EE 102 Electronic Logic
Introduction to Digital Techniques, Basic Definition, System of Numbers, Binary, Octal, Decimal & Hexadecimal Numbers, Numbers Base Conversion, Arithmetic operation in different numbers, Complements, binary codes, BCD, Ex-3, gray codes. Boolean Algebra, Basic theorem & properties, Boolean functions, Canonical & Standard forms Digital Logic Gates, Karanough Maps, AND & OR implementation, Don't care condition, Address Arithmetic Operation, Subtractors, half & full addres & Subtractors, binary parallel addres, Code Convertion, Even and odd party logic, decoders, encoders comparator, multiplexers & demultiplexers, Sequentional Logic, Flip Flops(RS,T,D,JK,…….), Master slave FF, Counters, Shift register.
EE 101 Electrical Engineering Fundamentals
Basic Concept, Circuit Variables, Analysis of D.C.Circuits, A.C.Circuits, Power Calculations Resonance Circuits, Magnetic Circuits.
EE 103 Engineering Drawing
Basic Concepts, Lettering and Numerals, Drawing of Geometrical Patterns, Drawing of Sectional Views and Tangents, Isometric Projection, Computer Aided Engineering
EE 104 Computer Programming I
MSDOS Operating System, Microsoft Word and Excel, QBasic, Flow Charts, data types, expressions, operators, arithmetic, logical. Relation of operator bitwise, I/O operation, input ( ) statement, print ( ) statement, read statement, let statement. Control (for) statement, nesting loop, (while) statement, nesting (do, while) loop nesting loop, (if) statement, (if……else) nesting, switch ( ) statement break, continue statement, arrays, I-O arrays initialization, declaration storing, multidimensional array initialization.
EE 105 Engineering Mechanics
Static, Forces, Units systems, parallelogram law, Resultant of coplanar forces components of force in space , moment of a force. moment of couples equilibrium: Free body diagram, coplanar system , analysis of trusses, friction, centroids & center of gravity, moments of inertia parallel axestheorem , 2nd moment of area by integration , radius of gyration , moment of interia of composite area, Dynamics, Kinetics of particle , rectilinear motion , curvilinear motion , rectangular components of curvilinear motion , normal and tangential component of acceleration kinetics of particle Newton's 2nd law.Thermodynamics, Introduction , active materials &their specification , work and heat in ideal gasses and steam fist law of thermodynamics practical law in steam and gasses , 2second law of thermodynamics practical law in steam and gasses, Strength of Materials, Hooks law, tension and compression stress, thin-walled cylinders and spheres, shear and normal stress , stresses in beams (initial principal).
EE 106 Mathematics I
Limit & Inequalities, Trigonometry ,Analytic Geometry, Sets, Relations, Functions (algebric and trigonometric), Differentiation and Integration, Transcendental Functions, Definition, Properties, Graphs, Derivatives and Integrals, Applications of the Definite Integral, Area Between Curves, Volume of Revolution, Length of the Curve, Surface Area of Revolution, Hyperbolic Function Definition, Properties, Graphs, Inverse Hyperbolic, Differentiation and Integration, Method of Integration, Trigonometric Substitutions, Quadratics, Partial fractions, Integration by parts, Further substitutions, Vectors Algebra, Representation of vectors in space (i,j,k) unit vectors, Scalar Product, Vector Product, Complex Numbers, Invented Number System, The Argent Diagram, Addition, Subtraction, Product, Qutient, Power and Roots, Polar Coordinates, Polar Coordinate System, Graphs of Polar Equations, Plane Area in Polar coordinates, Matrices and Determinants, Definition, Properties, Inverse of a Matrix
EE 107 Electronic Physics
Energy Levels and Atomic Structure, The atom, model, wave nature of light, dual nature of matter, wave function , energy – band theory of metals, insulators and semiconductors, crystal structure, ionic, covalent and metallic bonding, energy hand of crystals. Internal structure of materials cell, packing miller indices ,Electrical Conduction in Metals, Mobility and conductivity, Semiconductors, Semiconductor materials (SI, GE and compound semiconductors), extrinsic semiconductors , fermi – level in semi conductor diffusion and carrier life time , hall effect, Semiconductor P-N Junction, P-N junction in equilibrium, current–voltage characteristics, charge–control description of a diode trasition and diffusion capacitances , diode switching times , diode models , small- signal model and load line concept , introduction to heterojuncions and double heterojunctions, Diode Circuit Applications, Rectifiers , zener diodes voltage regulators , clipping circuits , clamping circuits and wave form generation, Other Types of Semiconductors Diodes, Varactor diode, tunnel diode, photodiode and photovoltaic (solar)cell, light emitting diode, principle and operation of semiconductor laser, metal electronic palasilics semiconductor diode.
EE 108 English
Parts of Speech, Reading of Numerals Simple Equation, Exercises, Reading Passages, Transformers, Exercises, Electric Motors, Exercises, Computers, Exercises, Grammar Points, Present Tense, The Passive Tense, Make +Name (or pronoun ) + Infinitive, Verb Followed by–ing Form, The Position of Tthe Adverbs, The Position of The Adjectives, Some Prefixed Used in Scientific English, Questions.
EE 109 Human Rights
What is Human Rights, Human Rights in Islam, Resources of Right, Types of Human Rights, Human Rights Protection and Guarantees
EE 110 Workshops
The workshop training program is designed to satisfy the following objectives Teaching safety rules and regulations on-site in an industrial environment Proper use of working tools, instruments, and machines, Introducing basic workshop practices, production, labor, and time-requirements of workshop operations. The students are introduced to training programs in nine workshops: electrical wiring, welding, forging, fitting, turning and milling, carpentry, plumbing auto-mechanics, and casting. The student is to spend 6 hours of training in every workshop
EE 201 Digital Electronics
Asynchronous Counter, Synchronous Counter, Up-Down Synchronous Counter, Counter Applications, Shift Register, Kinds of Shift Register, Shift Register Applications, Digital Synchronous Circuits, Operation of Digital Synchronous Circuit, Memories, Kinds of Memories, Memory, Analog-to-Digital Converter, Digital-to-Analog Converter, Introduction to Microprocessor.
EE 202 Mathematics II
Sequences and series, Sequences :convergence ,test of monotone, Series : geometric series , nth partial sum , test of convergence , alternating series, Power and Taylor's series, Partial Differentiation, Function of two or more variables, Partial derivatives, Directional derivative, Ordinary Differential Equations, First order (variable separable, homogeneous, linear-Bernoulli and exact), Second order (Homogeneous and nonhomogeneous), Higher order differential equation, Laplace Transform, Unit step function, Gamma function, Definition of Laplace Transform, Properties, Inverse Laplace Transform, Fourier Series, Periodic functions, Fourier series – Euler formulas, Even and odd functions, Multiple Integrals, Double integral, Areas and volumes, Double integral in polar coordinates, Evaluation of volume and triple, Evaluation of surface &surface integral, Vectors, Equations of line and planes, Product of three or more vectors, Vectors function & motion, velocity and acceleration, Tangential vectors, Curvature and normal vector, Matrices, System of liner equations, Rank of matrix, Eigen values eigen vectors.
EE 203 Computer Programming II
Turbo C++ language, Simple program of C++, Identification, declaration, Data types, Expressions, Operators, Arithmetic, logical Assignment, Relation of Operator bitwise , main () function, semi column, Basic program control (for) statement, nesting loop, (while) statement, (Do, while) nesting loop, (if) statement, (if …..else) statement, switch( ) statement break, Jumping statement, Continue statement, application (series, factorial, equations) , Arrays, 1-D arrays initialization, declaration storing , Multidimensional arrays initialization, Declaration application of 2D- arrays, character arrays, Arrays & pointers, Creating pointer, Declaration pointer, initialization pointer & variable types, Application on pointers, Programming by MATLAB, importance of MATLAB, Simple program of MATLAB, Variable, numbers, operations, functions, plots in matlab , plots of points, axes label, graph title, drawing multi point in the same graph, Basic program control (for) statement, nesting loop, (if) statement, (if …..else) statement, Arrays, 1-D arrays initialization, 2D- arrays, matrix operations in matlab.
EE 204 Analogue Electronics I
Bipolar Junction Transistor(BJTs), Basic transistors operation , volt- ampere equation for the BGT , regions of operation , graphical analysis of BGT, regions of operation stability &compensation graphical analysis of BGTa an amplifier, small- signal models , analysis of CE, CC , AND CB configuration, Filed Effect Transistors, Junction filed-effect transistor (JFET) physical operation and static characteristics, metal-oxide semiconductor FET (MOSFET ), DC analysis of FET, the FET as an amplifier, graphical (load line) analysis , small- signal FET models , analysis of CS, CD and CG configuration , using FETs as switch , voltage variable resistor , and constant current source, Multistage Amplifiers, Analysis of multistage amplifiers (voltage gain, current gain) types of multistage amplifiers, Tuned Amplifiers, Transformr–coupled amplifiers, single–tuned amplifiers, tapped and double – tuned amplifiers, Introduction to four-layer devices, Description and operation of silicon controlled rectifier, diac, thyristor, GTO, and triac
EE 205 Electrical Circuits
The Transient Circuits, RC, RL, and RLC circuits in series and parallel and their complete response in time and S-domin, Polyphase Circuits, Single-phase three wire system , circle diagram , 3- phase balance and unbalance system star and delta connection , power in 3-bhase circuits, Coupling, Magnetic coupling , coefficient of coupling , equivalent circuits linear and ideal transformers, Two –Port Network, One–port network, y-z-h-g and ABCD parameters, image and iterative operation , attenuation and phase function , and interstice loss of network, Filters, Constant k- filters, low pass and high pass, modern filter design, Butterworth and Chebyshev filters, network transformation, and all pass filter, active filter
EE 206 Electrical Power & Machines
Electrical Machine, Construction of D-C machine, D.C. generator and motor, Principles of generator, Types of D-G generators, Shunt D-Generator series D-C generators, Compound D-Generators, Types of D-C motors, Shunt D-C motors, Series D-C motors, Compound D-C motors, Separately excited D-C motor, Shunt D-C motors, Series D-C Motors, Compound D-C Motors, Separately Excited D-C Motor, Construction of transformer, Fundamental principle of operation of ideal transformer, Approximate equivalent circuit, Voltage regulation, Transferor efficiency, Open circuit test, Short circuit test, Electrical Power, Power definition, Power in single phase circuits, Power in 3-phase circuits, Power plant over head transmission line, Conductor material, Material design sag tension relationship.
EE 207 Electromagnetic Fields
Vector Algebra, Coulumbs law and electric field intensity, Gauss's law & divergence, Vector operation & divergence theorm, Energy Density in Electrostatic Field, Capacitance, The Steady Megnetic Field, The Scalar & Vector Magnetic Potential, Materials and Inductance, The Nature of Magnetic Material.
EE 301 Computer Networks (Elective Subject)
Computer Networks, Structure and Topology, LAN/WAN Basic Ideas, OSI and 7th Layer, Definition, Transmission Medium, RS232C and RS449, Switching , Circuit Switching, Message Switching, Packet Switching, Datagram, Virtual Circuit, Terminal Handling, Roll-Call, and Hub Polling, TDM and ATDM, Data Link Layer Design Issues, Four Framing Methods, Error Control, Flow Control, Link Management, Elementary Data Link Protocol , Protocol 1,2 Protocol (3) for Noisy Channel, Window Protocols, Protocol 4, A One Bit Sliding Window Protocol, Pipelining Technique, Protocol 5 Using Go Back N, Protocol 6 Using Selective Repeat 3 Hrs Time Setting and NACK, Protocol Performance, Performance of the Stop and Wait Protocol, Optimum Frame Size, Performance of Sliding Window Protocol, Large Window Size, Small window size, Error, or Without Error, Channel Utilization as a Function of Cable Length Channel Utilization as a Function of Window size.
EE 302 Engineering & Numerical Analysis
Fourier transform, Properties , convolution theorm, power spectral density and correlation, signals and linear system ,applications, The Z- transform, Region of convergence, properties of Z-transform, Z-transform pairs, the inverse of Z-transform , analysis and discrete-time systems, applications, Numerical Analysis, Solution of non-linear equations, Finite differences, Numerical differentiation and Integration, Numerical Solution of 1st order ordinary differential equations, Matrix anaylsis, Review of matrix theory , linear transformation , eigen values & eigen vectors, laplace transform of matrices, Statistics, Definition, frequency distribution Probability, Definition, mutually exclusive & conditional probability, permutations & combinations, probability distribution, normal & Poisson distributions, Complex Variable Theory, Function of complex variable , complex differentiation , analytic function, integration in the complex plane, Cauchy's theorem , Cauchy's integral, taylor's theorem, Laurent series, the residue theorem, Solution of differential equations, by power series, Legendre's equation, Legendre's polynomials, Bessel function of the first and second order kinds, Bessel function properties, Partial differential equation, Wave equation, laplace's equation, solution of boundary condition problems, general solution, solution by separation of variables.
EE 303 Analogue Electronic II
Frequency response characteristics, Frequency small signal models of JFETs, and BjTs, Frequency response of various amplifier configurations, Amplifer Frequncy Response, Frequency response concepts, transistor at high frequency, multistage at low & high frequency ,FET amplifiers at low &high frequency, Freed back Amplifier, Freedback concept, types, effects & topologies, feedback analysis, voltage-series, voltage–shunt, current-series, and current-shunt F.B stability & response of feedback amplifier, Operational Amplifier Design, Op-Amp characteristics and structure, difference amplifier (D.C. & A.C. analysis),d.c level shifting stage, Operational Amplifier Applications, Inverting and non – inverting amplifiers, integrator, differentiator, adder , subtractor, comparator, precision diode, rectifier, precision clamps, sample and hold circuit, and peak detector, Active Filters, Filters concept, types, approximations, active RC design, biduad structure, Ladder design, and GIC, Oscillator, Oscillator concept, RC oscillator, LC oscillator, crystal oscillators, Power Amplifier, Class A, class B, class AB and push-pull amplifiers, Integrated Circuit Design, IC biasing techniques, current mirror, current repeaters, and wilder current sources, bipolar technology TTL,RTL , ECL, MOS, NMOS, PMOS, CMOS, Integrated Circuit Fabrication, Fabrication processes, IC components (resistors, capacitors), transistor fabrication, Layout design rules, full custom, semi custom design , phase Locked loop
EE 304 Communication Theory
Communication system elements, Signal classification of periodic and non periodic signals (Fourier series and Fourier transform), classification of systems, power spectral density and correlation, Noise, Types, power calculation, thermal white Gaussian noise (AWGN), band-limited noise (base band and bandpass) noise through linear systems, liner modulation (AM), AM\DSB-SC, AM/DSB-LC, AM/SSB-SC, AM/VSB, frequency division multiplexing (FDM), commercial receivers (TRF and superheterodyne), and noise in AM systems, Angle modulation, NBFM, NBPM, WBPM, WBPM, Transmission lines, Equivalent circuit, characteristic impedance, phase velocity, reflection coefficient, standing waves, quarter-wave transformer , smith chart calculation and stub matching, Digital communications, Nyquist sampling theorem, pulse modulation PAM, PPM, Time division multiplexing (TDM), noise in pulse modulation , pulse code modulation PCM\TDM. Delta modulation (DM), quantization noise in PCM and DM. signaling format (unipolar, bipolar, &split-phase Mannhester). Sinusoidal digital modulation ASK, PSK, FSK , and M-ary. Noise in ASK, PSK FSK(error probability using coherent matched filter and noncoherent detection).
The Transient Circuits, RC, RL, and RLC circuits in series and parallel and their complete response in time and S-domin, Polyphase Circuits, Single-phase three wire system , circle diagram , 3- phase balance and unbalance system star and delta connection , power in 3-bhase circuits, Coupling, Magnetic coupling , coefficient of coupling , equivalent circuits linear and ideal transformers, Two –Port Network, One–port network, y-z-h-g and ABCD parameters, image and iterative operation , attenuation and phase function , and interstice loss of network, Filters, Constant k- filters, low pass and high pass, modern filter design, Butterworth and Chebyshev filters, network transformation, and all pass filter, active filter.
EE 306 Antenna & Propagation
Isotrop & point radiator with reflector & parttern, The hertizian dipole & its pattern of electric field & power density Short antenna, Gain & short ant, Directivity & beam width, Antenna & its pattern of field &radiation resistance & polarization, The loop antenna & Its field, Radiation, resistance & pattern receiving antenna & effective area of antenna Radar equations & path losses, Antenna above ground & monopole, Pattern, Folded antenna, antenna, Microwave antenna, Horn ¶bola, Microwave losses, Helical antenna& helix& ionosphere & wave, Propagation &type of waves, Time varying field & Maxwell's equation, Faradays law, Amperes law, Gauss's law, Time-Instantaneous Pointing Theorem & Plane Wave Complex Pointing Vector, wave & their characteristic in free space, The wave equation, uniform plane wave, Propagation of plane wave in losses media, Polarization of uniform plane wave, Normal incident of uniform plane wave on plane boundaries, Guided waves, Wave between parallel planes, Transverse electric wave (TL-wave), Characteristic of TE&TM waves, Transverse Electromagnetic Wave (TEM-waves) & Waves Guides
EE 307 Digital Signal Processing
Signals and systems, Common discrete-time signals, Discrete-time systems, Properties of discrete-time systems, Linearity, Causality, Shift-invariance, and stability, Convolution, Methods of convolution, Circular shift, Circular convolution, Correlation, Linear Constant Coefficients Difference Equations, Frequency response of discrete-time systems, Z-Transform, Discrete Fourier Transform (DFT), Fast Fourier Transform(FFT), Decimation in time FFT, Decimation in Frequency FFT, Inverse Fast Fourier Transform, Digital filters, Finite Impulse Response (FIR) filter, Infinite Impulse Response (IIR) filter, Analog filter design, Low-Pass filter, High-Pass filter, Band-Pass filter, Band-Stop filter, Butterworth filter design, Chebyshev filter design, Analog filter to digital transformations, Bilinear transformation, Digital filter design, IIR filter design, FIR filter design
EE 308 Industrial Management
Introduction to Industrial Engineering, Benefit study, Plant layout, Handling, Work and Time Study, Motion study, Inventory control, Maintenance, Networks, Linear programming, Transportation problems, Assignments, Production cost control calculations, Quality control and specifications, Quality concepts, Economics of Quality, Numerical methods of quality control, Reliability theory, Total quality management
It is a compulsory one month training course. Each student should join in a governmental organization to complete one month summer training course
EE 401 Engineering Project
Theoretical or experimental investigation of a problem of applied nature in electronics engineering or related areas under the supervision of the department staff. The student should present a report about the project at the end of the year
EE 402 Power Electronics
Introduction, Material Type, Diode, Transistor type, Bipolar thyristor characteristic ,Classification requirements, Switching on switching off of thyristor, Darlington-type transistor, VMOS transistor, High power diode, Thyristor Operation Methods, Thyristor Cooling, Inverter, Single phase, Two and three-phase, hexa plus, Dual conductor for steering free current generated in inverters, Compound angle (general equations for fully –controlled inverters), Invertors, Silicon controlled rectifiers (SCR), SCR's for single phase circuits, SCR's for 3- phase circuits, SCR's converter A.C supply to D.C and inverting D.C supply to A.C. , Pulsed Wave Modulation, D.C. Chopper, Wave Changer, Uninterrupted power supply, UPS drives, thermal insulators, Thyristor Applications.
EE 403 Communication Systems
Information Theory, Self information , sourse entropy and sourse entropy rate ,mutual information, channel model BSC and nonsymmetric discrete channels, Optimum threshold setting, Coding of Discrete Sources Efficiency and redundancy of a code ,fixed length codes, variable length codes, fano code, huffiman code, Shannon code. Nonbinary source coding . Source extention for higher coding efficiency, Channel Coding, Even and odd parity error detecting codes, prob of undetected errors. Error correcting codes , linear block codes (generator and parity check matrices),hamming distance, hamming weight bound, and error correction capabilities, Decoding of linear block codes (syndromes), Introduction to Digital Signal Processing (DSP), Block diagram of a general (DSP) system, Basic concepts: linear, time variant, stable and casual discrete systems. Input/output relation in Z-domains, Discrete convolution techniques: tabular method-transform method, matrix method, add overlap method, Digital Filter Design, Review of analogue filters design (Butterworth and chebyshev filter). Classification and realization of discrete systems (FIR and IIR system
EE 404 Digital System Design
Simplification of Boolean Function using K-map and Tabulation, Digital Circuit Design using Logic Circuits (LSI, SSI, MSI), Design using Programmable Logic Circuits (ROM, PLA, PAL), Synchronized Sequential Circuits (Analysis and Design), ASM Diagrams, Analysis and Design of Sequential Circuits using ASM Diagrams, Asynchronous Circuits, Luminescent pulse phenomenon in logic circuits (Static and Dynamic), Microprocessors-Component and Architecture, Microprocessors Hardwer, 4-, 8-, 16- and 32-bit Microprocessors, Single Chip Microcomputer 8085, 8088, MPU details.
EE 405 Microelectronics
Energy Band Theory, PN Junction, MS (Metal-Semiconductor) Junction, MOS (Metal-Oxide-Semiconductor) Junction, Electronic Devices Fabrication Technology, IC Fabrication Step, Thin Film Fabrication, Thick Film Fabrication, MOSFET Transistor MOS Inverter Analysis, NMOS Gate Circuit Analysis, CMOS Inverter Analysis, CMOS Gate Circuit Analysis, TTL Gate Circuit Analysis, Photo-Electronic-Light Detection, Light Source, Microwave Devices, Tunnel Diode, IMPATT Diode, BARITT Diode
EE 406 Microwave
Electromagnetic Theory: Review, Transmission Lines in Microwaves, Microwave Network Analysis Using S-Parameters, Passive Components in Microwave, Microwave Filters, Design & Analysis of Ferromagnetic Components in Microwave, Active Microwave Circuits, Microwave Tubes, Diode & Transistors in Microwaves, Microwave Amplifier Design, Microwave Oscillator Design. Microwave Integrated Circuits, Applcation of Microwave in Communication Systems, Radar System
EE 407 Control Engineering
Basic Definition, Transfer function, Transfer functions of electrical system, mechanical system & servo system, Block Diagram Algebra, Signal flow graph & mason's rule, Time Domain Response, Typical test signals & types of the systems, The steady-state error due to step, ramp & parabolic inputs, Transient Response of Second Order Systems, Stability of control system, Routh criterion, Root locus, Frequency Response, Introduction to Nyquist plot, Nyquist plot, Phase margin, Gain margin, Introduction to Bode plot, Compensation, Lead, Lag, Lead-Lag, Three-term Controller (PID), State Space Analysis, State equation for dynamic system (electrical system), Solving state equations, Analogue Computer Simulation, Nonlinear Control System, Describing Function Approach.
FOURTH YEAR-Elective Courses
EE 408 Artificial Intelligence (Elective Subject)
Basic introduction to neural networks & fuzzy logic, development and implementation. It includes; neural versus conventional computing. Learning processes, the preceptor. The back propagation learning algorithm. self-organization feature maps. applications.
introduction to fuzzy theory, Fuzzy logic, fuzzy logic in engineering. fuzzy logic is a tool that can be applied to ambiguous, complicated, complex, or nonlinear systems or problems, which cannot easily solved by classical techniques. This course, also, discusses the fundamental of fuzzy set theory and fuzzy logic. in addition, this course also introduces applications of fuzzy logic in several areas such as fuzzy control and fuzzy decision making.
EE 408 Digital Image Processing (Elective Subject)
Introduction to Digital Images, Components of Imaging System, Types of Digital Images, Image Sampling and Quantization, Digital Image File Format, Relationship Between Pixels, Neighborhood, Connectivity, Adjacency and Distance Measure, Arithmetic & Logic Operations, Image Zooming, Shrinking, Translation & Rotation, Image Enhancement, Some Basic Gray Level Transformations, Histogram Processing, Spatial Filtering, Linear Spatial Filtering, Nonlinear Spatial Filtering, Image Transforms, Discrete Fourier Transform, Discrete Cosine Transform, Wavelet Transform, Image Compression, Image Compression Concepts, Image Redundancy, Lossless Compression Methods, Lossy Compression Methods, Image Restoration, A Model of Degradation/Restoration, Noise Models, Color Image Processing Color Models, pseudo Image Processing, True Image Processing, Color Model Conversion, Image Segmentation.
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