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تفعيل النجومتعطيل النجومتعطيل النجومتعطيل النجومتعطيل النجوم
 

Fourth Year

elc4

 

Course Number:ER 401

Course Name:  Engineering project I

Credit hours: (2-1-0-2)

Pre-requisite: None

Course Contents:

Theoretical or experimental investigation of a problem of applied nature in electrical engineering or related areas the group should submit a dissertation on the project which is discussed before staff committee .

 

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Course Number:ER 402

Course Name:  Engineering project II

Credit hours: (2-1-0-2)

Pre-requisite: None

Course Contents:

Theoretical or experimental investigation of a problem of applied nature in electrical engineering or related areas the group should submit a dissertation on the project which is discussed before staff committee .

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Course Number:EE 403

Course Name:  Control I

Credit hours: (3-3-0-0)

Pre-requisite: EE 307, EE 308

Course Contents:

Introduction to control system, Review of Laplace transformation, Method of representing system model, Linear system, nonlinear system, transfer functions (T.F), State variables models, State Space (S.S) , T.F from S.S , and state transition matrix, Block  Diagram Models, Signal  Flow Graphs (SFG), Performance of linear  feedback control systems, Steady- state  error in unity feedback control system, Stability using Routh criterion .

 

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Course Number:EE 404

Course Name:  Control II

Credit hours: (3-3-0-0)

Pre-requisite: EE 307, EE 308, EE 403

Course Contents:

Root Locus technique, Types of controller, Frequency response analysis, Stability in the Frequency Domain, Design of compensation using freq. resp, Three term controller PID .

 

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Course Number:EE 405

Course Name:  Advance Digital Electronics I

Credit hours: (3-3-0-0)

Pre-requisite: EE 117, EE 118, EE 315

Course Contents:

Latches, Flip flops , Asynchronous Counters , Synchronous Counters  , Up/Down  Counters , Design Types of Counters , Shift Registers , Types of Shift Registers , Applications of Shift Registers , Design of Synchronous Sequential Circuits , Moore Model  , Mealy Model , Design of Asynchronous Sequential Circuits , Pulse Mode Circuits , Fundamental Mode Circuits .

 

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Course Number:EE 406

Course Name:  Advance Digital Electronics II

Credit hours: (3-3-0-0)

Pre-requisite: EE 117, EE 118, EE 315, EE 405

Course Contents:

Digital to Analogue Converters , Binary Ladder Networks (R-2R), Analogue to Digital Conversion ADC, Flash Analogue to Digital Conversion ADC , Single/ Dual Analogue to Digital Conversion , Semiconductor Memory , Classification of Semiconductor Memories , Some Types of Array Logic Circuits , Programmable Logic Devices , Microcomputer System , The Microcomputer System , Register Section , Control Unit , Arithmetic & Logic Unit , The memory and Input/output .

 

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Course Number:EE 407

Course Name:  Digital Communications I

Credit hours: (3-3-1-0)

Pre-requisite: EE 307, EE 308

Course Contents:

Information Theory, Entropy, Message Entropy, and Source Coding  , Channel Coding (Linear Block, Binary Cyclic, and Convolutional Codes), Trellis Diagram and Galois Field, Analysis of Digital Channel and Channel Capacity, Digital Modulation (ASK, FSK, PSK, DPSK, QPSK, QAM, and MSK(, Transceiver of OFDM Systems .

 

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Course Number:EE 408

Course Name:  Digital Communications II

Credit hours: (3-3-1-0)

Pre-requisite: EE 307, EE 308, EE407

Course Contents:

Introduction to Digital Signal Processing,  Methods of Designing Finite Impulse Response (FIR) Digital Filters, Design of Infinite Impulse Response (IIR) Digital Filters, Discrete and Fast Fourier Transform (FFT) for One, Two, and Three Dimensions Signals, One, Two, and Three Dimensions Linear Convolution and Circular Convolution Using FFT , Discrete and Discrete Wavelet Transform (DWT) for One, Two, and Three Dimensions Signals, One, Two, and Three Dimensions Linear Convolution and Circular Convolution Using DWT .

 

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Course Number:EE 409

Course Name: Electrical Power III

Credit hours: (2-2-1-0)

Pre-requisite: EE 309, EE 310

Course Contents:

Modeling Power system structure, Generators, transformers, Lines ,cables, and loads, Per-Unit method & principles, Single line diagrams & reactance diagrams, System Matrices  and equations, Bus admittance matrix formation & manipulations, Bus impedance matrix build-up and calculations, Introductory load flow, Formation of equations and methods of solution, G-S load flow .

 

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Course Number:EE 410

Course Name: Electrical Power IV

Credit hours: (2-2-1-0)

Pre-requisite: EE 309, EE 310, EE 410

Course Contents:

symmetrical faults, Fault limiting reactors, Symmetrical components, Unsymmetrical faults, Single line to ground fault, Unsymmetrical faults, Line to line fault, Unsymmetrical faults, Double line to ground to fault, Faults through impedances, Power system stability, Equal area criterion, Power system protection .

 

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Course Number:EE 411

Course Name:  Machine and Power Electronics I

Credit hours: (2-2-0-0)

Pre-requisite: EE 311, EE 312

Course Contents:

Power Electronic  Over View ,Diodes Types, Transistor Types, Thyristor, Thyristor characteristics, Triac and Diac, Gate Thyristor Needs, Thyristor Gate  On/Off Circuits, The Types of Thyristor Triggering Circuits, Thyristor Cooling .

 

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Course Number:EE 412

Course Name:  Machine and Power Electronics II

Credit hours: (2-2-0-0)

Pre-requisite: EE 311, EE 312, EE 411

Course Contents:

AC-DC Power Converters Single  Phase ,2 Phase, 3 Phase,6 Phase ,DC - AC Convertors, Methods of Forcing The Thyristor to Gate Turn- off, Normal Gate Turn-Off Thyristors, Overlap Circuits ,Single Phase ,Three Phase Modulation Wave ,Chopping DC Current , Frequency Convertor, oscillator, Ways to Reduce the Impact of High oscillation , Thyristor Applications .

 

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Course Number:EE 413

Course Name:  Microprocessor I

Credit hours: (2-2-1-0)

Pre-requisite: EE 315

Course Contents:

Introduction to Computer System, Microprocessor Evolution and Architectures, Numbering Systems , Software Model of 8086 System, 8086 Physical Addresses and Assembly Language Syntax, Data Transfer Instructions, Arithmetic Instructions, Lecture on Logical & Shift Instructions, Flag Control, Compare and Jump Instructions, String Instructions, Variables, Arrays and Constants, MS-DOS Functions and BIOS Calls, Program Development using TASM .

 

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Course Number:EE 414

Course Name:  Microprocessor II

Credit hours: (2-2-1-0)

Pre-requisite: EE 315, EE 413

Course Contents:

Hardware architecture of 8086 and Microprocessor, Electrical Characteristics and Bus-Cycle, I/O Ports, Interfacing of I/O Devices, Memory Interface of 8086 processor, Building Complete Microprocessor Based System, Architecture and Organization of Microcontrollers, Instruction Set of 8051 MCU, 8051 Assembly Language Programming, Interfacing of External Memories, Interfacing of Keyboard and LED Displays, Interfacing of Actuators and Transducers, Timer/Counter Operation .

 

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Course Number:EE 415

Course Name:  Electrical Engineering Lab. VII

Credit hours: (3-0-0-6)

Pre-requisite: EE 117, EE 118

Course Contents:

Experiments on material given in courses advance electronics, control, power electronics,  and microprocessor .

 

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Course Number:EE 416

Course Name:  Electrical Engineering Lab. VIII

Credit hours: (3-0-0-6)

Pre-requisite: EE 117, EE 118

Course Contents:

Experiments on material given in courses advance electronics, control, power electronics,  and microprocessor .

 

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Course Number:EE 417

Course Name:  Ethics

Credit hours: (1-1-0-0)

Pre-requisite: ER 105, ER 106

Course Contents:

Engineering Ethics and Communications is designed to introduce engineering graduate students to the concepts, theory and practice of ethics in academic, professional, and personal life environments and means to effectively and persuasively communicate through ethical quandaries with various stakeholders. Students will obtain a strong individual and team-based, hands-on, learning experience through a course curriculum consisting of lectures; supporting seminars and workshops; case studies; and team-based activities .

 

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