Electronic Engineering & Communication – Engineering & Petroleum Faculty

Electronic Engineering & Communication

Overview Of Electronic Engineering & Communication

The Department of Electronic Engineering and Communication (DEEC) came into existence with the establishment of Hadhramout University in 1996 / 1997. Since the establishment of DEEC, 17 batches of 956 students graduated.

Heads of the Department

No.	Name	Nationality	Duration
1	Dr. Saad Othman Albashair	Sudanese	1996-1997
2	Dr. Mudhfar Anwar Al Naamaah	Iraqi	1997-1999
3	Dr. Raad Hamddan Daher	Iraqi	1999-2004
4	Dr. Waddad Muhmoud Faisal	Iraqi	2004-2005
5	Dr. Mohammed Hamzah Alssabaa	Egyptian	2005-2006
6	Dr. Salem Nasr Mersal	Yemeni	2006-2008
7	Dr. Fathi Mabrouk Abu AlAinin	Egyptian	2008-2011
8	Dr. Majdi Salem Marai	Yemeni	2011-2012
9	Dr. Khad Sahel Bin Sahak	Yemeni	2012-until now

Vision

To be the center of excellence locally and regionally in the field of Electronic Engineering and Communication, scientific researches and community service.

Mission

Preparing outstanding engineers locally and regionally in the field of electronics and communications engineering by keeping pace with scientific and profession developments, conducting research, serving community and encouraging creativity and innovation in the field of specialization.

Objectives

The educational objectives of the Electronics and Communications Engineering program are explained as the following : by the completion of the program, the students will be able to:

PEO1	Successfully engage in careers in the areas of electronics and communications engineering
PEO2	Engage in active, continuous and lifelong professional development, seek learning and training opportunities including graduate studies and attain professional positions in their business, career, and community.
PEO3	Contribute to the welfare of society and the development of the profession through responsible practice of engineering.
PEO4	Work as a team in diverse fields and gradually move into leadership positions.

Faculty’s Programs

Description of Courses :

Study Plan

Electronics and Communications Engineering Curriculum (2020/2021)
Year	FIRST SEMESTER			Hours				SECOND SEMESTER				Hours
FIRST YEAR	No	Course No	Course Title	L	P	T	Cr	No	Course No		Course Title	L	P	T	Cr
	1	ISLAM 111	Islamic Culture I	2	0	0	2	1	ARAB 121		Arabic Language II	2	0	0	2
	2	ARAB 111	Arabic Language I	2	0	0	2	2	ENG 121		English Language II	2	0	0	2
	3	ENG 111	English Language I	2	0	0	2	3	ISLAM 121		Islamic Culture II	2	0	0	2
	4	CSC 111	Computer Skills	1	2	0	2	4	MATH 121		Integral Calculus	2	0	2	3
	5	MATH 111	Differential Calculus	2	0	2	3	5	PHYS 121		General Physics II	2	0	2	3
	6	PHYS 111	General Physics I	2	2	0	3	6	COE 121		Computer Programming	2	2	0	3
	7	CHEM 111	General Chemistry*	2	2	0	3	7	GE 121		Engineering Drawing	1	0	2	2
	Total Credit Hours						17	Total Credit Hours							17
SECOND YEAR	1	MATH 211	Vectors and Matrices	2	0	2	3	1	COM 221		Communication Skills	2	0	0	2
	2	ECE 211	Materials Science	2	0	0	2	2	MATH 221		Differential Equation	2	0	2	3
	3	CE 213	statics	2	0	0	2	3	ECE 221		Electrical Circuits (2)	2	2	1	3
	4	COE 224	Data Structure & Algorithms	2	0	2	3	4	ECE 222		Electronic Devices	2	1	0	3
	5	ECE 212	Electric Circuit (1)	3	2	1	4	5	ECE223		Digital System Design	2	2	0	3
	6	ECE 213	Digital Logic	2	2	1	3	6	ECE 224		EM Theory	3	0	0	3
	Total Credit Hours						17	Total Credit Hours							17
THIRD YEAR	1	MATH 311	Engineering Probability and Statistics	2	0	2	3	1	ENG 321		Technical Writing	2	0	0	2
	2	ECE 311	Instrumentation and Measurements	2	2	0	3	2	MATH 321		Numerical Methods	2	0	2	3
	3	ECE 312	Electronic Circuits	2	2	1	3	3	ECE 321		Communications Systems (1)	3	2	1	4
	4	ECE 313	Signals & Systems	2	2	1	3	4	ECE 322		Control Systems	2	2	0	3
	5	ECE 314	Electrical Machines	2	0	2	3	5	ECE 323		Digital Electronics	2	2	0	3
	6	ECE 315	EMF Waves	3	0	0	3	6	ECE 324		Opto-electronics	3	0	1	3
	Total Credit Hours						18	Total Credit Hours							18
FOURTH YEAR	1	SRM 411	Scientific Research Methodology	2	0	0	2	1	ECE 421		Engineering Economy	2	0	0	2
	2	COE 415	Computer Architecture	2	2	0	3	2	ECE 422		Electronic Communication Circuits	2	2	1	3
	3	ECE 411	Communications Systems (2)	2	2	0	3	3	ECE 423		Telecommunication Transmission & Switching	3	0	1	3
	4	ECE 412	Antennas	2	2	0	3	4	ECE 424		Digital Communication	2	2	0	3
	5	ECE 413	Digital Signal Processing	3	0	1	3	5	ECE 425		Microwave Communications	2	2	1	3
	6	COE 322	Microprocessor Systems	2	2	0	3	6	GE 421		Professional Ethics	2	0	0	2
								7	ECE 426		Practical Training	0	0	90	0
	Total Credit Hours						17	Total Credit Hours							16
FIFTH YEAR	1	ECE 511	Computer Networks	3	0	1	3	1		ECE 521	Satellite Communications	3	0	0	3
	2	ECE 512	Graduation Project 1	0	4	0	2	2		ECE 522	Graduation Project 2	0	6	0	3
	3	ECE xxx	Elective Course-1	3	0	0	3	3		ECE xxx	Elective Course-3	3	0	0	3
	4	ECE xxx	Elective Course-2	3	0	0	3	4		ECE xxx	Elective Course-4	3	0	0		3

Cr: Credit

T: Tutorial

P: Practical

Course Description

Courses Description

ECE 211

Material Science

2-0-0 (2)

This course is compulsory for any electronic & Communication engineering program.. This course focuses on: Structure of matter. Atomic Bonding, Energy Levels and Bonds. Crystal structure; Conductor, Semiconductors and Insulator. Properties of Conducting, Semiconductors materials and Insulator materials; Opto electrical properties. Magnetic materials; Para-and Ferro magnetism; Ferrites and Their applications. Dielectric materials; Dielectric Properties of Solids. Ionic conductivity; Dielectric . Introduction to fiber optical materials.

ECE 212

Electrical Circuit (1)

3-2-1 (4)

This course is a compulsory course and it designed to provide students with fundamental concepts of electrical circuit. It includes DC circuit analysis: basic concepts, basic laws, methods of analysis, circuit theorems, capacitor and inductor, first and second order circuits and an introduction of AC circuit analysis. The course also includes a collection of practical experiments that verify a wide range of concepts, laws and theorems for DC circuit analysis.

ECE 213

Digital Logic

2-2-1(3)

This course explores the fundamental limits of digital logic design, Number systems, arithmetic operations, decimal codes, alphanumeric codes, Boolean algebra, Karnaugh maps, NAND and NOR gates, exclusive-OR gates, integrated circuits, combinational circuits, decoders, encoders, multiplexers, adders, subtractors, multipliers, sequential circuits, latches, flip-flops, sequential circuits analysis and design, registers, counters, RAM and ROM memories.

ECE 221

Electrical Circuits (2)

2-2-1(2)

This course is a compulsory course and it designed to provide students with advanced concepts of Electrical circuits. It includes introduction to concept of active, reactive, complex power and power factor. Three phase circuits; Frequency response of RLC and resonance; Natural and step response of first and second order circuits; Laplace transform in circuit analysis; Introduction to frequency selective circuits: passive filters, Bode plots; Two-Port networks; Mutual inductance and transformers. The course also includes a collection of practical experiments that demonstrate a wide range of concepts for AC circuit analysis

ECE 222

Electronic Devices

2-2-0(3)

This course provides the student with knowledge of fundamental of the structure of atoms and the interaction of atomic particles. It is very important for electronic circuit. This course focuses on: Introduction to physics of semiconductor; Bipolar Devices; p-n junction theory, p-n junction diode, bipolar junction transistor, Unipolar Devices; (JEFT), (MIS), (CDD), (MOS) Devices; (LED), Semiconductor Laser, and photo- detectors. The course is accompanied with a practical part (Lab experiments).

ECE 223

Digital System Design

2-2-0(3)

This course explores the fundamental limits of digital systems design. First, the review of combinational and sequential logic are explained. Second , the design of following components are discussed in details such as : adders, subtractor and multipliers circuits, complex combinational circuits, sequential modules, counters and registers, finite state machine , Programmable Logic Device (PROM, PLA, PAL, GAL), of memory circuits, Synchronous analysis using algorithmic state machines ASM, and finally the design of simple CPU is discussed in details .

ECE 224

EM Theory

3-0-0(3)

This course is compulsory for any Communication engineering program and it deals with basic principles of EM waves in correlation with laws of electromagnetic theory. It includes a general introduction to the electromagnetic theory, basics of EM wave, Types of EM waves propagating in Earth atmosphere, EM waves Propagation in different media as well as an introduction to Transmission Lines.

ECE 311

Instrumentation and Measurements

2-2-0(3)

This course focuses on: Measurements of errors, Accuracy, Precision, Resolution, and Sensitivity. Statistical analysis (Mean, Deviation, Standard Deviation, Variance). Units and standards of measurement. Electromechanical indicating instruments. Analog Instruments (DC Ammeter (Ayrton Shunt), DC Voltmeter, Ohmmeter (Series type, Shunt Type), AC- I nstruments with Rectifiers, Bridge measurements (AC Bridges, DC Bridges), Digital instruments for measuring basic parameters, Electronic Counter ,oscilloscope techniques. This course is accompanied with a practical part (Lab experiments).

ECE 312

Electronic Circuits

2-2-1(3)

This course is designed to provide students with fundamental concepts of Electronic Circuits . It includes Diode circuits, transistor biasing and thermal stabilization , Transistor equivalent circuit and models , small signal bipolar (BJT) and Field Effect (FET) amplifiers,. Single-stage and multi-stage amplifiers. Feedback amplifiers. Frequency response of amplifiers. Power amplifiers. Oscillators. Tuned amplifiers. Application of simulation tools (PSPICE or Multisim) to understand the circuit characteristics.

ECE 313

Signals and Systems

3-0-1(3)

This course is a program compulsory course. It presents and integrates the basic concepts for both continuous-time and discrete-time signals and systems. Continuous-time and discrete-time signals: mathematical representation, properties and classifications, power and energy signals. Linear time-invariant systems: system properties, impulse response and step response, LTI systems described by differential and difference equations, convolution representation. Fourier series, Fourier transform and Laplace Transform with their properties and applications. The course includes an introduction to MATLAB for signal analysis and system modeling.

ECE 314

Electrical Machine

2-2-0(3)

This course is compulsory for Communication engineering program and this course is consider as foundation and base of electrical machines. This course covers five main topics in electrical machines: Transformers, direct current machines, alternative current machines, Synchronous machines, Introduction to special small machines. This course is accompanied with a practical part (Lab experiments).

ECE 321

Communication system I

3-2-1(3)

This course is foundation and base for control and power system engineering. This course gives an Introduction to Control Systems, Mathematical background and modeling of Physical Systems, Time Response Analysis, tracking performance and steady-state analysis, Stability of linear feedback systems, introduction to proportional integral derivative controller, Response Analysis and Stability in Frequency Domain, The design feedback control systems, MATLAB/Simulink used extensively. This course is accompanied with practical part (Lab experiments).

ECE 322

Control Systems

2-2-0(3)

ECE 323

Digital Electronic

2-2-0(3)

This course intends to give a background on digital electronics. It is compulsory for electronics and communication Engineering program. It covers review of signals and systems, Properties and definitions of Digital circuit families, a various circuit families including diode logic, resistor-transistor logic and diode-transistor logic, transistor-transistor logic and emitter-coupled logic, Metal Oxide Semiconductor Field Effect Transistor logics. In addition to other circuits used in digital world such as comparator, converters, Semiconductor memories and Sample and Hold circuit. This course will combines with practical part (experimental lab).

ECE 324

Optoelectronics

3-0-1(3)

This course is required for any electronic engineering program and focuses on basic principles of optics and electronics and the wave nature of light. It includes: an introduction to optoelectronics, light characteristics including the interaction between light and material, Phenomena of Luminescence, Light Emitting Diode (LED) as light source, Photodetectors as well as LASER, and Solar Cells

ECE 411

Communication System II

2-2-0(3)

This course is compulsory. It introduces modern data communications. Topics include point to-point communication links and transmission of digital information, modems, multiplexing, and concentrator design; multi access and broadcasting. Data communications deals with the transmission of signals in a reliable and efficient manner. Topics covered include signal transmission, transmission media, channel capacity, bandwidth efficiency, signal encoding technique, wired and wireless transmission, multiplexing techniques, signal encoding, interfacing, data link control. Digital carrier modulation: ASK, FSK, PSK, DPSK, and QPSK. Noise effects on digital modulation techniques, error detection and correction. Digital modulation and demodulation; equalization and diversity; error correcting code performance in noise; introduction to spread spectrum and space communications; simulation of communication systems.

ECE 412

Antennas

2-2-0(3)

This course is compulsory for any Communication engineering program. It is very important for wireless communication systems. The course focuses on: basic antenna principles (radiation conditions, Near- and Far- Field Regions, Far-field radiation from wires ), Antenna parameters (radiation pattern, Directivity, Reciprocity, Friis formula), Dipole Antennas (Dipole structure, Current distribution, Radiation pattern), Antenna Arrays (uniform linear Array, Yagi-Uda Antennas, Parabolic reflector antennas), Types of Antennas (Horn Antennas, Loop Antennas, Helical Antennas, Patch Antennas and Antennas for Mobile Systems). This course is accompanied with a practical part (Lab experiments).

ECE 413

Digital Signal Processing

3-0-1(3)

This course is a compulsory course and it is an introductory course in digital signal processing. The course content includes the concept and the classification of discrete-time signal, representations of signals in time, frequency, z- and discrete frequency domains, representations and analyses of systems, and filter designs.

ECE 421

Engineering Economic

2-0-0(2)

Engineering Economy is the process of making rational and intelligent decisions associated with the allocation of scarce resources in circumstances in which alternatives can be enumerated. This course provides engineers with skills to assess the costs and benefits of engineering investments, such as product and technology development programs and capital purchases. It also presents the framework for selecting among alternative designs, for managing technologies over their lifecycles, and for evaluating the finances of new ventures/projects. Open to students in any discipline

ECE 422

Electronic Communication Circuits

2-2-1(3)

This course is compulsory. It introduces a study of transmitters and receivers including resonant circuits, coupled circuits, RF power amplifiers, oscillators, modulators and demodulators. This course is an introduction to concepts associated with the wireless transmission and reception of analog modulated signals. It provides sufficient background in theory, devices, and circuits employed in radio communication systems, which enables the students to design, build and test basic communication circuitry. In particular, this course introduces fundamental principles of wireless RF communications, AM, FM, and PM modulation, demodulation and spectra, and frequency shifting and mixing. Practical linear and nonlinear circuits for a heterodyne radio receiver are studied, including RF/IF amplifiers, matching networks, oscillators, mixers, modulators, and demodulators. This course is accompanied with a practical part (Lab experiments).

ECE 423

Telecommunication Transmission & Switching

3-0-1(3)

It is a compulsory program course. It covers the switched networks components, telephone system operation, twisted pair, coaxial cables, optical fibers, data transmission: noise, echo and synchronization, switching system evolution: manual, Strowger, cross-bar and digital, the message, circuit and packet switching techniques, the telephone numbering plan, Public Switched Telephone Network, the time division switching, in-channel signaling, common channel signaling, signaling system 7, loss and delay traffic engineering systems, grade of service, quality of services and Erlang formula..

ECE 424

Digital Communication

2-2-1(3)

This course is a compulsory course and it provides a comprehensive coverage of a wide variety of digital modulation scheme and spread spectrum technique. It covers a review of probability and random processes; digital transmission of analog signals includes both base-band and bass-band digital transmission, and modern digital modulation methods as spread spectrum. The course also includes a collection of practical experiments that demonstrate a wide range of the modulation techniques for both base-band and pass-band transmission.

ECE 425

Microwave Communication

2-2-1(3)

This course is compulsory for any Communication engineering program and very important for wired and wireless communication systems operating in the microwave frequency range. This course gives an Introduction to microwaves devices and systems and focuses on: waveguides (rectangular and circular waveguides), microwaves communication systems, microwave repeaters and diversity, as well as Radar systems. This course is accompanied with a practical part (Lab experiments).

ECE 426

Practical Training

0-90-0(0)

A continuous period of 90 working hours of field training spent in a related organization, provides the student with an opportunity to explore career interests while applying knowledge and skills learned in the classroom in a work setting. The training also helps students gain a clearer sense of what they still need to learn and provides an opportunity to build professional networks. On completion of the training, the student is required to submit a formal written report to the department. Also, students should conduct a technical presentation in present of the selected committee. The students are required to perform field training during summer holidays after fourth year under supervision of signed faculty member and field supervisor.

ECE 511

Computer Network

3-0-1(3)

The course is a compulsory subject. It provides an introduction to computer networks and protocols. It studies the Network topologies and network hardware and peer-to-peer and client/server software. It covers the physical networks classification and packet switching concepts. Explains the OSI and the TCP/IP reference models. It gives and examples of the data link layer protocols, network layer protocols, transport layer protocols and application layer protocols.

ECE 512

Graduation Project I

0-4-0(2)

This course means to practice project management, technical writing, and technical presentation and other soft skills.Students work in groups of four students under faculty supervision to complete the project. In this part, the student is take lectures parallel with Faculty supervisor describes problem and available data and formulates plan of execution and obtains supervisor’s approval. The end of the course student will deliver oral presentation and written reports.

ECE 511

Satellite Communication

3-0-0(3)

This course provide the most relevant aspects of satellite communications. It is compulsory for the electronics and communication engineering program. The course begins with a review on the background and basic concepts of satellite communications. Next it covers the orbital aspects and launching methods; with emphasis on the geostationary orbit, Satellite subsystems which including the space and earth segments, satellite link design, different access system towards a satellite, and Different applications of satellite communication will be discussed at the end.

ECE 522

Graduation Project II

0-6-0(3)

This course is the second part of a sequence of two courses that constitute the BSc graduation project. The graduation project enables the students to plan and implement their work using engineering skills that have been learned during their prescribed educational program. In this part, the student is expected to follow up what has been performed in Project-I under the supervision of one of the faculty members. The course covers arranging for data collection, design, environment, economic and analyzes results in a particular area of concentration. The student will have weekly group meetings to discuss their progress and any problems being encountered. At the end of the semester required from the team of project write final report and make an oral presentation with the presence of faculty members as referees.

References

(References)

SUPJECT: ELECTROMAGNETIC WAVES

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Engineering Electromagnetic	William H Hayt and Jr John A Buck	2008	Company Ltd, New Delhi.
2	Principles of Electromagnetic	Sadiku MH	2008	Oxford University Press Inc, New Delhi.
3	Field and Wave Electromagnetic	David K Cheng	2004	Pearson Education Inc, Delhi,
4	Electromagnetic with Applications	John D Kraus and Daniel A Fleisch,	2005	Mc Graw Hill Book Co.
5	Fundamentals of Electromagnetic	Karl E Longman and Sava V Savov,	2006	Prentice Hall of India, New Delhi.
6	Electromagnetism	AshutoshPramanic	2006	Prentice Hall of India , New Delhi.

SUPJECT: ELECTRONIC DEVICES

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Electronic Devices and Circuits	J.Millman, C.C.Halkias, and SatyabrathaJit	2007-2nd Ed.	Tata McGraw Hill
2	Electronic Devices	Thomas L.Floyd	2012 ninth Edition	Prentice Hall.
3	Principles of Electronics	Stanley G. Burns and Paul R. Bond	2006	Circuits , Galgotia
4	Electronic Devices and Applications	Somanathan Nair B	2006	PHI.
5	Electron Devices and Circuits	Jacob Millman, Christos C Halkias	2010	Tata McGraw Hill
6	Fundamentals of Electronic Devices and Circuits	David A Bell	2009	David A Bell
7	Principles of Electronic Devices and Circuits	Theraja.B.L, Sedha	2004	Chand. S

SUPJECT: ELECTRONIC INSTRUMENTATION

N O	TITLE	AUTHOR	EDITION	PUBLISHER
1	Electrical Measurements and Instrumentation	A.k.Sawhney	2005	DhanpathRai & NewDelhi
2	Electronic Instrumentation and Measurements	D. A. Bell	2003	Prentice Hall of India, New Delhi
3	A course in electrical and electronic measurements and instrumentation	A.K.Sawhney	20047thed.	Dhanpat RAI
4	Measurement Systems: Application and Design.	E. O. Doebelin	1990	McGraw-Hill, New York.
5	Electrical And Electronics Measuring Instruments	U.A.Bakshi, A.V.Bakshi	2009	Technical Publications
6	Modern Electronic Instrumentation andMeasurement Techniques	A.D.Helfrick and W. D. Cooper	1992	Pearson Education, Delhi
7	Modern Electronic Instrumentation and Measurement Techniques	Copper.W.D and Hlefrick..	20025rdEd.	Prentice Hall of India

SUPJECT: ELECTRONIC MATERIAL

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Principles of Electronic Materials and Devices	S.O. Kasap	2002	New Delhi,
2	Electronic Properties of materials	Rolf E.Hummel	1994	New Delhi.
3	Materials Science & Engineering	Raghavan.V.	5 th edition	Prentice Hall of India,
4	Material Science & Metallurgy	Khanna. O. P.	2006	New Delhi
5	Electrical Engineering Materials	Dekkar A.J.	1992	Prentice Hall of India
6	Electronic components and materials	Joshi M.A.	2003	SPD

SUPJECT: ELECTRICAL MACHINES

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Electric Machinery Fundamentals	S.J. Chapman	5th Edition. 2011	McGraw-Hill
2	Electric Machinery	A. E. Fitzgerald, Charless Kingsley		McGraw Hill
3	An Introduction to Electrical Machines and Transformers	George McPherson & Robert D.Lueamore	1990	John Wiley & Sons
4	Electric Machinery and Transformers	Bhag S. Guru and Huseyin R	3rdedition.	Oxford University Press
5	Electrical Machinery and Transformers	B.S. Guru and H.R. Hiziroglu	5rd edition 2006	Oxford University Press

SUPJECT: CONTROL SYSTEMS

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Modern Control Engineering	K. Ogata	2010	Prentice Hall of India
2	Control System Engineering	Norman S. Nise	2010	John Wiley & Sons
3	Modern Control Systems	Richard C. Dorf	12th Edition	Prentice
4	Automatic Control System	Syed HasanSaeed	2000
5	Automatic Control systems	U.A. Bakshi& M. V .Bakshi

SUPJECT: DIGITAL ELECTRONICS

TITLE

AUTHOR

EDITION

PUBLISHER

Electronic Devices

Thomas L. Floyd

9thE , 2012.

Prentice Hall

Digital Electronics: Principles, Devices

and Applications

Anil K. Maini

2007

John Wiley &Sons,Ltd

Microelectronic

Circuit Design

R.C. Yaeger

1997

McGraw-Hill, New York,

Digital Electronics Circuits

G. M. Glasford

1988

Prentice-Hall International

Digital design

M.M Mano and

M. D Ciletti

5th Edition

Prentice Hall

SUPJECT: SATELLITE COMMUNICATIONS

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Satellite Communications Systems Engineering	Louis J. Ippolito, Jr	2008	John Wiley & Sons.
2	Satellite Communications	Dennis Roddy	4th Edition	Graw-Hill Companies, Inc
3	Satellite Communication Engineering	Michael O. Kolawole	2002	arcel Dekker, Inc
4	Handbook on Satellite Communications	Robert W. Jones	3rd Ed	John Wiley.
5	The Satellite Communication Applications	Bruce R. Elbert	1997	Artech House Bostan London

SUPJECT: DIGITAL LOGIC DESIGN

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Digital Fundamentals	Thomas L. Floyd,	Tenth Edition 2010
2	Fundamentals of Digital Logic And Microcomputer Design	M. Rafiquzzaman,	5th Edition, 2005	Wiley- Interscience
3	Digital Design	M. Morirs Mano	2005	Prentice-Hall of India

Principles & Applications

Malvino

1998

SUPJECT: DIGITAL LOGIC DESIGN

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Fundamentals Of Digital Logic And Microcomputer Design	M. Rafiquzzaman	5th Edition, 2005	Wiley- Interscience
2	Digital Fundamentals Tenth Edition	Thomas L. Floyd	Tenth Edition 2010
3	Digital Design	M. Morirs Mano,	Fourth Edition	Michael D. CilettiUniversity of Colorado
4

SUPJECT: COMMUNICATION SYSTEMS

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Modern Electronic Communication	Gary M. Miller	9th edition
2	Principles of Electronic Communication Systems	Louis Frenzel	4th Edition
3

SUPJECT:ELECTROIC CIRCUITS

N O

TITLE

AUTHOR

EDITI ON

PUBLISHE R

1	Electronic devices & circuit theory	Roblet L. Polyester& Louis Nashelsky	9th edition
2	Electronic Devices	Thomas L. Floyd	9th edition
3	Fundamental of Electronic devices& circuits	David A. Bell	9002
4	Electronic devices& circuits	Jacb Millman, Charistos C. Hakkias,Satya Brata Jit	2010

SUPJECT:DIGITAL SIGNAL PROCESSING

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Digital Signal processing principles, Algorithms & applications	Johon G.Proakis &Dimtris C. Manolakis	4th edition
2	Digital signal processing –A computer based approach	Sanjit Mitra	2011
3	Digital signal processing	Haves M, H.	9002
4

SUPJECT: INFORMATION THEORY&CODING

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Information theory, coding & cryptography	Ranjan Bose	2th 2008
2	Digital communications	John G. Proakis &Masoud Saleln	5th EDITION
3	Information theory & Reliable communication	Robert G. Gallayer	9002
4	Principle of communication system	Taub &Schilling

SUPJECT: DIGITAL COMMUNICATIONS

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Digital comm.. fundamentals & applications	Bernard Sklar	2th EDITION
2	Digital communication	John Proakis	5th EDITION
3	Communication systems	Siman Haykin	4th EDITION
4	Principles of communication systems	Taub & Schilling	2th EDITION

SUPJECT: ANTENNAS

TITLE

AUTHOR

EDITION

PUBLISHER

Antennas and Propagations for wireless communication

Systems

Simon R. Saunders, Alejandro AragonZavala

Antenna Theory

analysis and design

Constantine A. Balanis

2ed Edition 1982,1997

Antenna Theory

analysis and design

Constantine A. Balanis

3 ed Edition

2005

SUPJECT: OPTOELECTRONICS

TITLE

AUTHOR

EDITION

PUBLISHER

Optoelectronics an Introduction

J. Wilson,

J.F.B. Hawkes

2nd Edition 1999

1996

Elements of

Optoelectronics & Fiber Optics

Chin-Lin Chen

SUPJECT: EM-Waves

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Elements of Electromagnetics	Matthew N. O. Sadiku	2001.	Oxford University Press, New York
2	Field and Wave Electromagnetic	David K. Cheng	1989.	Addison-Wesley Pub. Co., New York
3	Electromagnetics	John D. Kraus	4th Ed.	McGraw- Hill, 1992.

SUPJECT: MICROWAVES COMMUNICATION

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Microwave Engineering	David M. Pozar	third Ed	John Wiley, 2005
2	Microwave and Radar Engineering	R. Gowri	2005.	S.K. Kataria and sons
3	Microwave and RF Engineering	R. Sorrentino, G. Bianchi		John Wiley 2010.

SUPJECT: CIRCUIT THEORY 1&2

TITLE

AUTHOR

EDITION

PUBLISHER

Principles of electric circuits

Thamas L. floyd

8th EDITION

Prentice Hall

Fundamentals of electric circuits

Charles K. Alextander & Matthew N.

O.Sadiku

6th EDITION

Graw-Hill Companies, Inc

SUPJECT: Communication system II

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Data communications & networking	Bahrouz A. Forouzan	4th EDITION	Mc Graw Hill
2	Principles of Electronic communication systems	Lous E. Frenzel Jr.	4th EDITION	Mc Graw Hill
3	communication systems	Simon Haykin	5th EDITION	Mc Graw Hill

SUPJECT: optical fiber Communication

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Optical fiber communications	Keiser	4th EDITION
2	Optical fiber communications principles and practice	John M. Senior	3th EDITION	Prentice-Hall
3	fiber Optic communication systems	Gontnd P.Ngrawal	3th EDITION	Wiley-Interscience

SUPJECT: Integrated Circuits

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	CMOS Electronics	Jaume Segura		Wiley- Interscience
2	CMOS VLSI Design	Neil H. E. Weste	4th EDITION	Prentice Hall
3	Modern VLSI Design: System-on Chip Design	W ayne Wolf	Third Edition	Prentice Hall

SUPJECT: communication circuits

NO	TITLE	AUTHOR	EDITION	PUBLISHER
1	Electronics principles & application	Schuler	4th EDITION	Prentice-Hall
2	RF Microelectronics	Behzad Razavi	4th EDITION	Prentice-Hall
3	Analysis and design of analog ingrated circuits	Baul R. Gray & Baul H. hurst	4th EDITION	John Wiley & Sons

Overview Of Electronic Engineering & Communication

Vision

Mission

Objectives

Latest News

Fourth Level Students Chemical Engineering on Field Visit to Iron and Steel Plant.

Training Course for Third-Level Students Chemical Engineering

Launch of Vision 2030 to Develop The Chemical Engineering Department of The Faculty of Engineering and Pet.

The Faculty Graduates of Engineering & Petroleum of HU Participate In The International Petroleum Technology Conference (IPTC).

Faculty Events

Participation of HU Student Chapter Team- SPE ADIPEC Virtual University

HU President Inaugurates Engineering Laboratory at Chemical Engineering Department,

The Inauguration Ceremony of(SPE)

Study Plan

Course Description

References

(References)