Concepts of macro & micro economics, Economy architecture, production process,
The effect of Science and Technology on production, The use of Science and Technology
in production, Skills, Free business, Services and commodities production, Methods of
project propagation, Marketing studies, Export, import and interior market consumption,
Project forming, project requirements, economic appraisal studies, project financing,
banking, companies, Cost studies, Project management, Marketing.

Electric circuits(I) (610211) preq (211104)

Dc Circuits: Definitions and Units. Basic Concepts (Charge, Current, Voltage, Power
Energy). Circuit Elements (Independent and Dependent Voltage and Current Sources.
Resistors. Capacitors. Inductors). KVL and KCL. Mesh and Nodal Circuit Analysis.
Network Theorems (Thevenin, Norton, and superposition). Transient Analysis of RL,
RC, and RLC Circuits. Introduction to AC Circuits.


Electric circuits(II) (610212) preq (610211)

Periodic waveforms, Phasor analysis, rms and average value, maximum power transfer,
sinusoidal analysis of inductive and capacitive reactance, impedance, phase angle, series
and parallel ac circuits. AC power analysis(instantaneous, average, complex and apparent
power, power factor, and power factor correction). AC response of RL. RC and RLC
circuits. Phasor analysis. Impedance concept. Resonance. Steady State analysis of AC
circuits. Coupled circuits. Three Phase circuits. Fourier analysis. laplace analysis. Two-
Port networks. Circuit analysis using computers.

Electric circuit Lab. (610216) preq
(610212)

DC circuits. KVL and KCL. Mesh and nodal circuits analysis. Network theroems
transient analysis of RL. RC and RLC circuits. AC circuit analysis.

Engineering Analysis (III) (610304) preq (630202)


Complex function. Integration in the complex plane. Taylor and Laurant expansions.
Singularities and the residue theorem. Conformal mapping. Gaussian elimination. Vector
spaces. Least square projections. Eigenvalues and eigenvectors.

Reverse engineering (610307) preq(640306)
3

Basic concepts in reverse engineering, History of reverse engineering, Prescreening and
Preparation for the four stage Process, Evaluation verification, Technical data generation,
Design verification, Project implementation, Future Applications.


Instrumentation and Measurement (610351) preq (650321)

Measurement and errors. Units and standards. Analog meters. Potentiometers. DC and
AC bridge instruments. Transformers. Electronics measuring instruments. Oscilloscope.
Frequency and phase measurements. Transducers.


Instrumentation and Measurement Lab. (610356) preq (610351) + (650326)

Sensitivity of wheatstome bridge. Wien bridge. Capacitance measurement. FM-
instrumentation for capacitive and inductive transducers. Strain-gage. Thermistor.
Platinum thermometer. Temperature-control. Photodiode. Photovoltaic-cell. Spectral and
polar responses of phototransducer.


Electrical Machines(I) (610381) preq (650241)

Transformers. DC Motors and Generators. Three-Phase Inductionmotors. Single-Phase
Induction Motors. Three-Phase Synchronous Generator and Motor. Single-Phase
Synchronous Generator and Motor. AC Series Motor. Repulsion Motor.

Engineering Project (610390) preq (610307)

Theoretical investigation, practical implementation or both of a project under the
supervision of a faculty member. Detailed report as well as oral examination are
required.

Electrical Machines (I) Lab. (610386) preq (610381)

Transformers. DC Motors and Generators. Single and Three Phase Induction Motors.
Single and Three Phase Synchronous Generators and motors. AC Series Motors.

Electrical Machines (II) Lab. (610580) preq (610589)
DC machines : starting , breaking, plugging, and speed control. Three phase induction
machines: starting, breaking, speed control. Single phase induction motor: torque speed
characteristics.


4

Automatic Control (610451) preq (610351)

Introduction to Feedback System. Review of System Equations. Block Diagram and
Signal Flow Graphs. Time Response of Systems and Closed Loop Performance. Routh's
Stability Criterion. The Root Locus Method. Frequency-Methods. Compensation
Techniques. Introduction to Sampled Control System.


Automatic Control Lab. (610456) preq (610451) + (610356)


Open and Closed Loop System Servomechanism Principles. The Effect of Gain. Integral
Control, Proportional Control. Derivative Control and Velocity Feedback on System
Performance. Frequency Response Measurement.


Power System (I) (610481) preq (610381)

System Representation. Per Unit System-Components of Power Systems. Generators
(Sequence Networks. Transient Performance. Perating Limits). Constants. Design.
Insulation. Steady State and Transient Operational Problems. Crona Dischange).
Symmetrical and asymmetrical Fault Analysis.

Power System (II) (610482) preq (610481)

Power System Protection: Layout of Substation and Components of Power Systems.
Requirements and Elements of Protection Systems. Directional and Non Directional
Over-Current and Earth Fault Protection Systems. Differential Protection. Principles of
Distance Protection. Load Flow: Power Flow Equations. Solutions by Gauss-Seidel and
Newton-Raphson Methods. Decoupled Power Flow. Active and Reactive Power Control.
Power Systems Stability: Rotor Dynamics and the Swing Equations and Power Angle
Equation. Synchronizing Power Coefficients. Equal Area Criterion. Multi-Machine
Stability Studies. Step-by-Step Solution of the Swing Equation. Economic Operation of
the Power Systems.

Economics of Energy Resources (610483) preq (610381)

Fossil fueled power plants, requirements of power plants, fuel handling and processing
system, boiler systems (burners, water, system cycle, reheaters), steam turbine system
(HP, IP,LP, condenser), cooling water system, water treatment system, plant auxiliary
systems, gas turbine: applications, single stage and multistage GT, developments in GT.
Combined cycle: principles of cogeneration, combined heat and power , efficiency of
plants. Hydropower: Civil works, turbine design, small scale hydropower, efficiency of
plants. Renewable energy: Wind energy, site selection, basic theory, types and sizes of
5
turbines. Solar energy: characteristics, collectors, photovoltaic systems, solar wind hybrid
system. Biomass: Biogas production, ethanol production, gasification.

Power System Lab. (610486) preq (610481)

Transmission lines performance. Load characteristics. Power system protection and
relays. Balanced and unbalanced faults. Stability of power systems.



Fractional hp Machines (610488) preq (610381)
Servo motor, Permanent magnet, stepper motor, brushless DC motor, Switched
reluctance motor, synchronize machines.


High voltage Engineering (610479) preq(610481)

H.V. measurements. Breakdown in gases. Townsend first ionization coefficient.
Deionization by attachment. Mobility and diffusion. Cathode processes and secondary
effects. Townsend second ionization coefficient. Streamers and kanal mechanism.
Paschen's law. Partial discharges and corona. Breakdown in solid insulation. Breakdown
in liquid insulation. Overvoltages characteristics of dart leaders. Overvoltages caused by
dart leaders. Strokes to towers, strokes to earth wires, attraction of lighting flashes to
lines, calculation of shield angle, overvoltages limitations, surge divertors, arcing horns.
Expulsion tubes. External insulation. Insulators function and types. Clearance. Creepage
distance and contamination. Insulation coordination: conventional and statistical
methods.

Electrical Machines (II) (610589) preq (610381) + (610386)

Transformers. Special transformer connections. Three-phase Synchronous Motors:
Starting, pull out torque and conditions for maximum power, and applications. DC
machines: Starting and speed control. Three-phase Induction Motors: Staring, speed
control, deep-bar double cage rotor, circle diagram, and induction generator. Fractional
HP machines. Single phase induction motor: Principle of operation, torque/speed
characteristics, equivalent circuit, analysis and performance evaluation. Single-phase 2-
winding motors: starting methods, performance evaluation. Universal series motors.
Stepper motors. Brushless DC motors
Drives Systems (610582) preq (610451)


Introduction to electrical drive systems. Stepper motor control. DC-motor control
methods. Induction motors control methods. Synchronous motors control methods.
Design of microprocessors-based drive systems.
6


Power Electronics (610581) preq (650321)

Steady-state characteristics of SCR devices. Triggering techniques, SCR commutation
methods,. Rectifying circuits with different loads. AC voltage controllers. DC-to-DC
controllers. Cycloconverters applications. Triac devices and applications.


Distribution System Design (610584) preq (610481)


Review to basic principles, relationship between utilities, constomers and regulatory
authorities. Basic considerations and distribution systems layout. Distributin
transformers: T