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THE ARAB AMERICAN UNIVERSITY

FACULTY OF ENGINEERING &

INFORMATIONTECHNOLOGY

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1

Arab American University-Jenin

Faculty of Engineering and Information

Technology

Computer SystemsEngineering Program

October 2009

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What is Computer Systems Engineering?Technology has become a part of our everyday lives. Computer Technology

involves designing new applications of computers and other devices, such as those

used in airplanes, digital media, cell phone technologies, security systems,

intelligent systems and control systems. Earn your bachelor degree in Computer

System Engineering (CSE) from Arab American University and you'll learn how todesign and implement the software and hardware that makes these things possible.

CSE degree courses cover both the hardware and software engineering aspects of

the discipline. During the CSE degree you will gain extensive practical experience;

including computer programming, computer software development andmaintenance, information security, information technology, and computer networks.

Computer Systems Engineering are able to be problem-solvers who are qualified to

design, test, and implement sophisticated solutions for customers in the computer

system, electronics and manufacturing. They usually gain knowledge of general

engineering with specializations in advanced engineering disciplines. Finally, weinvite you to have a look at our program requirements in order to realize that we are

really distinguished.

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1 Program RequirementsStudents have to pass at least (164) credit hours to get a B.Sc. degree in Computer SystemsEngineering distributed as follows:

Description Credit Hours

University

Requirements

Obligatory 15

Elective 9

Total 24Faculty

Requirements36

Department

Requirements

Obligatory 86

Elective 12

Total 98

Free Electives 6

Total 164

Notes:The specialization will be open to people with the general secondary school certificate

(Tawjeehi or equivalent):

- From the Scientific stream with an average not less than 80%- From the Industrial stream with an average not less than 85%.

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1.1University RequirementsStudents must pass (24)credit hours as follows:

1.1.1 Obligatory CoursesAll the following (15) credit hours have to be passed

0BCourse # Course nameCredit

HoursPre-requisites

01061002 Intermediate English 2 *

01061001 Advanced English*** 3 **

01062130 Fundamentals of Research Methods 3 ---

01062100 Arabic Language 3 ---

01111101 Palestinian Studies 3 ---12000100 Community Service**** 1 ---

Total 15

* The student might have a Beginner English course as a pre-requisite, based on his English level.

** The student might have an Intermediate English course as a pre-requisite, based on his English level.

*** Advanced English can be waived with a TOFEL score of 500 or above.

**** Students must fulfill community service equivalent to at least 100 hours during their years of study at The

Arab American University - Jenin.

1.1.2 Elective Courses(9) Credit hours are to be chosen from the table (all courses are 3 credit hours)

Course # Course Name Course # Course Name

01021100 Humans & the Environment 01111152 Archeology

01041100 History of Civilization 01111161 Hebrew Language

01062110 Introduction to Psychology 02021100 Development Management

01062120 Introduction to Sociology 02061110 Current World Issues

01062140 French Language 03011100 Human Rights

01091100 History of Science 03011110 Islamic Culture

01101100 Physical Education 03011120 Law in our Life

01111121 Anthropology 03011231 International Humanitarian Law

01111131 International Relations 04041100 Nutrition & Food Security

01111132 Science, Technology, and Society 04051100 Home Gardening

01111141 Political Science 05011100 Fine Arts

01111142 Critical Thinking 05041100 Energy Resources & Use

01111151 Modern Arab Thought 06042100 Public Health

01111171 German Language 02021101 Intro. to Business Administration

01111105 Israeli and Zionism Studies I 01041105 Jerusalem: Civilization and History

01111106 Israeli and Zionism Studies II 06051102 First Aid

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1.2Faculty RequirementsStudents must pass (36)credit hours as follows:

Course # Course nameWeekly Hours Credit

HoursPre-requisites

Theoretical Practical

01091101 Calculus I 3 --- 3 ---

01091102 Calculus II 3 --- 3 Calculus I

01011101 General Physics I 3 --- 3 ---

01011105 General Physics I lab --- 3 1 General Physics I*

01011102 General Physics II 3 --- 3 General Physics I

01091202 Eng. Math I 3 --- 3 Calculus II

01091235 Numerical Methods 3 --- 3 Eng. Math I

01091302 Eng. Math II 3 --- 3 Eng. Math I

11071514 Engineering Project

Management

3 --- 3 Pass 95 C.hSuccessfully

11041101Programming

Fundamentals I3 --- 3 ---

11041102Programming

Fundamentals I Lab--- 2 1

Programming

Fundamentals I

**

11071105 Engineering Workshop I --- 3 1 ---

11071205 Engineering Workshop

II

--- 3 1 EngineeringWorkshop I

11071111 Engineering Drawing --- 4 2 ---

01011331 Classical Mechanics I 3 --- 3 General Physics II

Total 36

* Course can be registered in parallel with prerequisite.

** Course should be registered in parallel with prerequisite.

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1.3Department RequirementsStudents must pass (98)credit hours as follows:

1.4Obligatory CoursesStudents must study the following (86) credit hours as department obligatory courses:

Course # Course nameWeekly Hours

Credit

HoursPre-requisites


11071212 Electrical Circuits I 3 --- 3Calculus II + General

Physics II

11071221 Electrical Circuits II 3 --- 3 Electrical Circuits I

11071222 Electrical Circuits Lab -- 3 1 Electrical Circuits II11041200 Programming Fundamentals II 3 --- 3

Programming

Fundamentals I

11081121 Digital Logic Design 3 --- 3 ---

11081211 Digital Logic Design Lab --- 3 1 Digital Logic Design

11071311 Electronics I 3 --- 3 Electrical Circuits I

11071325 Electronics II 3 --- 3 Electronics I

+Electrical Circuits II

11071321 Electronics Lab --- 3 1

Electronics II

+Electrical Circuits Lab

01091375 Discrete Math 3 --- 3 Calculus I

11071224 Signals & Systems 3 --- 3

Eng. Math I

+Electrical Circuits I

11011201Principles of Object Oriented

Programming3 --- 3

Programming

Fundamentals II

11041203 Data Structure 3 --- 3

Programming

Fundamentals II

+Discrete Math

11081315 Algorithms Analysis and Design 3 --- 3 Data Structure

11081322 Advanced Digital Systems Design 3 --- 3Digital Logic Design

+

Programming

Fundamentals I

11081312 Computer Organization 3 --- 3 Digital Logic Design

11081321 Data & Computer Networks 3 --- 3 Computer Organization

11081513 Assembly Programming Lab --- 3 1 Computer Organization

11081323 Introduction to Database Systems 3 --- 3 Data Structure

11081521 Database Lab --- 3 1Introduction to Database

Systems **

11081324Microprocessor Systems &

Applications

3 --- 3Computer Organization

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11081416 Microprocessor Lab -- 3 1Microprocessor Systems

& Applications

11081512 Embedded Systems 3 --- 3

Microprocessor Systems

& Applications

+Operating Systems

11081514 Embedded Systems Lab --- 3 1 Embedded Systems

11081422 Computer Network Lab --- 3 1Data & Computer

Networks

11071416 Control Systems 3 --- 3

Electrical Circuits II

+Signals & Systems

11081413 Operating Systems 3 --- 3

Data Structure

+Computer Organization

11081515 Linux Lab --- 3 1 Operating Systems

11081423 Software Engineering 3 --- 3 Introduction to DatabaseSystems

11081520 Computer Architecture3 --- 3

Computer Organization

+Microprocessor Systems

& Applications

11081562 Networks Programming 3 --- 3Data & Computer

Networks

11081499 Internship 6 --- 6 Pass 120 c.h Successfully11081511 Senior Project I 2 --- 2 Department Approval

11081522 Senior Project II 3 --- 3 Senior Project I

Total 85

* Course can be registered in parallel with prerequisite.

** Course should be registered in parallel with prerequisite.

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1.4.1 Elective CoursesStudents must pass (12) credit hours from the following department electives

Course # Course nameCredit

HoursPre-requisites

11081450 Selected Topics in Computer Systems

Engineering

3 Department approval

11081560 Selected Programming Language 3Programming Fundamentals II

11081452 Artificial Intelligence 3 Algorithms Analysis and Design

11081453 VLSI Analysis & Design 3 Advanced Digital Systems Design

11081455 Computer Graphics 3Programming Fundamentals II

+Eng. Math I

11081420 PC Interfacing and System

Programming

3

Operating Systems

+Assembly Programming Lab

11081558 Modeling & Simulation 3

Numerical Methods

+Programming Fundamentals II

11081561 Database Programming 3 Introduction to Database Systems

11081563 Computer and Network Security 3 Data & Computer Networks

11081564 Web Programming 3Data & Computer Networks


11071422 Digital Signal Processing 3 Signals & Systems

11081566 Mobile Computing 3 Data & Computer Networks

11081568 Multimedia Technologies

3

Eng. Math II


11081567 Computer Vision & Image Processing

3

Programming Fundamentals II

+Signals & Systems

11081569 Verification and Validation ofSoftware

3 Software Engineering

11081470 Parallel and Distributed

Processing 3 Algorithms Analysis and Design+Operating Systems

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1.5Free Elective CoursesStudents must pass any other (6) credit hours of courses offered by the university, butnotincluding any of the following courses:

Course # Course Name

01011161 Physics for Medical Students

01091105 Business Mathematics

01091161 Math. For Medical Students

01011171 Physics for IT

11041211 Introduction to Computer Organization (From CS Dept)

11011312 Introduction to Database (From CIT Dept)

11011313 Introduction to Database Lab (From CIT Dept)

11011304 Computer Networks I (From CIT Dept)

11041317 Introduction to Software Engineering (From CS Dept)

11041302 Algorithms and Programming Techniques (From CS Dept)

11041402 Computer Graphics (From CS Dept)

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2 CSE Advisory Plan2.1 First Year2.1.1 First Semester


HoursPre-requisites


01011101 General Physics I 3 --- 3 ---

01011105 General Physics I lab --- 3 1 General Physics I *

01091101 Calculus I 3 --- 3 ---

11041101 Programming Fundamentals I 3 --- 3 ---

11041102Programming Fundamentals I

Lab--- 2 1

Programming Fundamentals I

**

01062100 Arabic Language 3 --- 3 ---

01061002 Intermediate English 2 --- 2 Beginner English ***

Total 16* The student might have a beginner English course based on his English level.** Course should be registered in parallel with prerequisite.

*** The student may be exempted from taking this (Beginner English) course.

2.1.2 Second Semester


HoursPre-requisites


11041200 Programming Fundamentals

II

3 --- 3 Programming FundamentalsI

11081121 Digital Logic Design 3 --- 3 ---01091102 Calculus II 3 --- 3 Calculus I

01011102 General Physics II 3 --- 3 General Physics I

11071111 Engineering Drawing --- 4 2 ---

01061001 Advanced English 3 --- 3 Intermediate English *

Total 17* The student may be exempted from taking this course.

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2.2 Second Year2.2.1 First Semester


HoursPre-requisites


01091375 Discrete Math 3 --- 3 Calculus I

11081322 Advanced Digital SystemsDesign

3 --- 3

Digital Logic Design

+Programming Fundamentals I

11081211 Digital Logic Design Lab --- 3 1 Digital Logic Design

11071212 Electrical Circuits I 3 --- 3 Calculus II + General Physics II

11071105 Engineering Workshop I` --- 3 1 ---

01091202 Eng. Math I 3 --- 3 Calculus II

xxx University Elective (1) 3 --- 3 ---

Total 17

2.2.2

Second Semester


HoursPre-requisites


11041203 Data Structure 3 --- 3Programming Fundamentals II

+Discrete Math

11081312 Computer Organization 3 --- 3 Digital Logic Design

11071221 Electrical Circuits II 3 --- 3 Electrical Circuits I

11071205 Engineering Workshop II --- 3 1 Engineering Workshop I

01091302 Eng. Math II 3 --- 3 Eng. Math I

11071224 Signals & Systems 3 --- 3Eng. Math I

+

Electrical Circuits I

Total 16

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2.3 Third Year2.3.1 First Semester


HoursPre-requisites


11071311 Electronics I 3 --- 3 Electrical Circuits I

11081323Introduction to Database

Systems3 --- 3 Data Structure

11081521 Database Lab --- 3 1Introduction to Database

Systems *

11081315Algorithms Analysis andDesign

3 --- 3 Data Structure

11071222 Electrical Circuits Lab -- 3 1 Electrical Circuits II

01091235 Numerical Methods 3 --- 3 Eng. Math I

01111101 Palestinian Studies 3 --- 3 ---

Total 17

2.3.2 Second SemesterCourse # Course name

Weekly Hours Credit

HoursPre-requisites


11071325 Electronics II 3 --- 3Electronics I

+

Electrical Circuits II

11081324 Microprocessor Systems &

Applications3 --- 3

Computer Organization

11081321 Data & Computer Networks 3 --- 3 Computer Organization

11011201Principles of Object Oriented

Programming3 --- 3

Programming

Fundamentals II

11081513 Assembly Programming Lab --- 3 1 Computer Organization


Total 16

2.3.3 Summer SemesterCourse # Course name Credit Hours

12000100 Community Service* 1* Each student must fulfill community service equivalent to at least 100 hours.

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2.4 Fourth Year2.4.1 First Semester


HoursPre-requisites


01011331 Classical Mechanics I 3 --- 3 General Physics II

11081416 Microprocessor Lab -- 3 1Microprocessor

Systems &

Applications

11081413 Operating Systems 3 --- 3

ComputerOrganization

+

Data Structure11081422 Computer Network Lab --- 3 1

Data & ComputerNetworks

11071321 Electronics Lab --- 3 1

Electronics II

+Electrical Circuits

Lab

11081423 Software Engineering 3 --- 3Introduction to

Database Systems

xxx Department Elective (1) 3 --- 3Department

Approval


Total 18* Course should be registered in parallel with prerequisite.



HoursPre-requisites


11071416 Control Systems 3 --- 3

Electrical Circuits

II

+Signals & Systems

xxx Department Elective (2) 3 --- 3DepartmentApproval

01062130Fundamentals of Research

Methods

3 --- 3 ---

11081515 Linux Lab --- 3 1 Operating Systems

11081520 Computer Architecture 3 --- 3

Computer

Organization

+Microprocessor

Systems &Applications

xxx Free Elective (1) 3 --- 3 ---

Total 16

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Summer Semester


HoursPre-requisites


11081499 Internship 6 --- 6Pass 120 C.hSuccessfully

Total 6

2.5 Fifth Year2.5.1 First Semester


HoursPre-requisites


11081512 Embedded Systems 3 --- 3

MicroprocessorSystems &

Applications

+Operating Systems

11071514Engineering Project

Management 3 --- 3Pass 95 C.h

Successfully

11081511 Senior Project I 2 --- 2Department

Approval

xxx Department Elective (3) 3 --- 3Department

Approval

xxx Free Elective (2) 3 --- 3 ---

Total 14



HoursPre-requisites


11081522 Senior Project II 3 --- 3 Senior Project I

11081562 Networks Programming 3 --- 3Data and Computer

Networks

11081514 Embedded Systems Lab --- 3 1 Embedded Systems

xxx Department Elective (4) 3 --- 3 Department Approval

Total 10

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3 Courses Description of the CSE core courses3.1Faculty Requirements

o Calculus I (01091101)Preliminaries, functions, inverse functions, limits, continuity, derivatives, application of derivatives,

indeterminate forms, definite integrals and the fundamental theorem of Calculus. [Must be registered in

the first Semester]

o Calculus II (01091102)Integration, techniques of integration and applications of integration: area, volumes, surface area and arc length. Series;

Maclaurin, Taylor and power series. Parametric equations. [Pre-requisites courses: Calculus I (01091101)]

o General Physics I (01011101)Topics include vectors, motion in one and two dimensions, Newton's laws of motion, work and energy, conservation of

energy, dynamics of system of particles, center of mass, conservation of linear momentum, collisions, impulse, rotational

kinematics, rotational dynamics, conservation of angular momentum, simple harmonic motion.

[Must be registered in the first Semester]

o General Physics I Lab (01011105)Experiments will demonstrate concepts covered in General Physics I. [Must be registered in the first Semester]

o General Physics II (01011102)Topics include charge and matter, electric field, Gauss's law, electric potential, capacitors and dielectrics, current and

resistance, electromotive force and circuits, the magnetic field, Ampere's law, Faraday's law of induction, Maxwell's

equations; magnetic properties of matter, A.C circuits. [Pre-requisites courses: General Physics I (01011101)]

o Engineering Math I (01091202)Vectors, matrices, eigenvectors, eigenvalues, system of linear equations, partial differentiation, multiple

integrals, ordinary differential equations with constant coefficients. First order differential equations, second

and higher order linear differential equations, differential operator, Laplace transform, linear systems of

differential equations. [Pre-requisites courses: Calculus II (01091102)]

o Numerical Methods (01091235)Computer arithmetic, root-finding problems, interpolations, numerical differentiation, numerical integration,

solving system of linear equations; exact and iterative methods. [Pre-requisites courses: Eng. Math I

(01091202)]

o Engineering Math II (01091302)Complex functions, exponential, trigonometric and logarithmic functions, analytic functions, power series,

residues, contour integrals. Vector fields, line integrals, surface integrals, special functions; gamma, beta,error functions, Bessel functions. Series of functions, convergence, uniform convergence, limit theorems.

Fourier series and transform. [Pre-requisites courses: Engineering Math I (01091202)]

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Tel .+970-4 2510801/1-5(Ext.600 /601)

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o Engineering Project Management (11071514)Introduction to project management. Motivation for studying IT project management. What is a project, the

triple constraint, scope, time, and cost goals. Project management context and processes. Project integrationmanagement. Project quality management and human resources management. Student should submit a final

project applying all the project management concepts in their final project. [Pre-requisites courses: Pass 95

Ch Successfully]

o Programming Fundamentals I (11041101)Describing the problem and problem solving, flowcharts. Types and variables. Basic statements and

operators. Conditional statements and nested conditions. Loops and debugging. Functions and passing

arguments by values and by reference. Arrays and matrices. Introduction pointers, pointer arithmetic and

passing parameters as pointers. This course should be accompanied with Programming Fundamentals I Lab.

[Must be registered in the first Semester]

o Programming Fundamentals I Lab (11041102)This lab is considered as part of Programming Fundamentals and should always be registered in parallel with

the theoretical course. The final student grad in this lab is 25% of the above course grad. The course stresses

practical programming issues including: using development environment, program formatting anddocumentation, compiling, building and running a program, and tracing program execution and using

watches. [Must be registered in the first Semester]

o Engineering Workshop I (11071105)The main objective of this workshop is to train students on practices of engineering projects which includes

all design, implementation, debugging phases. The selected topics of this course projects are useful and broadto all engineering students and include principles of electrical installation and wooden works.

[Pre-requisites courses: -------]

o Engineering Workshop II (11071205)This workshop is an extension of Electronic Workshop I. The course main focus is basic installation and

debugging of personal computer which is becoming a necessity of daily engineer life. The practices of focus

in this course will be debugging of a reasonably complicated system (PC), and writing technical error

reporting. The second part will include introduction to printed circuit boards (PCBs). [Pre-requisites

courses: Electronic Workshop I (11071105)]

o Engineering Drawing (11071111)Orthographic and isometric drawing and sketching using classical hand drawing and computer drafting

packages. This includes an introduction to the CAD packages and applications relevant to the electrical

engineering. [Pre-requisites courses: -------]

o Classical Mechanics I (01011331)Topics include elements of Newtonian mechanics, motion in one, two and three

dimensions, motion of a system of particles, motion of rigid bodies, gravitation, moving coordinate systems,

and small oscillations. [Pre-requisites courses: General Physics II (01011102)]

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3.2Department Requirements3.2.1 Obligatory Courses

o Electrical Circuits I (11071212)DC circuit Analysis, Electrical components: resistors, capacitors and inductors. Ohms law, Kirchhoffs

voltage and current laws. DC circuit analysis: Nodal voltage, mesh current, Y, Y, Thevenins andNortons equivalents. Resistive circuits and the equivalent resistance. Parallel and Series RL, RC, and RLC

circuits, maximum power transfer. [Pre-requisites courses: Calculus II (01091102) and General Physics

II (01011102)]

o Electrical Circuits II (11071221)Sinusoidal steady-state analysis: power calculations and maximum power transfer, balanced three-phase

circuits, analysis of the Y circuits, power calculation in balanced three phase circuits, mutual inductance,energy calculation, ideal transformer, series and parallel resonances, computer-aided circuit analysis using

PSPICE. [Pre-requisites courses: Electrical Circuits I (11071212)]

o Programming Fundamentals II (11041200)oBasic fundamentals of OOP; Data Abstraction, Class Reusability, hiding complexity, inheritance,

polymorphism, exceptions, templates, and event handling concepts. [Pre-requisites courses: Programming

Fundamentals I (11041101)]

o Electrical Circuits Lab (11071222)Current and voltage measurements, Ohm's law, KVL and KCL, voltage and current dividers, series and

parallel resistive circuits, series and parallel combination: S.C. and O.C. series circuits, S.C. and O.C., power

in dc circuits, Thevinen's and Norton's equivalents, maximum power transfer, capacitors, RL and RLC

circuits (dc), Wheatstone Bridge and D-Y transformation, R-L-C Components, frequency dependence of R-

L-C components, frequency response of RL and RC networks, The oscilloscope and phase measurements,

series sinusoidal circuits, parallel sinusoidal circuits, series-parallel sinusoidal circuits, Thevinen theorem and

maximum power transfer, series resonant circuits, parallel resonant circuits, low-pass filters, high-pass filters,

band-pass filters, band-stop filters. [Pre-requisites courses: Electrical Circuits II (11071221)]

o Digital Logic Design (11081121)Number Systems: Decimal, binary, octal, and hexadecimal, arithmetic operations, complement arithmetic,

representation of signed numbers, number systems conversion, binary codes: BCD, Gray code, Excess-3 andASCII. Boolean Algebra: axiomatic definitions, Boolean expressions, basic theorems and operations,

representation of Boolean functions, function simplification, and implementation of Boolean functions using

logic gates.Simplification of Boolean function using Karnaugh maps for up to 3, 4, and 5 variables, conceptof prime implicants. Design steps of combinational circuits. Fundamental combinational circuits: half and

full adder, binary adders and subtractors, carry-look-ahead generator, decimal adders, magnitude

comparators, decoders and encoders, and multiplexers Sequential logic: feed-back circuits and latches, JK, D

and T flip-flops, and their characteristic table. Designing sequential circuits using, state diagram. Registers,

parallel load and sequential. Counters and multiplier. [Pre-requisites courses: must be registered in

second semester]

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o Digital Logic Design Lab (11081211)Digital gates, simplification of Boolean functions, decoders, code converters, multiplexes, design, address

and subtractors, arithmetic logic unit, design problem, sequential circuit design, counters, clock controller, 4-bit binary counter sequential detector, shift registers, "Add and Shift" binary multiplier, lamp PING-PONG

game, small project. [Pre-requisites courses: Digital Logic Design (11081121)]

o Electronics I (11071311)Semiconductor material and p-n junction, semiconductors, doped semiconductor, forward and reversed biasp-n junction, V-I characteristics, diode DC signal model, diode applications: rectification, regulation, clipper,

clamper, voltage multipliers, bipolar junction transistor: biasing and stability, dc and ac load lines, H-

parameters, H- model, power amplifiers, and PSPICE applications. [Pre-requisites courses: ElectricalCircuits I (11071212)]

o Electronics II (11071325)Field effect transistor: JFET, MOSFETS, design of CB, CE and CC amplifiers, design of FET amplifiers,

CS, CD, CG amplifiers, frequency response characteristics: low frequency and high frequency responses for

BJTs and FETS, gain bandwidth products, summer and difference amplifiers, I/V converters. Differential and

cascade amplifiers, feedback amplifiers, multivibrators, pulse and switching circuits, push pull amplifiers,negative feedback concepts and applications, discrete and integrated oscillators, and voltage regulators.

[Pre-requisites courses: Electronics I (11071311) and Electrical Circuits II (11071221) ]

o Electronics Lab (11071321)Diode characteristics, small and large signal diode circuits, rectification, filters and regulations, clippers,

clampers, voltage multipliers, BJT characteristics, (CB, CE and CC), H and Y parameters, frequencyresponse of CE and CS amplifiers, Op-Amp applications. [Pre-requisites courses: Electrical Circuits Lab

(11071222) and Electronics II (11071311)]

o Discrete Math (01091375)Logic, methods of proof including mathematical induction, set theory and relations, linear recurrence

relations, functions, graphs, shortest path algorithm, trees, minimal spanning trees, binary trees.

[Pre-requisites courses: Calculus I (01091101)]

o Data Structure (11041203)The objective of this course is to study the basic skills and knowledge to become a software engineer and to

pursue advanced study of computer science. This course will focus on data structures that help students tostore large data in an efficient way. Topics include stacks, queues, link structures, trees, searching, sorting,

and graphs. [Pre-requisites courses: Programming Fundamentals II (11041200) and DiscreteMath(01091375)]

o Algorithms Analysis and Design (11081315)Complexity analysis and notations. Sorting algorithms, searching algorithms and their complexity. Recursion

versus iterative algorithms. Hashing functions, Graph algorithms. [Pre-requisites courses: Data Structure

(11041203)]

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o Signals & Systems (11071224)The concept of system, input and output signals, continuous-time and discrete-time signals and systems,

manipulation of signals, classification of systems as linear, time-invariant, causal, memory-less, etc. Theimpulse response and the convolution representation of Linear Time-Invariant (LTI) systems. Techniques for

evaluation of convolution integrals and sums. Use of the impulse response in determining system properties.

Periodic signals and their representation as Fourier series. Determination of the response of LTI systems to

periodic inputs using Fourier series. The Fourier transform as a generalization of the Fourier series. The

frequency response. Use of the Fourier transform in LTI system analysis. Examples of application to

communication systems, including AM and the Sampling Theorem. The Laplace and z-transforms and theirapplication to solution of systems governed by differential and difference equations. State-space

representation of systems. [Pre-requisites courses: Engineering Math I (01091202)]

o Principles of Object Oriented Programming (11011201)Object Oriented Programming principles with implementing the latest software engineering methods. The

student will understand the effect of using OOP in the software development life cycle. Learn the basic

fundamentals of OOP using Java, Understand Class Reusability, Understand hiding complexity, Building

own package of classes, Developing systems with GUI, Learn Exception & Error handling concepts, Learn

Even Handling concepts. [Prerequisite: Programming Fundamentals II (11041200)]

o Data & Computer Networks (11081321)o Data Transmission, Guided and Wireless Transmission, Signal Encoding Techniques, Digital DataCommunication Techniques, Data Link Control, Multiplexing, Basic principles and practice of computer

networking, emphasizing data and computer communication, Protocol architecture, and the lower layers of

the OSI and TCP/IP protocol architectures. [Pre-requisites courses: Computer Organization

(11081312)]

o Advanced Digital Systems Design (11081322)Introduction to DHL. Basics of different semiconductor families: TTL, ECL, MOS, and CMOS. Memories:

RAM, EPROM, and EEPROM. Designing digital circuits using programmable logic: PLDs and FPGA.

Using CAD tools and simulators in the design process. Design of large and real digital systems.

[Pre-requisites courses: Digital Logic Design (11081121)]

o Computer Organization (11081312)Basic computer components and functions. Von Neumann Architecture and instruction cycle and format and

relation between hardware and software. Introduction to interrupts for hardware point of view. Introduction

to 8086 assembly programming. Interfaces and signals of different components. Introduction interconnectionstructure (buses) and timing diagram. Cache memory structure, mapping functions and replacement

algorithms. DRAM and SRAM internal design. Introduction to I/O modules: memory mapped versus isolated

I/O space. Types of programmed I/O: polling, interrupt driven, DMA. Examples of I/O module, DMA, andInterrupt controller. [Pre-requisites courses: Digital Logic Design (11081121)]

o Assembly Programming lab (11081513)Basic processor architecture, and registers, and instruction formats. Basic instructions, instruction types, and

assembler directives. Using assembly as embedded code. Basic assembly program structure and segmentsand using assembler and linker, addressing modes, interrupts, and I/O instructions. Using debug program.

[Pre-requisites courses: Computer Organization (11081312)]

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o Linux lab (11081515)This course will present the basic concepts of LINUX and UNIX operating systems. Topics that will be

examined include Vi editor, Linux Command, directories, Disks and File systems, Users and Groups, FilePermissions, Processes, file compression, basic network use, manage files, create and modify files, and Shell

scrip. [Pre-requisites courses: Operating Systems (11081413)]

o Introduction to Database Systems (11081323)Information models and systems; data modeling, relational database model, structured query language;relational database design; entity-relationship (ER) diagrams, ER to relational mapping, physical database

design, transaction processing concepts, and functional dependencies and normalization for relational

databases. [Pre-requisites courses: Data Structure (11041203)]

o Database Lab (11081321)This course allows the students to have hands-on experience with one of the Database management systems

like Oracle. The student practices the installation and configuration of a database management system, the

necessary SQL commands to create/manipulate a relational database and its components, and development of

a GUI database application. [Pre-requisites courses: Introduction to Database Systems (11081323)]

o Microprocessor Systems & Applications (11081324)Microprocessor architecture: registers, flags, internal structure. Microprocessor interfacing: signals and

buses, interfacing memory, interfacing I/O devices. Designing an application system using a microprocessor.

Programming microprocessor: instruction set and assembly language. Real and protected modes and

interrupts. [Pre-requisites courses: Computer Organization (11081312)]

o Microprocessor Lab (11081416)Experiments on microprocessor programming using microprocessor hardware kit. Introduction to practices of

microprocessor interfacing and system building. [Pre-requisites courses: Microprocessor Systems &

Applications (11081324)]

o Computer Network Lab (11081422)Basic installation of local area network and debugging connections. Experiments on using fundamental

network applications and services such as file transfer and route tracing. Experiments on some of the basicfunction of network administration and security on different platforms including UNIX and Windows

[Pre-requisites courses: Data & Computer Networks (11071425)]

o Control Systems (11071416)Introduction, representation of control systems, emphases on controlled electrical systems, differentialequations and transfer function models of linear time invariant systems, first and second order linear systems,

stability, the Routh test, tracking prosperities for unity feedback and non-unity feedback, concept of

robustness. Frequency response and Bode plots, compensation of control systems, control of unstable

systems, and introduction to digital control engineering.[Pre-requisites courses: Electronics II (11071325)and Signals & Systems (11071224)]

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o Operating Systems (11081413)The role of an Operating System in computer operations, the evolution of operating systems, memory

management and virtual memory, interrupt processing, process management, job scheduling, processsynchronization, threads, multiprogramming and multiprocessor systems, Input/output management and

spooling, and introduction to distributed and networked operating systems. [Pre-requisites courses: Data

Structure (11041203) and Computer Organization (11081312)]

o Software Engineering (11081423)This course provides a comprehensive discussion of software engineering techniques and their application to

practical software projects. Topics include: software development techniques, software process models,

project management and planning, software requirement specifications and analysis models, software design

methods, software verification and validation techniques, software cost estimation, and software

maintenance. [Pre-requisites courses: Introduction to Database Systems (11081323)]

o Computer Architecture (11081520)Computer instruction types, bus structures and data control. Hard-wired control and microprogramming.

Implementation of memory systems: virtual and cache memory organization and management.

Input/output control and how it is achieved, interrupts and interrupt handling. [Pre-requisites courses:

Microprocessor Systems & Applications (11081324) and Computer Organization (11081312)]

o Internship (11081499)It is of three month duration (summer semester) during which the student joins an association or a company

that is directly related to his filed of study. The academic staff from the department will continuously follow

up the training by making regular field visits to training locations. [Pre-requisites courses: Pass 120 ChSuccessfully]

o Embedded Systems (11081512)The purpose of this course is to examine a variety of issues regarding the real-time application of embedded

microprocessor systems and /or problems or real-time computer applications in process control or similar

areas. That includes digital processing, the physics of sensors and transducers, signal representation, system

design and software development. Applications from the following list will be studied: automotive control,

biomedical instrumentation, communication systems, speech processing, data compression, and audio

processing.

[Pre-requisites courses: Microprocessor Systems & Applications (11081324) and Operating Systems

(11081413)]

o Embedded Systems Lab (11081514)Through this lab experiments on embedded systems using specialized hardware equipment will beperformed. Experiments will cover the practical part of the above Embedded Systems course.

[Pre-requisites courses: Embedded Systems (11081512)]

o Networks Programming (11081562)Network programming interfaces, TCP/IP, client server model and software design, concurrent processing in

client-server software, socket API, client software design, server software design, TCP and UDP, RPC and

distributed program generation, NFS, e-mail representation and transfer, file transfer and remote file access,

streaming audio and video Transport. [Pre-requisites courses: Data & Computer Networks (11071425)]

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oSenior Project I (11081511)

Introduction to the final graduation project. During this course students complete the analysis phase and partof the design phase of their final project. At the end of the course, students must submit a report of their work

which will be continued in Senior Project II course. [Pre-requisites courses: Department Approval]

o Senior Project II (11081522)Final graduation project. Students should either design and implement a system related to the computersystem engineering field or do research on a particular subject under supervision of a faculty members.

[Pre-requisites courses: Senior Project I (11081511) ]

3.2.2 Elective Courseso Selected Topics in Computer Systems Engineering (11081450)Study of a particular subject related to Computers. The choice of the subject depends on both students and

instructors needs. [Pre-requisites courses: Forth level and department approval]

o Artificial Intelligence (11081452)A study of what is required to produce intelligent, human-like behavior in a computer system. Thats include:

Fundamental issues in intelligent systems. Search and optimization methods (problem spaces, Brute-force

search, Heuristic search, local search, game-paying, constraints satisfaction). Knowledge representation and

reasoning. Learning (unsupervised vs. supervised learning, classification vs. clustering vs. prediction,

decision tree learning and neural network and /or fuzzy learning as examples). Agents (action selection and

planning, collaboration between people and agents, communication between people and agents, expert

assistants, agent architecture, interaction with stochastic environment, reinforcement learning. Multi-agent

systems, and game theory and auctions). [Pre-requisites courses: Algorithms Analysis and Design

(11081315)]

o VLSI Analysis & Design (11081453)Introduction to CMOS and MOSFETs, their characteristics and use in analog and digital circuit design, static

and dynamic circuits. CMOS VLSI design methodology (emphasis on full-custom design, circuit and system

levels). Extensive use of Mentor Graphics CAD tools for IC design, simulation and IC verification. Specific

techniques for designing high-speed, low-power, and easily testable circuits. Introduction to fault modeling,fault testing, fault locating, and testability. [Pre-requisites courses: Advanced Digital Systems Design

(11081322)]

o Computer Graphics (11081455)Graphic systems, Fundamental techniques in graphics, Hierarchy of graphics software, graphical algorithms,

Generation of 2D and 3D geometric shapes, 2D and 3D transformation, Hidden surfaces and hidden lines

techniques, Color principles, Shading and shadowing techniques, and animation. [Pre-requisites courses:

Programming Fundamentals II (11041200) and Eng. Math I (01091202) ]

o PC Interfacing and System Programming (11081420)OS related programming: interrupt handlers, linking and loading, program debugging, basic I/O, system(BIOS) programming, device driver programming, parallel and serial input/output, timer modules, and

interrupts [Pre-requisites courses: Operating Systems (11081413) and Microprocessor Lab (11081416)]

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oModeling and Simulation (11081558)

This course covers two aspects: theoretical mathematical modeling and practical simulation of naturalphenomena. Theoretical part will introduce mathematical modeling to describe natural phenomena. Different

modeling types will be discussed using examples including: discrete and continuous models, deterministic

and stochastic models, Linear and nonlinear models. The practical part of the course will include using some

numerical computing environment such as Matlab to find numerical solution for some models. In addition,

students will be trained to use some visual simulation environment to build graphical interactive models of

some physical or mechanical phenomenon. Later students will have to program their own simulation tool toimitate some existing technology. Some of the applications that can be covered in this course include:

animation, traffic, networks, and robotics. [Pre-requisites courses: Programming Fundamentals II

(11041200) and Numerical Methods (01091235)]

o Selected Programming Language (11081560)Introduces a selected programming language (such as C#, VB.NET) to students who have already been

exposed to at least one programming language. [Pre-requisites courses: department approval]

o Database Programming (11081561)This course covers the development of advanced database applications using one of the commercial database

systems. Main topics include database programming (stored procedures, database triggers., etc) and

building three-tier database applications with an advanced graphical user interface [Pre-requisites

courses: Introduction to Database Systems (11081323)]

o Computer and Network Security (11081563)Concepts and techniques for access to computer systems and network resources. Identification and

authentication. Protection of information against intentional and unintentional attacks and threats.

Cryptography and encryption of data. Encryption algorithms and their information theory foundations.

Computer hardware and software for data encryption. [Pre-requisites courses: Data and Computer

Networks (11071425)]

o Web Programming (11081564)Web publishing and Web-based applications development, accessing server databases using one of the web

development languages like PHP, ASP, JSP etc. Web-site design concepts and tools including HTML,

JavaScript, Cascading Style Sheets, and VBScript are also introduced. [Pre-requisites courses:

Introduction to Database Systems (11081323) and Object Oriented Programming (11081301) ]

o Digital Signal Processing (11071422)Sampling continuous-time signals and reconstruction of continuous-time signals from samples; spectral

analysis of signals using the discrete Fourier transform; the fast Fourier transform and fast convolutionmethods; z-transforms; finite and infinite impulse response filter design techniques; signal flow graphs and

introduction to filter implementation. [Pre-requisites courses: Signals & Systems (11071224)]

o Mobile computing (11081566)The course provides an in depth understanding of the fundamental problems in the area of mobile computing

and studies the existing and proposed solutions for these problems from both research and development

perspective. Topics include: wireless communication, location management and mobility tracking, location-

aware information services, and mobile agents. [Pre-requisites courses: Data & Computer Networks(11071425)]

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oComputer Vision & Image Processing (11081567)

This course will provide an introduction to basic techniques of digital image analysis and computer vision. Itcontains representation of digital images and its properties, image processing operators, Fourier transform

and filtering in frequency domain, image features and descriptors, morphological image processing, image

segmentation, basics of image compression, image matching, image tracking, classification and

categorization of digital images, approaches to image analysis of what is shown in the image. [Pre-

requisites courses: Signals & Systems (11071224) and Principles of Object Oriented Programming

(11011201)]

o Multimedia Technology (11081568)Multimedia combines text, graphics, sound, video, and animation in a single application. Topics include:

creating multimedia information systems. Design and effectiveness of multimedia information applications.Programming techniques for integrating video, sound, animation, and graphics, and design strategies for

multimedia information systems. Compression and decompression. Multimedia servers and file systems.

Networked and distributed multimedia systems. [Pre-requisites courses: Programming Fundamentals II

(11041200) and Eng. Math II (01091302)]

o Verification and Validation of Software (11081569)Design specification and software requirements. Verification and validation of software specifications:

completeness, consistency, feasibility, and testability. The design of software components and the study

of faults resulting from interfacing, computation, and/or data specifications. Knowledge-based

approaches to verification and validation. Test generation systems and tools (VERILOG). [Pre-

requisites courses: Software Engineering (11081423) ]

o Parallel and Distributed Processing (11081470)Parallel computer architectures: Multiprocessor vector computers and pipelined vector processors.

Examples from each architecture. Parallel processing algorithms. Distributed processing with

applications. ). [Pre-requisites courses: Algorithms Analysis and Design (11081315) and Operating

Systems (11081413)]

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