuits, Introduction to electronics add semi-conducting materials. Some diode and triode circuits.(3 hours lecture, 1 hour discussion).

EE-232 ELECTRICAL NETWORKS - A -

Introduction to electrical circuits and laws. Theory of direct current, circuits describing both first and second order systems and their solution using classical method and laplace method. Introduction to Alternating current circuits. (Prerequisite, EE 231, 3 hours lecture + 1 hour discussion).

EE 234 - ELECTROMAGNATIC THEORY -A-

 Review to vector analysis and coordinate systems. Static electric field. Solution of electrostatic problems. Steady electric current and static magnetic field. Time varying fields and Maxwell’s equations. Electromagnetic boundary conditions.(Prerequisite, EE 231, 3 hours lecture, 1 hour discussion).

EE 311 - ELECTRONIC & ELECTRIC LAB.

Selected experiments in studying properties of Electronic circuits and some electrical circuits (given with EE 333, EE 337). 3 practical hours.

EE 314 - ELECTRICAL MACHINES LAB.

 Selected experiments in the. field of DC electrical .machines with some special experiments in electrical transformers ,(given with EE 3321 3 practical hours) .

EE 316 - ELECTRONIC LAB.

 Selected experiments in studying electronic circuits and some electronic devices. , (given with EE 338). 3 practical hours.

EE 321 ENGINEERING PROBABILITY

 Probability concept , axioms, principles of random variables, probability distribution . function, probability density function, conditional probability. Moments, principles of more than one random variable, special types of Stochastic processes, correlation & power spectrum density. (2 hours lectures).

EE 332 - ELECTRICAL MACHINES- A -

 Theory of electromagnetic devices. Conversion of electromagnetic energy to electrical and mechanical energy. DC. machine theory. Theory of the transformer. (Prerequisite, EE 232, 3 hours lecture',, 1 hour discussion).

EE 333 -ELECTRICAL NETWORKS - B -

 Sinusoidal steady. State analysis-single-phase circuit analysis using complex variable and vector diagrams, poly-phase circuits resonance . Two-port parameters Fourier series and signal spectra, fourier integral and continuous spectra - transient circuits. (Prerequisite, EE 232, 3 hours lecture + I hour discussion)

EE 334 - ENGINEERING ANALYSIS

 Introduction. to partial differential equation. Linear differential equation, separable of variables. Applied laplace operator, special functions (Error . function, b, Bissell’s , Legandre polynomials, complex variable functions, Linear integration, conformal mapping, fourier transform, complex form of fourier series, non-linear differential equations and how to solve it by phase plane. (Prerequisite, Math 246, 3 hours lecture).-

EE335 - ELECTROMAGNETIC THEORY - B -

 Plane electromagnetic wave, polarization of waves painting’s theorem, transmission lines, smith-diagram cavity resonance, radiation of electromagnetic waves. (Prerequisite, EE 234, 3 hours lecture, 1 hour discussion).

EE 337 - ELECTRONIC CIRCUITS - A

 Semi-conductors and their properties; diodes and their applications; transistors, biasing, small signal analysis, multistage systems and frequency considerations., (Prerequisite, EE 231, 3 hours lecture, I hour discussion).

EE 338 ELECTRONIC CIRCUITS - B -

 Large signal ,operational and feedback amplifier, oscillators. Introduction to logic integrated circuits. (Prerequisite, EE 337, 3 hours lecture, 1 hour discussion).

EE 401 - FIELD TRAINING

 Field training during summer period in one of the specialised corporations.

EE 411 -LIGHT CURRENT LAB.

 The study of some integrated circuits, The study of properties of the electronic devices construction given with EE 435). 3 Practical hours.

EE 412 - COMMUNICATION / CONTROL LAB.

 Selected experiments in communication theory to cover the course EE 436. Selected experiments in control theory to cover the course EE 434. (given with EE 434, EE 436). 3 practical hours.

EE - 413 - HEAVY CURRENT LAB.

Special experiments in the field of AC electrical machines with the study of the automatic relays properties. (given with EE 431 , 3 practical hours).

EE 430 - ELECTRICAL MACHINES (for Mechanical dept.)

 Theory of electromagnetic devices. Conversion . of electromagnetic energy to electrical and mechanical energy. Theory and application of DC and AC machines.

EE 431 - ELECTRICAL MACHINES - B -

 Three phase AC machine theory. Theory of the synchronous alternator and induction machine. ( Prerequisite, EE 332, 3 hours lecture. 1 hour discussion).

EE 432 - INSTRUMENTS & MEASUR.EMENTS

 Measurement and error, Analog measuring instruments, Digital measuring instruments, measurements with the presence of noise.

EE 433 - COMMUNICATION THEORY - A -

 Review to fourier series and fourier transform. Power spectral density and correlation. The sampling theorem Hilbert transform. AM and FM modulation techniques. Pulse carrier modulation techniques. Review to probability theory and random variables. (Prerequisite, EE 321 , 334, 3 hours lecture , I hour discussion).

EE 434 - COMMUNICATION THEORY - B -

 Random signals and noise 'noise in AM and FM, principles of information transmission, signals as vector space. (EE 433, 3 hours lecture, I hour discussion)

EE 435 - DIGITAL ELECTRONICS

 Basic electronic devices as switches and their use in the design of elementary digital circuits. Gates and flip-flops. Methods of combinational and sequential networks design. Counters, adders,. registers,...etc.(Prerequisite, EE 338, 3 hours. lecture, 1 hour discussion).

EE 436 - CONTROL SYSTEM THEORY- A

 Introduction to control system, examples of physical control systems (electrical, mechanical, hydrolic ). Open and closed loops, review of linear algebra and laplace transforms, mathematical description of linear control systems, transient response analysis, steady state analysis, stability conditions and Routh stability criterion, Root-locus, frequency .response Nyquist stability criterion. (Prerequisite, Math 246, EE 333, 3 hours lecture, 1 hour discussion).

EE 437 - ELECTRICAL POWER SYSTEMS- A -

 Using the theory of EMF in calculating the inductance, capacitance and resistance of transmission-lines, voltage and current relations in short, medium and long TL. representation of power systems as one separate line. per-unit, calculations In power systems.(Prerequisite, EE 234, 332, 3 hours lecture, I hour discussion).

EE 438 - ELECTRICAL POWER SYSTEMS- B -

Studying and solving power flow equations economic dispatch, Symmetrical components , Symmetrical and unsymetrical faults. Study and design of different circuits breakers. Power system stability analysis.(Prerequisite EE 437, 3 hours lecture, I hour discussion).

EE 439 - GENERAL ELECTRONICS (for mechanical students)

 Semiconductors characteristics - diodes characteristics and applications Transistor characteristics and biasing. Low-frequency transistor amplifier circuit operational amplifiers. Digital circuits. Binary codes. Basic logic gates. Combinational digital system. Sequential digital system.

EE 501 - ELECTRICAL ENGINEERING PROJECT

Introduction and Data collection for EE 551

EE 531 - CONTROL THEORY - B -

 Design of linear control system. The study of nonlinear systems using describing functions, phase plane, Lypunov function, discrete data control system, introduction to multivariable control system.(Prerequisite EE 436, 3 hours lecture in 1 hour discussion).

EE 532 - COMMUNICATION CIRCUITS

 The different types of power amplifiers, filters used in communications like ( AF , RF ) oscillators, Amplitude modulators and frequency modulator, amplitude demodulator and frequency demodulator. (Prerequisite, EE 434, 3 hours lecture).

EE 533 - POWER ELECTRONICS

 Study of thyristor principle and other similar devices as the diac and triac, Applications of thyristors in Rectification, starting and controlling the speed of AC and DC. machines. Choppers and frequency control circuits. (Prerequisite, EE 338, 333, 3 hours lecture).

EE 534 - ELECTRIC MACHINE DESIGN

 Design of AC. and DC. electrical machines. Design of power and distribution transformers.

EE 535 - COMMUNICATION THEORY - C -

 Introduction in information theory, analysis and design of signalling methods. of M-ary signals, spectrum of the transmitted signal, Methods of RF - carrier modulation by digital signal, binary signalling methods in ASK, PSK, FSK synchronisation methods Error detecting codes.(Prerequisite, EE 434, 3 hours lecture, 1 hour discussion).

EE 537 - POWER SYSTEMS - C-

 Types of Energy conversion, prime movers different schemes . of generating units, economical study of the various factors that affect the design of power plants, protection of the different parts of power systems, using the computer for power system analysis. (Prerequisite, EE 438, 3 hours lecture, 1 hour discussion)

EE 539 - COMPUTER ARCHITECTURE

 Data representation. Register transfer language. Computer organisation. Computer software .Central processor organization. Arithmetic processor design. input / output organization. Minicomputers and microcomputers.

EE 551 - PROJECT IN ELECTRICAL ENGINEERING

An Electrical design or research work under the supervision of one or of the faculty members.(Prerequisite, EE 501).

ELECTIVE COURSES

LIGHT CURRENT:

EE 531 (LC) - INDUSTRIAL ELECTRONICS

 The different scales of integration, properties of LSI circuits. Problems of LSI circuits design. Applications.

EE 532 (LC)-- MICROWAVE

 Smith - diagram , wave guides, scattering matrix, matching, filters, microwave tubes, microwave semiconductor devices and circuits.

EE 533 (LC) - DIGITAL SIGNAL PROCESSING

 Discrete. fourier series and transforms, Z - transforms, digital filter applications on voice signals.

EE 535 (LC) - MICROPROCESSOR

 Microprocessor architecture. Microprocessor programming, Interfacing of the microprocessor. Microprocessor applications. The study of commercial types of microprocessors.

EE 537 (LC) - OPTICAL COMMUNICATION

 Fundamentals of optics, use of optics in communication systems. Applications of Maser, Laser in measurements and communication.

HEAVEY CURRENT:

EE 536 (HC) - HIGH VOLTAGE SYSTEMS

 Flash-over and break-down of insulators due to uniform and non-uniform electric fields, effect of raising of voltage on the design of HC. lines, high voltage generation and instrumentation for AC and DC Transient over voltages analysis and protection, earthling and lightning arresters.

EE 537 (HC) - ENERGY CONVERSION

Study of the different sources of energy. Power plant engineering.

EE 538 (HC) - SPECIAL TYPES OF ELECTRICAL MACHINES

 Theory of motors used in micro devices, control devices and building insti.1letions.

EE 539 (HC) SYNCHRONOUS MACHINE ANALYSIS

 Review of some principles, Electrical machines theorems, The study of theory of synchronous machines, testing synchronous machines. Synchronisation of parallel synchronous machines. Relationships between field supply, speed, Torque angle and the alternator power factor. The use of the synchronous machines as synchronous capacitor and the study of stability. of the synchronous machine connected to an infinite bus-bars.