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المعلوماتية علوم قسم : المعلوماتية: علوم لقسم الدراسية المقررات : بيان أوال

First Semester (30 Credits) االول الفصلCode Course Title Type Credits Hours

SLCS101 Introduction to Computers CS 4 36

SLCS102 Computing Essentials CS 5 42SLMT101 Introductory Calculus MATH 5 42SLMT102 Introduction to Linear Algebra MATH 5 42SLMT103 Math for Informatics MATH 5 42ILIS101 Islamic Culture 2 21

CLEN101 CLFR101 Remedial English Or

Remedial French 2 50

CLAR101 Remedial Arabic 2 36

TOTAL 30

Second Semester (30 Credits) الثاني الفصلCode Course Title Type Credits Hours

SLCS201 Basic Programming CS 4 36SLCS202 Logic Design CS 5 42SLCS203 Data Base Fundamentals CS 4 36SLMT201 Introduction to Integration & Series MATH 5 42SLMT202 Statistics and Probability MATH 5 42SLMT204 Vector Spaces & Linear Mappings MATH 5 42

CLEN201 CLFR201 Remedial English OR


TOTAL 30

Third Semester (30 Credits) الثالث الفصلCode Course Title Type Credits Hours

SLCS301 Computer Organization and Microprocessors CS 4 36SLCS302 Web Applications - PHP CS 4 36SLCS303 Database Applications CS 5 42SLCS304 Programming CS 4 36SLCS305 System Analysis and Design CS 3 30SLCS306 Object Oriented Programming CS 5 42SLMT303 Differential Equations (Elective) Or MATH

5 42SLMT306 Complex Analysis (Elective) MATH

TOTAL 30

Fourth Semester (30 Credits) الرابع الفصل

والتوصيف المقررات والفنون: لوائح العلوم كلية اختصاصات 1 .........................................................................................

Code Course Title Type Credits Hours

SLCS401 Platform Development CS 5 42SLCS402 Data Structures & Algorithms CS 5 42SLCS403 Network Essentials CS 5 42SLCS404 Mobile Computing 5 42SLMT405 Statistics (Elective) or MATH

5 42SLGD606 Intellectual Propriety Law (Elective) GRDE

SLMT406 Operations Research MATH 5 42

TOTAL 30

Fifth Semester (30 Credits) الخامس الفصلCode Course Title Type Credits Hours

SLCS501 Introduction to compilers CS 5 42

SLCS502 Operating Systems CS 5 42

SLCS503 Software Engineering CS 5 42

SLCS504 Artificial Intelligence CS 5 42

SLMT305 Probability (Elective) Or MATH5 42

SLAR301 Photography (Elective) ARTS

SLMT503 Numerical Analysis MATH 5 42

TOTAL 30

Sixth Semester (30 Credits) السادس الفصلCode Course Title Type Credits Hours

SLCS601 Computer Security CS 5 42

SLCS602 Computer Architecture CS 5 42

SLCS603 Graduation Project CS 7 70

SLCS604 Advanced Web Applications CS 4 36

SLMT606 Numerical Methods for Partial Differential Equations (Elective) or CS

4 36SLID204 Rendering and Perspective Techniques (Elective) ARCH

SLCS605 Introduction to Computer Graphics CS 5 42

TOTAL 30


المعلوماتية. علوم قسم في الدراسية للمقررات العلمي التوصيف : بيان ثانيا

SLCS101 Introduction to Computers (4 Cr.)

The course aims at making students competent in computer-related skills and provides them with a broad, general introduction to hardware and software fundamentals, productivity software, digital media, database applications, networking, the Internet, and security and privacy issues, as well as hands-on practice on common software applications such as Word, Excel, Power Point, Internet and Email.

SLCS102 Computing Essentials (5 Cr.)

This course teaches the students the basics of HTML. The students will be able to design basic WEB pages with sound, pictures, videos, etc. It also introduces the students to Java script and cascading style sheets (CSS).

SLMT101 Introductory Calculus (5 Cr.)Sequences, limit of a sequence, convergent and divergent sequences, adjacent

sequences, functions in one variable, limit of a function, continuity of functions, derivative of a function, differentiable functions, Hospital’s rule, Roll’s theorem, Mean value theorem, logarithmic, exponential, trigonometric and hyperbolic functions, inverse functions, inverses of trigonometric and hyperbolic functions, equivalent functions, finite expansion, finite expansions and limits, Taylor’s formula, Mac-Laurin’s formula.

SLMT102 Introduction to Linear Algebra (5 Cr.)Definition of a complex number, algebraic form, set of complex numbers, conjugate

and its properties, representation of complex numbers in the plane, affix of a complex number, module and argument, geometrical form, module and argument of the product and the quotient of two complex numbers, DeMoivre's Formula, n-th roots of a complex number and the n-th roots of unity. Definition of a matrix, row matrix, column matrix, upper triangular and lower triangular matrices, diagonal matrix, the zero matrix and the unit matrix. Addition of matrices, multiplication of a matrix by a scalar, product of matrices, transpose of a matrix, invertible matrix. Definition of the leading entry of a row, definition of a matrix in row echelon form, elementary operations, elementary matrices, the inverse of an elementary matrix, change of a matrix to a matrix in row echelon form, change of an invertible matrix to the unit matrix, computation of the inverse of an invertible matrix, using row echelon form. The set of permutations of {1,2,…,n}, representation of a permutation as a matrix in two rows, signature of a permutation, even permutation, odd permutation, definition of the determinant of a square matrix, expansion of a determinant through a row and through a column, determinant of the


transpose of a matrix, the determinant of a matrix when : we interchange two rows (resp. columns), we multiply a row (resp. column) by a scalar, we add to a row (resp. column) a linear combination of the others. Determinant of triangular and diagonal matrices, classic adjoint (or cofactor) of a matrix, the inverse of an invertible matrix and the adjoint of this matrix, rank of a matrix. Definition of linear equation, matrix of a system of linear equations, principal determinant, characteristic determinants, conditions for the existence of solutions, computation of solutions when they exist, Cramer's system. Existence and computation of solutions using the row echelon form. Definition of a polynomial, equality of two polynomials, addition, scalar multiplication and multiplication of polynomials, Euclidean division, quotient and remainder, the Euclidean algorithm for the calculation of the quotient and the remainder, roots of a polynomial, degree of a polynomial, derivative and n-th derivative of a polynomial, multiplicity of a root, Taylor's Formula, real and complex polynomials, the fundamental theorem of Algebra.

SLMT103 Math for Informatics (5 Cr.) Boolean algebra and logic gates. Boolean expressions, sum-of-product, product-of-

sum. Logic gates: OR, AND, NOT. Logic circuits. Minimal expressions, prime implicants, Karnaugh maps, minimal AND-OR circuits. Numbering system: Decimal, binary, octal, hexadecimal, binary coded decimal (BCD), one's complement, two's complement, addition, subtraction, multiplication, and division. Directed graph. Basic definitions: Degrees, paths, connectivity. Digraphs, relations and matrices. Rooted trees, and binary trees.

ILIS101 Islamic Culture (2 Cr.) مدخل عام: مع""نى الثقاف"ة ومفهومه"ا، العالق"ة بين الثقاف"ة والحض""ارة. األس"س الديني""ة للثقاف"ة اإلس"المية: الوحي، النبوة، القرآن والسنة، العقيدة والشريعة. المفاهيم التربوية للثقاف""ة اإلس""المية: اإليم""ان، اإلنس""ان، األخالق، العلم. خصائص الثقافة اإلسالمية: عالمي""ة اإلس""الم، ثقاف""ة الح""وار في اإلس""الم، اإلس""الم والتن""وع الثق""افي، اإلس""الم

والتفاعل الحضاري.

CLEN101 Remedial English (2 Cr.)To get introduced to the language, To speak about oneself and one’s surrounding,

To communicate about simple daily tasks, To interact on different topics in a direct and simple way.

CLFR101 Remedial French (2 Cr.)Briser la glace avec la langue, Parler de soi et de son entourage quotidien,

Communiquer sur des tâches simples et habituelles, Echanger des informations directes et simples sur des sujets variés.


CLAR101 Remedial Arabic (2 Cr.) ) ( : والكتابة النص المقطع، الجملة، وتكوينه النص التالي الشكل على العربية اللغة في التأهيل مقرر يتوزع

( .) ( ادبية كاملة كتابية آثار دراسة والقصة التقرير المقالة الرسالة، رواجا األكثر التقنيات مجاالت في والتعبير

( ) التذوق( ) حر، تعبير محاكاة، تحليل، الكتابي والتعبير تعليق نقاش، عرض، الشفوي التعبير على التمرس ، وتواصلية

األدبي(.

SLCS201 Basic Programming (3 Cr.)

Getting started with C. The components of a C program, Storing data: Variables and Constants, Statements, Expressions, and Operators. Basic Program Control. Fundamentals of Input and Output. Functions. Using Numeric Arrays. Understanding Pointers, Characters and Strings.

Basic Programming Lab. (1 Cr.)

Students must exercise and practice all materials explained in the course CSCI 121. They should be able to

create simple to intermediate programs using: Basic program controls, arrays, function and recursion, pointers

and strings.

SLCS202 Logic Design (4 Cr.)

An introduction to digital logic design with an emphasis on practical design techniques and circuit implementations. Topics include Boolean algebra: theory of logic functions; mapping techniques and function minimization; logic equivalent circuits and symbol transformations; propagation delay and timing analysis; signed number notations and arithmetic; binary addition/subtraction circuits; theory of sequential circuits; timing diagrams; analysis and synthesis of D,JK, and T flip-flop based sequential circuit; clock generation circuits; Mealy and Moore models of sequential circuits; register design; top-down, bottom-up structured system design procedures. Associated Lab Work, CENG 300L. (3 credit hours)

Logic Design Lab. (1 Cr.)

Boolean Algebra, Combinational logic circuits, Sequential logic circuits, Memories, ADC's and DAC's.

SLCS203 Database Fundamentals (4 Cr.)

Data models and database design. Modeling the real world: structures, constraints, and operations. The entity relationship to data modeling (including network hierarchical


and object-oriented), emphasis on the relational model. Use of existing database systems for the implementation of information systems.

SLMT201 Introduction to Integration & Series (5 Cr.)Antiderivative, antiderivatives of basic functions, indefinite integrals, integration of

rational functions, definite integral, Mean value theorem, improper integrals, first and second kinds of improper integrals, functions of two variables, double integral, partial derivative, double integral with polar coordinates, series, convergent and divergent series, tests of convergence, differential equations of first order : separable, homogeneous and linear equations.

SLMT202 Statistics and Probability (5 Cr.)Population, Sample, Characteristics, Frequency distribution of one variable:

Graphical representation, Measures of central tendency, Measures of dispersion, Frequency distribution of two variables (Bivariable Data): contingency table, Least square method, Correlation, Linear Regression, Probability: Counting, Conditional Probability, Bayes theorem.

SLMT204 Vector Spaces & Linear Mappings (5 Cr.)Definition of a vector space and properties of elements, subspace, intersection of

two subspaces, sum of two subspaces, direct sum, linear combination, system of generators. Linear dependence, basis of a vector space, canonical basis, dimension of a vector space, substitution method, row echelon form and basis, isomorphism of vector spaces, kernel and image of a linear mapping, theorem of dimension that relates the dimensions of Ker(f) and Im(f), addition of linear mappings, multiplication of a scalar by a linear mapping, linear operator. Matrix of a linear mapping relative to ordered bases, matrix of a linear operator relative to a basis, matrix of the sum of two linear operators, matrix of the multiplication of a scalar by a linear operator, matrix of the composite of two linear operators, matrix of the inverse of an invertible linear operator. Transition matrix from a basis to another and its properties, relation between the matrices of a linear operator relative to two bases, computation of the inverse of a matrix using properties of transition matrix. Characteristic polynomial of a matrix and a linear operator, similar matrices, eigenvalues and eigenvectors, diagonalization.

CLEN201 Remedial English (2 Cr.)To get familiar with the target language, To express and react easily in different

situations, To communicate spontaneously, easily, and efficiently, To be fluent in the language in all domains: personal, public, and professional.


CLFR201 Remedial French (2 Cr.)Se lancer dans la langue du travail, Exprimer et réagir aisément dans des situations

inhabituelles, Communiquer avec assez de spontanéité, d’aisance et d’efficacité, Perfectionner la langue dans le domaine personnel, public et professionnel.

SLCS301 Computer Organization and Microprocessors (3 Cr.)

Computer structure, functional units, different processors and computers types, data representation, microprocessor internal architecture: Registers, CPU, and memory organization. Assembly language programming, address decoding, macros and subroutines, memory and I/O interfaces, real-time, interrupts. Assignments and a project.

Computer Organization and Microprocessors Lab. (1 Cr.)

The course will cover the assembly language programming and operation of the 8086 Microprocessors. The students will use DOS to edit, assemble, and link 8086 programs. The student will also use Debug in DOS to trace registers and dump contents of memory. Most of the 8086 instructions will be used including, Data Movement Instructions, Arithmetic and Logic Instructions, Program Control Instructions, Modular Programming, DOS and BIOS Functions, Interrupt Handling, Basic Computer Organization and Design, Input-Output Organization.

SLCS302 Web Applications - PHP (4 Cr.)

After the completion of this course, students will be able to analyze and develop a full featured web-application using PHP, students will study how to create input forms to insert data into MySQL database and therefore retrieve, update and delete data from MYSQL databases.

SLCS303 Database Applications (4 Cr.)

In this course, you will explore the features of Microsoft SQL Server, including how to install Microsoft SQL Server 2000, create and administer databases, configure security on SQL Server, transfer data between SQL servers.

Database Applications Lab. (1 Cr.)

Students must exercise and practice all materials explained in the course Database Application class. They should be able to use Microsoft access including creation of tables, Queries, Forms, and Reports. Also, Students must learn to use SQL Server including Creation of Database, Tables, Queries, Views, Functions, Procedures, Rules,


and Cursors using Wizard and query analyzer. Students must write programs in PL-SQL (variables, if-statements, and Loops). Two projects must be submitted by all students using Microsoft Access and SQL Server.

SLCS304 Programming (3 Cr.)

Programming II in C language is an advanced topic in C programming. Prerequisite is Programming I in C language. Students taking this course should have knowledge about fundamentals of the C programming language, identifiers, arithmetic operators, loops, arrays, functions, and I/O (keyboard, screen). The goal is to develop a functionally complete knowledge of C programming and the ability to create advanced programs using: Functions and Recursion, Pointers and Arrays, Strings, Structures and Unions, File Handling, Bitwise Operators, Linked list, Stack, and Queue.

Programming Lab. (1 Cr.)Students must exercise and practice all materials explained in the course CSCI 216.

They should be able to create advanced programs using: Arrays, function and recursion, pointers and strings, structures and unions, file handling (sequential and random files), bitwise operators, linked lists, stacks, and queues.

SLCS305 System Analysis and Design (3 Cr.)

This course introduces information system definition, importance and role; it discusses the information system problems and the necessity to be computerized. It presents the life cycle of the information system and the steps to computerize the information system. This course involves a detailed study of the: Conceptual Data Model, Logical Data Model, and Reverse engineering.

SLCS306 Object Oriented Programming (4 Cr.)

Oriented object concept, using objects, String, data types, static, final, arithmetic expressions, class libraries and packages, control flow, inheritance, interfaces, abstract methods and classes, polymorphism, overriding-overloading & decomposition of methods, exceptions, sub-classes, arrays, null, IO streams, files management. With 5 research papers that will discuss 5 new or important subjects in java + Final project.

Object Oriented Programming Lab. (1 Cr.)

Students must exercise and practice all materials explained in the course SLCS404. They should be able to create simple to intermediate programs using JAVA.


SLMT303 Differential Equations (5 Cr.)Basic properties of differential equations of first order, linear differential equations,

Bernoulli’s equation, Recati’s equation, differential equations of second order that can be solved by the methods used to solve those of first order, linear differential equation, Wronskien: differential equations with constant coefficients, Euler’s equation, Legendre’s polygone, Bessel functions, system of linear of differential equations, solvant matrix, Laplace transformation.

SLMT306 Complex Analysis (5 Cr.)Analytic functions: continuity, differentiation, elementary functions; complex

integral : formula and theorem of Cauchy’s integral, series representation of analytic functions, isolated singular points, residue theorem and its applications.

SLCS401 Platform Development (5 Cr.)

This course is designed to explore concepts of building software packages using Microsoft's .NET technologies. C#, VB.NET and other technologies will be used to demonstrate a broad range of programming disciplines.

SLCS402 Data Structures and Algorithms (5 Cr.)

This course teaches the design, implementation and run-time analysis of important data structures and algorithms. The data structures considered include sorted arrays, linked lists, stacks, queues, trees (B-tress , AVL-tress), and heaps. An approach based on abstract data types will be emphasized. The use of recursion for algorithm design. Programming assignments are in C++.

SLCS403 Network Essentials (4 Cr.)

This course introduces the basic concepts and principles that underlie computer networking. It presents an overview of networking terminology, examines different network topologies and architectures, discusses the physical components of computer networks, and reviews the principles of network connectivity.

Network Essentials Lab. (1 Cr.)

Introducing essential network devices, cabling and connectors. Peer to peer network, installing and configuring network interface card, connecting computers to a hub. Installing and configuring windows server 2003, creating a domain. Server based network, creating and managing user accounts. Share level security and user level security (sharing and managing access to shared resources). Wireless Ad hock network.


Wireless infrastructure network. Wireless network security, configuring access point. Installing and removing protocols, TCP/IP protocol configuration. TCP/IP Subnetting.

SLCS404 Mobile Computing (5 Cr.)

This course is designed to cover the basic concepts of mobile programming over Android Operating System. Through this course the student can use the various GUI, components, store, and retrieve data using SQL life.

This course will teach students the basis of platforms for mobile devices and their application lifecycle. Student would be able to develop simple GUI applications, use built in widgets and components, work with the database to store data locally and much more at the end of this course.

SLMT405 Statistics (5 Cr.)Estimation: point estimation, interval estimation, estimation of the mean, the proportion and the

variance; Testing : test for the mean, the proportion and the variance; ANOVA : ANOVA with one factor, ANOVA

with two factors (without and with repetition).

SLGD606 Intellectual Propriety Law (5 Cr.) البش""رية واالختراعات المبتكرات حماية ووسائل الفكرية للملكية القانونية األحكام بدراسة المقرر هذا يهتم

الدولي، المستوى على أو الوطني الصعيد على سواء التقنية، أو العلمية أو األدبية أو الفنية وأشكالها صورها بمختلف منها كث""ير أص""بح التريبس( وال""تي )اتفاقية العالمية التجارة منظمة كاتفاقية الدولية االتفاقات دراسة خالل من وذلك

والتجارية, ب""راءات الصناعية الملكية الفكرية: حقوق الحقوق دراسة يشمل داخلية. كما قانونية وقواعد لنظم مشكال ل""براءات القانونية الحماية االخ""تراع، ص""احب والتزام""ات حقوق االختراع، براءات منح شروط بها، والتعريف االختراع

التجاري""ة، العالم""ات مفه""وم الص""ناعية، والنماذج للرسوم القانونية الحماية وآثاره، االختراع براءات تسجيل االختراع، وعالم""ات التجارية بالبيان""ات التعريف التجاري""ة، العالم""ات عن الناش""ئة الحق""وق التس""جيل، التجاري""ة، العالمة عناصر

عليه""ا، ال""واردة والحق""وق التجارية األسماء البضائع، وعالمات التجارية بالبيانات المتعلقة المخالفات البضائع، وأخ""يراالمؤلف(. )حقوق األدبية الحقوق دراسة

SLMT406 Operations Research (5 Cr.)Operations management often presents complex problems that can be modeled by

linear functions. The mathematical technique of linear programming is instrumental in solving a wide range of operations management problems. Some of these techniques are: Graphical method, Simplex method, Duality, transportation method (demand equals supply, demand does not equal supply), PERT, CPM, PERT/COST, Maximal flow, Minimal flow, Minimal spanning tree, and shortest route.

SLCS501 Introduction to Compilers (5 Cr.)


History of programming Languages. Compiler structure. lexical syntax and semantic analysis. Code generation. Parsing, storage allocation, Optimization techniques.

SLCS502 Operating Systems (5 Cr.)

Fundamental overview of operating systems. First Quarter: Operating system structures, processes,

process synchronization, deadlocks, CPU scheduling, memory management, file systems, secondary storage

management. Requires substantial programming projects.

Operating Systems Lab. (Unix) (1 Cr.)

Practice on Windows server: Introduction, Managing user accounts, Security, Active directory, Desktop configuration.

Practice on UNIX: Introduction, Administration, Process management, Text editor, File management, Protection, Utilities, Redirection and pipelines. >, <, >>, <<, |

SLCS503 Software Engineering (5 Cr.)

This course describes the basic Software Engineering techniques used to deal with large systems. It describes the process that can be applicable, the way to manage the software team, the planning of the engineering or the reengineering, the risk analysis and management, the project scheduling and tracking, the software quality assurance, the system documentation and the system implementation. The students are expected to complete and implement a simple software project.

SLCS504 Artificial Intelligence (5 Cr.)

This course explores some of the goals and methods of Artificial Intelligence from its inception to the present day. It provides students with and understanding of the practical applications of Artificial Intelligence, particularly expert systems technology. It emphasizes hands-on experience in both the implementation of expert system shells (e.g. using PROLOG) and the use of systems for information and knowledge engineering (CLIPS) .

SLMT305 Probability (5 Cr.)Probability, conditional probability, Baye’s theorem, independence random

variables, discrete and continuous variables, pair of random variables, marginal and conditional distributions, probability distribution, discrete and continuous distributions, Binomial, Poisson, Geometric, Uniform Exponential, Normal, Student and Chi-Square.

SLAR301 Photography (5 Cr.)This course introduces students to the art of light including manual techniques in

photography, using a single les reflex camera. It also covers as well as the use of special


effects that can be added for the enhancement of the marketed ideas or products. As well as developing black and white films and printing pictures in the lab.

SLMT503 Numerical Analysis (5 Cr.)

Error, number representation, interpolation and curve fitting, numerical integration: Derivatives from difference tables, Newton-Cotes integrating formulae, trapezoidal rule, Simpson's rules, Gaussian quadrature. Solving nonlinear equations: Interval halfing (Bisection), linear interpolation methods: Secant, false position, Newton's, fixed-point. Newton's method for polynomials. System of linear equations: elimination method, Gaussian elimination and Gauss-Jordan, Jacobi, Gauss-Seidel, and relaxation. Numerical solutions of ordinary differential equations: Taylor series method, Euler and modified Euler methods, Runge-Kutta methods.

SLCS601 Computer Security (5 Cr.)

A study of Computer and Network security. Topics include cryptography, including symmetric encryption and message confidentiality and public-key cryptography and message authentication, security applications, chosen from practical domains such as web security, IP security, and network management, and system security, including intrusion detection and protection, malicious software, and firewalls.

SLCS602 Computer Architecture (5 Cr.)

Introduction to computer architecture. Performance measurement: time and cost trade-off. Basic architectural model. Processor design and instruction set. Memory hierarchy. Computer arithmetic and different types of representation. Input/output devices. Introduction to pipelining.

SLCS603 Graduation Project (7 Cr.)

Practical case study under the supervision of a faculty member. Written report is a must.

SLCS604 Advanced Web Applications (5 Cr.)

The course covers the following main areas of ASP.net programming: Understanding ASP.net Controls for creating effective web user interfaces, Understanding the application model and session management, Accessing data (Database access and Data Binding).


SLMT606Numerical Methods for Partial Differential Equations

(5 Cr.)

Introduction: Definition of ODEs, Definition of PDEs, Quick review (Fourier series, Laplace and Fourier transformation and their inverses); Second order linear PDEs : classifications, characteristics, canonical forms; General solutions for simple PDEs: Hyberbolic, Parabolic, Elliptic, Methods of solving PDEs: separation of variables (cartesien coordinates), separation of variables (spherical and cylindrical coordinates), Laplace and Fourier transformation, Modeling physical problems : Heat equation, wave equation, Laplace equation; First order PDEs; Numerical methods : Finite difference methods (Implicit and explicit), Finite elements (optional).

SLID204 Rendering and Perspective Techniques (4 Cr.)In this newly offered course, students will learn the rendering techniques of the

interior and exterior of any building. This course will be offered in a computer lab setting using CAD and Photoshop software together. The student should be familiar with 3D max and the rules and techniques of perspective. Internal and External.

SLCS 605 Introduction to Computer Graphics (5 Cr.)

A course that covers the practice of, and underlying mathematical foundation for, interactive graphics programming. Topics include basic graphics systems, graphics primitives and attributes, windows and viewports, clipping, geometric transformations, color systems, 2D texture mapping, and introduction to 3D graphics..


الغرافيكي التصميم قسم : الغرافيكي: التصميم لقسم الدراسية المقررات : بيان أوال

First Semester (30 Credits) األول الفصلCode Course Title Type Credits Hours

SLAR101 Foundation Drawing ARTS 4 36

SLAR102 Fundamentals of Design - 2 D ARTS 5 42

SLAR103 Descriptive Geometry ARTS 5 42

SLAR104 History of Arts ARTS 5 42

SLGD101 Visual Perception ARTS 5 42

ILIS101 Islamic Culture 2 21




TOTAL 30


SLAR201 Sketching ARTS 4 36SLAR202 Fundamentals of Design - 3 D ARTS 5 42SLAR203 Color Theory - Painting ARTS 4 36SLGD201 Graphic Design Studio I GRDE 5 42SLGD202 Computer Graphics I - Software I GRDE 5 42SLGD203 Typography GRDE 5 42



TOTAL 30


SLAR301 Photography ARTS 5 42

SLGD301 Graphic Design Studio II GRDE 5 42

SLGD302 Computer Graphics II - Software II GRDE 5 42

SLGD303 Arts of Calligraphy GRDE 5 42

SLGD304 Management for Graphic Design GRDE 5 42

SLGD305 Illustration (Elective) OrGRDE 5 42

SLGD306 Graphics & Printmaking (Elective)

TOTAL 30




SLGD401 Graphic Design Studio III GRDE 5 42SLGD402 Motion and Interactive Graphics GRDE 5 42SLGD403 History of Graphic Design GRDE 5 42SLGD404 Advertising GRDE 5 42SLGD405 Story Board GRDE 5 42SLGD406 Marketing for Graphic Design (Elective) Or

GRDE 5 42SLGD407 Page Layout Design (Elective)

TOTAL 30


SLGD501 Graphic Design Studio IV GRDE 5 42

SLGD502 Web Page Design and Advertising online GRDE 5 42

SLGD503 Corporate Identity GRDE 5 42

SLGD504 Production GRDE 5 42

SLGD505 Advanced Typography GRDE 5 42

SLGD506 Motion Design (Elective) OrGRDE 5 42

SLGD507 Animation (Elective)

TOTAL 30


SLGD601 Packaging GRDE 5 42SLGD602 Pre Press GRDE 5 42SLGD603 Professional Practice GRDE 4 36SLGD604 Senior Project GRDE 7 70SLGD605 Visual Design GRDE 4 36SLGD606 Intellectual ProprietyLaw (Elective) or GRDE

5 42SLID301 Computer Graphics II - C.A.D. II (Elective) INDE

TOTAL 30


الغرافيكي. التصميم قسم في الدراسية للمقررات العلمي التوصيف : بيان ثانيا

SLAR101 Foundation Drawing (4 Cr.)The Basic studies and introduction to drawing tools and instruments and the

Theories & Techniques in the various areas of drawing such as: human figure, historical houses and landscape. This course will concentrate as well on advertising drawings, including shading, and black and white.

SLAR102 Fundamentals of Design - 2 D (5 Cr.)This is a studio course that investigates the basic elements and principles of design:

line, shape, space, color, texture, proportion, balance, emphasis, rhythm, harmony and unity. It is a study of the visual arts as applied in two-dimensional media and form. This course introduces students to the use of various art media and techniques.

SLAR103 Descriptive Geometry (5 Cr.)The fundamentals of geometry in general, and geometry in space, such as: volume

shade and shadow construction as well as the theory of one-Two three V.P. perspective. In this course, students will learn how to understand the geometry in the space and how to apply it in the design field as elements for commercial use.

SLAR104 History of Arts (5 Cr.)This is a theory course where students learn to place any work of art in its proper

chronological context. This course will present the History of Art in its major forms and cultural contexts from the ancient world until the 20th century.

SLGD101 Visual Perception (5 Cr.)A comprehensive examination of the development of visual language in relation to

human visual perception it includes the investigation of symbolic representation from abstract to realistic symbols and how human biological and psychological processes influence the way humans interpret and create visual artifacts.

ILIS101 Islamic Culture (2 Cr.) : . : الوحي، اإلسالمية للثقافة الدينية األسس والحضارة الثقافة بين العالقة ومفهومها، الثقافة معنى عام مدخل

. : . العلم األخالق، اإلنسان، اإليمان، اإلسالمية للثقافة التربوية المفاهيم والشريعة العقيدة والسنة، القرآن النبوة،

: والتفاعل اإلسالم الثقافي، والتنوع اإلسالم اإلسالم، في الحوار ثقافة اإلسالم، عالمية اإلسالمية الثقافة خصائص

الحضاري.

CLEN101 Remedial English (2 Cr.)


To get introduced to the language, To speak about oneself and one’s surrounding, To communicate about simple daily tasks, To interact on different topics in a direct and simple way.


Communiquer sur des tâches simples et habituelles, Echanger des informations directes et simples sur des sujets variés




األدبي(.

SLAR201 Sketching (4 Cr.)This studio and theory course is a continuation of drawing I, it concentrates on the techniques of drawing in the construction of the human body, including the refinement of skills and methods of graphic representation. It will also caver the drawing of objects in 3-D. Students will use traditional and non-traditional media; the course stresses figure, portraiture and composition.

SLAR202 Fundamentals of Design - 3 D (5 Cr.)This is a studio course that applies the basic elements and principles of design of the visual arts in three dimensional media and form. This course explores the plastic elements of three dimensional forms (space, line, plane, mass, scale and texture) through a variety of design projects covering the complete space-mass continuum through the use of variety of three-dimensional media and techniques.

SLAR203 Color Theory - Painting (4 Cr.)This course explores color theory and color usages in drawing with an emphasis on techniques, strategies, and materials to develop personal themes in drawing; Address a continued exploration of the discipline of drawing; Investigate color drawing media and color theory; Receive instruction about media techniques and color usage; Continue developing manual, visual, and conceptual skills; Increase knowledge of aesthetic and critical considerations.


SLGD201 Graphic Design Studio I (5 Cr.)This course is introduced in the traditional way. It introduces the visual elements, principles and problem solving methodology. Students apply a wide range of techniques including color use, typography, composition and layout of a logo whether single or multi-page design in two-dimensional form. This course will introduce as well the history of Graphic Design form typography to layout and printing. It covers the identification, understanding and employment of visual phenomenon as controllable communication tools. Students as well will be introduced to methodological and research practices for designers.

SLGD202 Computer Graphics I - Software I (5 Cr.)An introduction to computer graphics. This course covers the basic operation of computers and develops literacy in desktop programs such as Illustrator and Photoshop.

SLGD203 Typography (5 Cr.)In this course students develop a clear understanding of the usage of typography in all its forms. They explore the different components of type, the way it is used, when and where, and procedures and methods. The purpose is for the student to develop sensitivity toward type and to deal with it as a form versus a way to get a message read.





SLAR301 Photography (5 Cr.)This course introduces students to the art of light including manual techniques in

photography, using a single les reflex camera. It also covers as well as the use of special effects that can be added for the enhancement of the marketed ideas or products. As well as developing black and white films and printing pictures in the lab.

SLGD301 Graphic Design Studio II (5 Cr.)


In this course, students utilize both traditional and computer means in an advanced manner that explores more complex design problems such as poster design, direct market design, package design, and brochures. Students learn the discipline, function and tradition of typography as it relates to visual/verbal communication. Topics include historical evolution of typography, anatomy of typography, communication, legibility/readability, and language sequence and information hierarchy. Students will learn the study of problem solving as well as the methodology of design thinking.

SLGD302 Computer Graphics II - Software II (5 Cr.)Advanced desktop publishing. This course continues literacy in Illustrator and

Photoshop, and focuses Adobe Indesign.

SLGD303 Arts of Calligraphy (5 Cr.)This course is designed to train the student to respect and delight in the skills of

calligraphy. Studio projects will include research into calligraphy’s history use and its development into creative motive art forms. The use of proportions to enhance legibility, and to communicate a feeling, a thought or an attitude with superb control and infinite sensitivity.

SLGD304 Management for Graphic Design (5 Cr.)A study of management principles and concepts, specifically its history and

philosophy, processes, decision making, planning, organizing, actuating and controlling.

SLGD305 Illustration (5 Cr.)This course introduces students to illustration techniques and styles with the aim of

strengthening their representation and visualizing skills to enrich the graphic design process and its outcomes. Assignments cover various themes while exploring a wide range of media.

SLGD306 Graphics & Printmaking (5 Cr.)The is a course in which students will express their original creativity visually and

develop and showcase their ability to communicate ideas through a variety of graphic media. Students learn the basics of graphic design in preparation of original art combining typography, page layout, and integrated graphic elements. Instruction will be given in the following areas: Elements of art and principles of design; mechanical and computer design methods; printmaking; finishing of graphic products; and historical and cultural development of graphics and the printing industry. The course will give the students confidence in organizing ideas, creating meaning in their original work, and the


ability to work ideas into new and useful creations. The five components in the California State and Performing Arts Framework as well as Long.

SLGD401 Graphic Design Studio III (5 Cr.)In this course, students utilize both traditional and computer means in an advanced

manner that explores more complex design problems such as poster design, direct market design, package design, and brochures. Students learn the discipline, function and tradition of typography as it relates to visual/verbal communication. Topics include historical evolution of typography, anatomy of typography, communication, legibility/readability, and language sequence and information hierarchy. Students will learn the study of problem solving as well as the methodology of design thinking.

SLGD402 Motion and Interactive Graphics (5 Cr.)Motion graphics is an advanced course in computer- related design, introducing

students to multimedia design. The student will explore the process of designing in relation time and motion, and will learn to adapt graphic knowledge to explore concepts of movement in time, sequential imagery and motion graphics through animation. Projects involve the use of various animation techniques including 2D cell animation, claymation and stop motion animation. It includes an overview of 3D modelling and animation.

SLGD403 History of Graphic Design (5 Cr.)The course will focus on the history of graphic design from prehistoric times to the

Industrial Revolution, including the origins of graphic communications in the ancient world, the development of the alphabet and early printing and typography. The second portion will concentrate on the period from the late 19th century to the present, and will include the Arts and Crafts Movement, the various """isms""" and their influence on modern art, the Bauhaus and International Style, and contemporary visual systems and image making. Course topics include: The History of Symbols,

How Handwriting Developed, Typographic Milestones, A Short History of Books, Arts & Crafts and Private Press, History of Posters, Avant Garde Typography, The

Birth of Modernism, The Bauhaus, The Origins of Advertising, The Digital Revolution in Design, Design After Modernism, Design for Social Good, Site Bibliography & Sources


SLGD404 Advertising (5 Cr.)This course is about investigating the relationship between creativity and sales. The

students will learn how the art director and copywriter conceptualize the advertising campaign using creative, intelligent and persuasive skills. The course involves hosting professionals to lecture about working in the field. Emphasis is on developing new directions in advertising through conceptual thinking methods. Students will learn the principles of advertising design and layout to create advertising concepts via text and image.

SLGD405 Story Board (5 Cr.)It is a continuation of Illustration with a study in depth about the visual elements

illustrated in various methods and mediums. It ‘s as well the visualization of human thoughts and ideas by drawing several sketches inside frames on paper using different techniques and color, and a lot of special effects.

SLGD406 Marketing for Graphic Design (5 Cr.)Analyzes the elements of the marketing mix: product pricing, promotion and

distribution decisions. Topical coverage includes the legal and social environments influencing the marketing process.

SLGD407 Page Layout Design (5 Cr.)← Develop an understanding of the structural foundations of layout design,

creating a grid and placing fundamental elements in a page layout. Create an editorial layout for a 4-color design magazine, using a grid system as a foundation: manuscript, column, modular, or hierarchical. Identify and apply geometric approaches to layout design, using ratios, proportions, lines, and shapes. Create page layout templates using geometric proportions: golden rectangle, golden spiral, or root 2 rectangle. Develop an understanding of the principles of balance, negative space, and focal points in a composition. Develop an understanding of techniques for unifying a page design, including framing, page bleeds, layering, and proximity. Explore and apply alternative layout techniques and approaches to composition. Design a calendar using alternative layout techniques and/or approaches to composition.

SLGD501 Graphic Design Studio IV (5 Cr.)This is a highly advanced graphic design studio course were students conduct a full

campaign of a real life project using all the techniques, methods and media to present his or her ideas. This campaign should include web page, animation all the presentations


should be computer generated. The student in this studio course should present this project in a portfolio setup. The course will be a goal directed graphic design problem solving with emphasis on methods of thinking and research. Course stresses the integration of theory and practical applications while sharpening both conceptual and computer skills.

In this course, students have to select a project or a theme to discuss and present. A full line research of all aspects of this project should be considered and studied. Weekly meetings with the advisor must be held to review the research and the work achieved. Along with this course, students are expected to fulfill 120 hours of work in a professional design setting.

SLGD502 Web Page Design and Advertising online (5 Cr.)In this course students will have the opportunity to work as individuals and in teams

on long – term projects exploring web page architecture and design. Emphasis is placed on conceptualization and interactivity. Projects are tested on both Macintosh and PC platforms. New advances in web technology are presented. Software packages include: macromedia Dream weaver and Macromedia Flash to web design software, which includes: rollover & animation.

SLGD503 Corporate Identity (5 Cr.)Students investigate the artistic and intellectual methodology involved with the

development of corporate identities. Students design a unified visual system for an organization. Through research, the visual needs of the company are identified and applied to a range of formats. A logo, stationery, standards manual, and home page are fundamental to most identity systems. Class time is spent in the Macintosh Computer Lab unless otherwise specified. Fulfills a course requirement in the Graphic Design Core Concentration.

SLGD504 Production (5 Cr.)This is a general purpose course that introduces the world of 3D Animation, using a

variety of basic techniques. Students will gain skills in manipulating the software, as well as the ability to create simple 3D animations. Projects will cover modeling, lighting and animation.

SLGD505 Advanced Typography (5 Cr.)In this course students address text. New components are investigated: texture,

direction, flow, space, etc. Text is formed from paragraphs made of words made of letters. Text is used for information, for support, and sometimes as an entity. Projects are distributed throughout the semester covering all these aspects.


SLGD506 Motion Design (5 Cr.)Motion graphics is an advanced course in computer- related design, introducing

students to multimedia design. The student will explore the process of designing in relation time and motion, and will learn to adapt graphic knowledge to explore concepts of movement in time, sequential imagery and motion graphics through animation. Projects involve the use of various animation techniques including 2D cell animation, claymation and stop motion animation. It includes an overview of 3D modelling and animation.

SLGD507 Animation (5 Cr.)The creation of Television and video films in relation to graphic design. In this lab

setting course, students will be introduced to the developing moving pictures, films, video, commercial and moving graphics. Production and budgeting are to be introduced in this course as well.

SLGD601 Packaging (5 Cr.)An advanced exploration of typography as an expressive and functional technique.

In this course students analyze and develop relationships between image, typography, sequence and hierarchy in the completion of graphic design projects and how to achieve it in three dimensional projects such as packing. Content should include basic concept rendering, developing die-cut patterns, model making and mock-up techniques, in both visual and verbal presentation skills. The course includes visits to package design and printing facilities to loam the printing techniques.

SLGD602 Pre Press (5 Cr.)Discover the pre-press features for creating prepress workflow. Whether you are a

graphic designer, a commercial printer or a professional with responsibility for printing documents, the prepress features in Adobe Acrobat will revolutionize the way you manage your print work. Course topics include: Advantages of using Software for press, Designing documents for press - fonts, images, vector graphics, colors, Producing consistent color, Creating press-ready PDF files from Adobe graphic design applications such as Adobe Illustrator, Adobe Photoshop, Ad ...SLGD603 Professional Practice (4 Cr.)

Overview of the business aspects of design: Translation of jobs into properly written documents, meetings with clients and presentation of work, design and production processes, understanding the brief, debriefing, coding, encoding, budgets, estimating design, fees, and official contracts. During the semester, students will have to


cover hours for the internship. This course also assists students in the development of their professional visual identity and portfolio

SLGD604 Senior Project (7 Cr.)This is the last semester-long project in which students have to present a final

project based on all they have been learning throughout their previous academic years. A high level of design and artistic performance is expected.

SLGD605 Visual Design (4 Cr.)The visual designer takes care of graphic and visual aspects of communication. For

instance, a visual designer may work in corporate communication, packaging design, editorial design, graphics arts, photography, advertising, architectural graphics. The job market in this field is extremely flexible and in constant evolution. Professionals can enter a design firm or a company; they can also work as freelance collaborators, involved in different projects. The most important visual design companies are to be found in large cities.

SLGD606 Intellectual Propriety Law (5 Cr.) البش""رية واالختراعات المبتكرات حماية ووسائل الفكرية للملكية القانونية األحكام بدراسة المقرر هذا يهتم

الدولي، المستوى على أو الوطني الصعيد على سواء التقنية، أو العلمية أو األدبية أو الفنية وأشكالها صورها بمختلف منها كث""ير أص""بح التريبس( وال""تي )اتفاقية العالمية التجارة منظمة كاتفاقية الدولية االتفاقات دراسة خالل من وذلك

والتجارية, ب""راءات الصناعية الملكية الفكرية: حقوق الحقوق دراسة يشمل داخلية. كما قانونية وقواعد لنظم مشكال ل""براءات القانونية الحماية االخ""تراع، ص""احب والتزام""ات حقوق االختراع، براءات منح شروط بها، والتعريف االختراع



SLID301 Computer Graphics II - C.A.D II (5 Cr.)A detailed study will be held on three-dimensional computer graphics. Students will

be able to express their drawings in a 3-Dimensional form. They will also be introduced to rendering techniques and presentation through computer software. All techniques and methods in computer applications will be studied throughout the term.


الداخلي التصميم قسم : الداخلي: التصميم لقسم الدراسية المقررات : بيان أوال


SLAR101 Foundation Drawing ARTS 4 36SLAR102 Fundamentals of Design - 2 D ARTS 5 42SLAR103 Descriptive Geometry ARTS 5 42SLAR104 History of Arts ARTS 5 42SLID101 Basic Skills of Interior Design INDE 5 42ILIS101 Islamic Culture 2 21




TOTAL 30


SLAR201 Sketching ARTS 4 36SLAR202 Fundamentals of Design - 3 D ARTS 5 42SLID201 Interior Design Studio I INDE 5 42SLID202 Architecture Design Studio I ARCH 5 42SLID203 Computer Graphics I - C.A.D I ARCH 5 42SLID204 Rendering and Perspective Techniques MATH 4 36



TOTAL 30


SLAR301 Photography ARTS 5 42SLID301 Computer Graphics II - C.A.D II ARCH 5 42SLID302 Interior Design Studio II INDE 5 42SLID303 Architecture Design Studio II ARCH 5 42SLID304 Color in Interiors INDE 5 42SLID305 Interior Design Management (Elective) Or INDE

5 42SLID305 Arts of Calligraphy (Elective) GRDE

TOTAL 30




SLID401 Interior Design Studio III INDE 5 42

SLID402 Architecture Design Studio III ARCH 5 42

SLID403 History of Design and Furniture INDE 5 42

SLID404 Materials and Finishes INDE 5 42

SLID405 Textiles for Interior Design INDE 5 42

SLID406 Marketing for Interior Design (Elective) Or INDE5 42

SLGD202 Computer Graphics I - Software I (Elective) GRDE

TOTAL 30


SLID501 Interior Design Studio IV INDE 5 42SLID502 Architecture Design Studio IV ARCH 5 42SLID503 Landscape Design (Elective) Or INDE

5 42SLGD306 Graphics & Printmaking (Elective) GRDE

SLID504 Lighting Design in Interiors INDE 5 42SLID505 Furniture Design and Technology INDE 5 42SLID506 Computer Rendering for Interior Design INDE 5 42

TOTAL 30


SLID601 Interior Detailing and Construction ARCH 5 42

SLID602 Human Factors for Interior Design INDE 5 42

SLID603 Architectural Modeling (Elective) Or INDE5 42

SLAR601 Sculpture Design (Elective) ARTS

SLID604 Professional Practice INDE 4 36

SLID605 Senior Project INDE 7 70

SLID606 Computer Graphics INDE 4 36

TOTAL 30

الداخلي: التصميم قسم في الدراسية للمقررات العلمي التوصيف : بيان ثانيا

SLAR101 Foundation Drawing (4 Cr.)


The Basic studies and introduction to drawing tools and instruments and the Theories and Techniques in the various areas of drawing such as: human figure, historical houses and landscape. This course will concentrate as well on advertising drawings, including shading, and black and white.

SLAR102 Fundamentals of Design - 2 D (5 Cr.)This is a studio course that investigates the basic elements and principles of design:

line, shape, space, color, texture, proportion, balance, emphasis, rhythm, harmony and unity. It is a study of the visual arts as applied in two-dimensional media and form. This course introduces students to the use of various art media and techniques.

SLAR103 Descriptive Geometry (5 Cr.)The fundamentals of geometry in general, and geometry in space, such as: volume

shade and shadow construction as well as the theory of one-Two three V.P. perspective. In this course, students will learn how to understand the geometry in the space and how to apply it in the design field as elements for commercial use.

SLAR104 History of Arts (5 Cr.)This is a theory course where students learn to place any work of art in its proper

chronological context. This course will present the History of Art in its major forms and cultural contexts from the ancient world until the 20th century.

SLID101 Basic Skills of Interior Design (4 Cr.)This course helps the student develop the necessary skills and techniques required

to communicate visually his interior design ideas effectively and professionally. This course will give the student the ability to draw and scketch, assess, evaluate and understand existing structures, also learn to survey sites and collect data and take them to the drawing board. Topics include: Design briefs and specifications; comprehensive drawing files: presentation techniques, layouts and renderings; technical drawing files: Scaled drawing, plans, elevations, sections, etc.

ILIS101 Islamic Culture (2 Cr.) : . : الوحي، اإلسالمية للثقافة الدينية األسس والحضارة الثقافة بين العالقة ومفهومها، الثقافة معنى عام مدخل

. : . العلم األخالق، اإلنسان، اإليمان، اإلسالمية للثقافة التربوية المفاهيم والشريعة العقيدة والسنة، القرآن النبوة،

: والتفاعل اإلسالم الثقافي، والتنوع اإلسالم اإلسالم، في الحوار ثقافة اإلسالم، عالمية اإلسالمية الثقافة خصائص

الحضاري.

CLEN101 Remedial English (2 Cr.)


To get introduced to the language, To speak about oneself and one’s surrounding, To communicate about simple daily tasks, To interact on different topics in a direct and simple way.


Communiquer sur des tâches simples et habituelles, Echanger des informations directes et simples sur des sujets variés




األدبي(.

SLAR201 Sketching (4 Cr.)This studio and theory course is a continuation of drawing I, it concentrates on the

techniques of drawing in the construction of the human body, including the refinement of skills and methods of graphic representation. It will also caver the drawing of objects in 3-D. Students will use traditional and non-traditional media; the course stresses figure, portraiture and composition.

SLAR202 Fundamentals of Design - 3 D (5 Cr.)This is a studio course that applies the basic elements and principles of design of

the visual arts in three dimensional media and form. This course explores the plastic elements of three dimensional forms (space, line, plane, mass, scale and texture) through a variety of design projects covering the complete space-mass continuum through the use of variety of three-dimensional media and techniques.

SLID201 Interior Design Studio I (5 Cr.)In this course students are introduced to the basic language of interior space.

Students will understand and explore the design concept through the use of different drafting materials and techniques. They will also develop a good perception and conception of three-dimensional model making.

SLID202 Architecture Design Studio I (5 Cr.) A study and exploration of different components of type: legibility, visual

organization, proportion, and weight. It looks at the way type is used, when and where; and at procedures and methods.


SLID203 Computer Graphics I - C.A.D I (5 Cr.)This is an introduction to computer graphics and AutoCAD software. Basic practice

on 2-Dimensional architectural draw is issued through the term. Students are able to work their designs on computer software after having the skills of manual drafting.

SLID204 Rendering and Perspective Techniques (4 Cr.)In this newly offered course, students will learn the rendering techniques of the

interior and exterior of any building. This course will be offered in a computer lab setting using CAD and Photoshop software together. The student should be familiar with 3D max and the rules and techniques of perspective. Internal and External.





SLAR301 Photography (5 Cr.)

This course introduces students to the art of light including manual techniques in photography, using a single les reflex camera. It also covers as well as the use of special effects that can be added for the enhancement of the marketed ideas or products. As well as developing black and white films and printing pictures in the lab.

SLID301 Computer Graphics II - C.A.D II (5 Cr.)A detailed study will be held on three-dimensional computer graphics. Students will

be able to express their drawings in a 3-Dimensional form. They will also be introduced to rendering techniques and presentation through computer software. All techniques and methods in computer applications will be studied throughout the term.

SLID302 Interior Design Studio II (5 Cr.)In this course the focus is on the relationship between the surrounding environment

and the function of the studied space. Students express different atmospheres through


the use of form and color. They will also analyze and achieve 3-Dimensional design. The project will concentrate on residential designs.

SLID303 Architecture Design Studio II (5 Cr.)A design studio with emphasis on construction materials as a major design

determinant; manipulation of architectural elements and space; and observation of freehand and technical representation.

SLID304 Colors in Interiors (5 Cr.)This course will teach the student to achieve the right choices of colors in different

interior spaces and environments, and they will also learn to develop the opulent designer's eye when required to balance color schemes and combinations. Topics included : Color theories, color psychology, color science, color characteristics and notation.

SLID305 Interior Design Management (5 Cr.)This course exposes the student to the main management principles in interior

design with the understanding that this profession is an integral part of the the construction industry. The sudent will learn the different management techniques and skills that an interior designer needs to practice in his business formation starting with mining his office ending up with a contract and passing by all the processes that require a business like attitude. Finally, the student will learn the design-built team working approach.

SLGD303 Arts of Calligraphy (5 Cr.)This course is designed to train the student to respect and delight in the skills of

calligraphy. Studio projects will include research into calligraphy’s history use and its development into creative motive art forms. The use of proportions to enhance legibility, and to communicate a feeling, a thought or an attitude with superb control and infinite sensitivity.

SLID401 Interior Design Studio III (5 Cr.)Students learn to design spaces in a detailed form, where the aesthetics and the use

of materials are the main issue of design. They start viewing and relating the space and all its characteristics with the outside world. Projects of small scale will be assigned to enable the work of model making.

SLID402 Architecture Design Studio III (5 Cr.)A design studio that introduces projects that deal with complex architectural


programs and the development of conceptualization related to developing design work. It develops the student’s response to design challenges through projects that deal with different environments, scales, and venues (level and sloping sites, new construction, renovation, urban, and rural). The studio stresses a variety of representation tools (sketching, collage, texts, 2D and 3D drawings, models) and emphasizes architectural representation in plan, section, and elevation.

SLID403 History of Design and Furniture (5 Cr.)In this course students will learn the history of furniture and they will be introduced

to the design process as it applies to furniture, addressing furniture ergonomics, materials, construction techniques, manufacturing and design. Students will research selected topics, and design seating, work/service pieces and cabinetry. Emphasis will be placed on furniture precedents, research, design process, human factors, accessibility, detailing, documentation, and presentation techniques.

SLID404 Materials and Finishing (5 Cr.)This course offers an introduction to construction detailing for interiors, focusing on

architectural millwork.

SLID405 Textiles for Interior Design (5 Cr.)Effects of fibers, yarns, fabrics and finishes on appearance and performance. Study

of the construction of textile products used in interiors.

SLID406 Marketing for Interior Design (5 Cr.)Analyzes the elements of the marketing mix: product pricing, promotion and

distribution decisions. Topical coverage includes the legal and social environments influencing the marketing process.

SLGD202 Computer Graphics I - Software I (5 Cr.)An introduction to computer graphics. This course covers the basic operation of

computers and develops literacy in desktop programs such as Illustrator and Photoshop.

SLID501 Interior Design Studio IV (5 Cr.)The course covers the principles and standards of European and American design.

Students are exposed to different styles and techniques and design that will help them elaborate their perception and thinking in their field. They will also be introduced to lighting system designs, where different types of lighting sources, their application in the space and their presentation on drawings is studied and applied. A complete research


proposal on a desired final project must be done. A thorough study of the program in addition to the preliminary design drawings is also required.

SLID502 Architecture Design Studio IV (5 Cr.)Advanced exploration and analysis of selected topics with a specific theme indicated

by course title listed in college Class Schedule. This course may be taken four times for credit as long as different topics are selected. Offers studio problems in non-residential building design to advance student's understanding of the ideas and technologies of architecture.

SLID503 Landscape Design (5 Cr.)In this course students will learn about the environmental relationships with

respect to space scale form, material, and movement. A main focus will be as well on the design of exterior landscape and space, from small gardens to outdoors settings.

SLGD306 Graphics & Printmaking (5 Cr.)The is a course in which students will express their original creativity visually and

develop and showcase their ability to communicate ideas through a variety of graphic media. Students learn the basics of graphic design in preparation of original art combining typography, page layout, and integrated graphic elements. Instruction will be given in the following areas: Elements of art and principles of design; mechanical and computer design methods; printmaking; finishing of graphic products; and historical and cultural development of graphics and the printing industry. The course will give the students confidence in organizing ideas, creating meaning in their original work, and the ability to work ideas into new and useful creations. The five components in the California State and Performing Arts Framework as well as Long.

This course takes a practical approach to lighting, and the student will learn about the different types of lighting such as ambient, task and decorative. The student will also learn the fundamentals of lighting design in relation to residential and contract interiors. The subjects tackled in this course will give the student enough knowledge to incorporate lighting in the total interior design scheme. Topics covered: Natural, artificial lighting, quality of light. Technicalities: Switches and wiring. Finally, electrical plans and specifications.

SLID505 Furniture Design and Technology (5 Cr.) This course exposes the student to the design industry starting from the drawing

board and ending with a full scale furniture model. The student will learn to implement والتوصيف المقررات والفنون: لوائح العلوم كلية اختصاصات 32

.........................................................................................

SLID504 Lighting Design in Interiors (5 Cr.)

the step by step hands on model making of furniture pieces that he created, the student will be using the ergonomic knowledge that he learned in the human factors course. Topics included: Ergonomic design for the global industry. Designing for the Industry. Model making, Specimen building and mass production, modelling and animation.

SLID506 Computer Rendering for Interior Design (5 Cr.)In this newly offered course, students will learn the rendering techniques of the

interior and exterior of any building. This course will be offered in a computer lab setting using CAD and Photoshop software together. The student should be familiar with 3D max and the rules and techniques of perspective, Internal and external.

SLID601 Interior Detailing and Construction (5 Cr.)The course introduces the students to the various material finishes used in interior

design. Appropriate detailing and construction have a direct impact on the designed product and its intent. In this course, the integral relationship between design, detail, building and construction will be analyzed, researched and explored. Built projects will include the detail as a source of inspiration and the beginning for furniture or an environment.

SLID602 Human Factors for Interior Design (5 Cr.)This course investigates human factors as an essential ingredient in the design

process. Physical and psychological human factors will be examined in an attempt to better understand The spatial relationship between humans and their environment. Topics include: Proximics, cognitive mapping, imageability, human sensory and ergonomics.

SLID603 Architectural Modeling (5 Cr.)This course aims to identify and develop individual strengths in material

investigation and architectural model-making, and to develop an understanding of the significant role of 3D manual processes within a design context. Model-making will be approached as an intensely exploratory, experimental and catalytic practice in which models act not only as communicative devices, but as conduits for exploring spatial ideas. This studio-based course will focus firstly on a series of material and process exercises, in which a range of alternative model-making materials will be explored. Students will consider an extended range of material possibilities; they will draw relationships between spatial qualities and the tactile, sensory and symbolic properties of materials during the thinking-making process. Armed with this knowledge, students will then identify a series of spatial precedents to work with as they develop a single model to exhibition standard, considering aspects of tectonic assembly, abstraction, representation and scale.


SLAR601 Sculpture Design (5 Cr.)This course will introduce the principles and elements of design in three-

dimensional forms. It is designed as a semester course with no prerequisites. Additive, subtractive, and manipulation techniques will be used with a variety of media to explore the sculptural form. Students will be acquainted with the history of sculpture and view work by contemporary artists as they develop sculptural forms.

SLID604 Professional Practice (4 Cr.)This is a course that tackles all aspects of the profession preparing students to face

the competitive market. Issues such as project permits, legal papers, contracts, site limitations, specifications, bills of quantities and specific software will be covered during this course.

SLID605 Senior Project (7 Cr.)Development of a final project is required over a full semester, including design and

complete preliminary phase drawings with full rendering and model along with selected details.

SLID606 Computer Graphics (4 Cr.)Creative use of the computer as a design tool and illustrative medium. Topics

include elementary computer graphics techniques; aesthetics; and principles of design, color, composition, and spatial relationships. Students will create a series of illustrations involving freehand drawing, geometry, logo and product design, presentations, rendering, and fine art composition.


الرياضيات قسم : الرياضيات: لقسم الدراسية المقررات : بيان أوال


SLMT101 Introductory Calculus MATH 5 42SLMT102 Introduction to Linear Algebra MATH 5 42SLMT103 Introduction to Algebra MATH 5 42SLCS101 Introduction to Computers CS 4 36SLPH101 Mechanics PHYS 5 42ILIS101 Islamic Culture 2 21




TOTAL 30


SLMT201 Introduction to Integration & Series MATH 5 42SLMT202 Statistics and Probability MATH 5 42SLMT203 Multiple Integrals MATH 5 42SLMT204 Vector Spaces & Linear Mappings MATH 5 42SLCS204 Algorithms & Programming CS 4 36SLPH201 Electricity and Magnetism PHYS 4 36



TOTAL 30


SLMT301 Cardinals & Groups MATH 5 42SLMT302 Arithmetics & Rings MATH 5 42SLMT303 Differential Equations MATH 5 42SLMT304 Metric Topology MATH 5 42SLMT305 Probability MATH 5 42SLMT306 Complex Analysis (Elective) Or MATH

5 42SLAR104 History of Arts (Elective) ARTS

TOTAL 30




SLMT401 Linear Algebra MATH 5 42SLMT402 Function Series MATH 5 42SLMT403 Complement to Metric Topology MATH 5 42SLMT404 Connected and Hilbert Spaces MATH 5 42SLMT405 Statistics (Elective) Or MATH

5 42SLGD203 Typography (Elective) GRDE

SLMT406 Operations Research MATH 5 42

TOTAL 30


SLMT501 Integration MATH 5 42SLMT502 Differential Calculus MATH 5 42SLMT503 Numerical Analysis (Elective) Or MATH

5 42SLAR301 Photography (Elective) ARTS

SLMT504 Software Statistics MATH 5 42SLMT505 Module Theory MATH 5 42SLMT506 Number Theory MATH 5 42

TOTAL 30


SLMT601 Complement to Integration and Fourier Analysis MATH 5 42SLMT602 Complement to Differential Equations MATH 5 42SLMT603 Ring Theory MATH 5 42SLMT604 Galois Theory MATH 5 42SLMT605 Differential Geometry (Elective) or MATH

5 42SLGD606 Intellectual Propriety Law (Elective) GRDE

SLMT607 Groups Theory MATH 5 42

TOTAL 30


الرياضيات. قسم في الدراسية للمقررات العلمي التوصيف : بيان ثانيا



SLMT102 Introduction to Linear Algebra (5 Cr.)Definition of a complex number, algebraic form, set of complex numbers, conjugate

and its properties, representation of complex numbers in the plane, affix of a complex number, module and argument, geometrical form, module and argument of the product and the quotient of two complex numbers, DeMoivre's Formula, n-th roots of a complex number and the n-th roots of unity. Definition of a matrix, row matrix, column matrix, upper triangular and lower triangular matrices, diagonal matrix, the zero matrix and the unit matrix. Addition of matrices, multiplication of a matrix by a scalar, product of matrices, transpose of a matrix, invertible matrix. Definition of the leading entry of a row, definition of a matrix in row echelon form, elementary operations, elementary matrices, the inverse of an elementary matrix, change of a matrix to a matrix in row echelon form, change of an invertible matrix to the unit matrix, computation of the inverse of an invertible matrix, using row echelon form. The set of permutations of {1,2,…,n}, representation of a permutation as a matrix in two rows, signature of a permutation, even permutation, odd permutation, definition of the determinant of a square matrix, expansion of a determinant through a row and through a column, determinant of the transpose of a matrix, the determinant of a matrix when : we interchange two rows (resp. columns), we multiply a row (resp. column) by a scalar, we add to a row (resp. column) a linear combination of the others. Determinant of triangular and diagonal matrices, classic adjoint (or cofactor) of a matrix, the inverse of an invertible matrix and the adjoint of this matrix, rank of a matrix. Definition of linear equation, matrix of a system of linear equations, principal determinant, characteristic determinants, conditions for the existence of solutions, computation of solutions when they exist, Cramer's system. Existence and computation of solutions using the row echelon form. Definition of a polynomial, equality of two polynomials, addition, scalar multiplication and multiplication of polynomials, Euclidean division, quotient and remainder, the Euclidean algorithm for the calculation of the quotient and the remainder, roots of a polynomial, degree of a


polynomial, derivative and n-th derivative of a polynomial, multiplicity of a root, Taylor's Formula, real and complex polynomials, the fundamental theorem of Algebra.

SLMT104 Introduction to Algebra (5 Cr.)Rules of logic: The symbols and , the quantifiers and, subset, Power set,

union, intersection and difference of two sets, complement of a subset, DeMorgan's theorem, cross product, family, union and inter-section of a family of sets, cover and partition of a set, example of a partition, the axiom of choice. Definition, initial and final sets, image of an element equality of two mappings, image of a subset, reciprocal image of a subset, restriction and extension of a mapping, injective, surjective and bijective mapping, invertible mapping. Definition of a binary relation, graph, equality of two binary relations, reflexive, symmetric, antisymmetric and transitive relation, ordering relation, maximal and minimal element, greatest and least element, upper and lower bound, Sup and Inf of a subset, ordering of natural numbers and of real numbers, the axiom of induction, forms of induction, equivalence relation equivalence classes, quotient set. Finite sets: equipollent sets, cardinal of a finite set and its properties. Combinatorial analysis: arrangement and combination. Definition of a binary operation, commutative and associative binary operation, neutral element, symmetric of an element, regular element, definition and notation of addition and multiplication, opposite and inverse of an element, compatibility of an equivalence relation with a binary operation, induced and quotient laws and their properties. Definition of the set Z/pZ. Definition of a group, properties of elements, subgroup, normal subgroup, definition of a ring, unitary ring, integral domain, zero divisors, examples from Z/pz, subring, division ring, field. Homomorphism of groups, homomorphism of rings.



SLPH101 Mechanics (4 Cr.)

Measurements, motion in one dimension, vectors, motion in two dimensions, Newton’s law with applications, work, energy and power, linear momentum and collisions, rotation and angular momentum, and oscillations.


Lab. Mechanics (1 Cr.)

Error analysis, measuring of velocity and acceleration, measurement of gravitational acceleration forces, friction, conservation of energy and momentum, ballistic pendulum, rotation, harmonic motion.










األدبي(.




Graphical representation, Measures of central tendency, Measures of dispersion,


Frequency distribution of two variables (Bivariable Data): contingency table, Least square method, Correlation, Linear Regression, Probability: Counting, Conditional Probability, Bayes theorem.

SLMT203 Multiple Integrals (5 Cr.)

Functions of two and three variables partial derivatives, Limit and continuity – Total differential, Parametric and polar coordinates, surfaces: quadratic forms, Double integral: change of variables, Jacobian, Line integral: Introduction to scalar and vector field, Green theorem, Surface Integral.

SLMT204 Vector Spaces & Linear Mappings (5 Cr.)Definition of a vector space and properties of elements, subspace, intersection of

two subspaces, sum of two subspaces, direct sum, linear combination, system of generators. Linear dependence, basis of a vector space, canonical basis, dimension of a vector space, substitution method, row echelon form and basis, isomorphism of vector spaces, kernel and image of a linear mapping, theorem of dimension that relates the dimensions of Ker(f) and Im(f), addition of linear mappings, multiplication of a scalar by a linear mapping, linear operator. Matrix of a linear mapping relative to ordered bases, matrix of a linear operator relative to a basis, matrix of the sum of two linear operators, matrix of the multiplication of a scalar by a linear operator, matrix of the composite of two linear operators, matrix of the inverse of an invertible linear operator. Transition matrix from a basis to another and its properties, relation between the matrices of a linear operator relative to two bases, computation of the inverse of a matrix using properties of transition matrix. Characteristic polynomial of a matrix and a linear operator, similar matrices, eigenvalues and eigenvectors, diagonalization.

SLCS204 Algorithms & Programming (4 Cr.)Algorithms are recipes for solving computational problems. In this course we will

study fundamental algorithms for solving a variety of problems, including sorting, searching and graph algorithms. More importantly, we will focus on general design and analysis techniques that underlie these algorithms. For example, we will examine divide-and-conquer, dynamic programming, greediness, and probabilistic approaches. With an understanding of these techniques, you will be prepared to design some of your own algorithms.

SLPH201 Electricity & Magnetism (3 Cr.)This course deals with electricity and magnetism, Coulomb’s law, Gauss theorem,

electricity field and potentials, Ampere’s law and magnetic field, electrical current and


ohm’s law, electromagnetic induction, alternating current and electromagnetic field, as well as optics including refraction, interference and diffraction.

Lab. Electricity & Magnetism (1 Cr.)Electricity and Magnetism: Electric fields, capacitance and constant measurements,

construction of ammeters and voltmeters, Wheatstone Bridge, potentiometer, oscilloscope operations, RL, RC and RLC circuits.

Geometrical optics: Law of refraction and prism, mirrors and lenses, interference and diffraction, polarization





SLMT301 Cardinals & Groups (5 Cr.)Ordered sets, the big theorems (Zermelo’s theorem and Zorn’s lemma) the

equivalence between Zermelo’s theorem, Zorn’s lemma and the axiom of choice,

equipollent sets, cardinal of a set, ordering relation on cardinals, cardinals of infinite sets

and its properties, groups, subgroups, normal subgroups, quotient group, homomorphism

of groups, kernel and image, the first isomorphism theorem, order of a group, Lagrange’s

theorem, order of an element, cyclic groups, subgroups of cyclic groups, classification of

finite cyclic groups, the symmetric group of degree n, definition of a cycle of , the

representation of the elements of as a product of cycles and the uniqueness of this

representation, conjugacy classes and normal subgroups, simple groups, the conjugacy

classes of S , S and S , the alternating group , the simplicity of .

SLMT302 Arithmetics & Rings (5 Cr.)Rings: Ideals, quotient rings, homomorphism of rings, kernel and image, the first

isomorphism theorem, maximal ideals, principal ideals, principal rings and principal ideal


domains (PID), Euclidean division in a PID, g.c.d and l.c.m, irreducible elements (or primes), relatively prime elements, The unique factorization theorem, Arithmetic in

and in , Arithmetic in K[x], irreducible polynomials, decomposition of a polynomial as a product of irreducible polynomials, field of fractions, Eisenstein’s criterion for irreducible polynomials, rational fractions, decomposition of a rational fraction.

SLMT303 Differential Equations (5 Cr.)Basic properties of differential equations of first order, linear differential equations,

Bernoulli’s equation, Recati’s equation, differential equations of second order that can be solved by the methods used to solve those of first order, linear differential equation, Wronskien: differential equations with constant coefficients, Euler’s equation, Legendre’s polygone, Bessel functions, system of linear of differential equations, solvant matrix, Laplace transformation.

SLMT304 Metric Topology (5 Cr.)Norm, equivalent norms, distance, distance associated with a norm, metric space,

topology over a metric space, open subset, closed subset, neighborhood, ball, sphere, interior point, adherent point, accumulated point, frontier, isolated point, interior and exterior of a subset, subspace, product of spaces, sequences in a metric space, convergent and divergent sequences, bounded sequences, subsequence, adherent values, closure, Cauchy sequence, series in a normed space, convergent, divergent and normaly convergent series, limit of a mapping from a metric space to another, continuous and uniformly continuous mappings, topologically equivalent distances, uniformly equivalent distances, homeomorphism, isometry, continuous linear mappings, isomorphisms and linear isometries.

SLMT305 Probability (5 Cr.)Probability, conditional probability, Baye’s theorem, independence random

variables, discrete and continuous variables, pair of random variables, marginal and conditional distributions, probability distribution, discrete and continuous distributions, Binomial, Poisson, Geometric, Uniform Exponential, Normal, Student and Chi-Square.

SLMT306 Complex Analysis (5 Cr.)Analytic functions: continuity, differentiation, elementary functions; complex

integral : formula and theorem of Cauchy’s integral, series representation of analytic functions, isolated singular points, residue theorem and its applications.

SLAR104 History of Arts (5 Cr.)


This is a theory course where students learn to place any work of art in its proper chronological context. This course will present the History of Art in its major forms and cultural contexts from the ancient world until the 20th century.

SLMT401 Linear Algebra (5 Cr.)Eigenvalues, eigenvectors and characteristic polynomial of a matrix and of an

endomorphism, diagonalization and trigonalization of a matrix, dual space, dual basis, bilinear forms, symmetric bilinear forms, quadratic forms, reduction of quadratic forms, orthogonality, Eruclidean spaces, unitary spaces, orthonormal bases and inner product.

SLMT402 Function Series (5 Cr.)Sequences and series of functions, simple and uniform convergence in a metric

space, Dini’s theorem, Store-Wieirstrass approximation theorem, absolute convergence of a series of functions, term by term differentiation and integration, real and complex Fourier series, Fourier transform.

SLMT403 Complement to Metric Topology (5 Cr.)Complete metric space: completeness, fixed point theorem, Banach spaces, compact

metric space: definitions, sequentially compact spaces, continuous mappings, finite dimensional normed vector spaces, connected metric space: Definitions, connected subsets, connectedness and continuity, connected sets in IR, pathwise connected sets, Hilbert spaces: Hermitian forms, Orthogonality, the topological dual of Hibert space, orthogonal systems.

SLMT404 Connected and Hilbert Spaces (5 Cr.)Connected metric space: Definitions, connected subsets, connectedness and

continuity, connected sets in IR, Puthurise connected sets. Hilbert spaces: Hermitian forms, orthogonality, the topological dual of Hilbert space, orthogonal systems. Rieman integral: Integral of step function, Rieman integral, regulated functions, Indefinite integral..

SLMT405 Statistics (5 Cr.)Estimation: point estimation, interval estimation, estimation of the mean, the

proportion and the variance; Testing : test for the mean, the proportion and the variance; ANOVA : ANOVA with one factor, ANOVA with two factors (without and with repetition).

SLGD203 Typography (5 Cr.)


In this course students develop a clear understanding of the usage of typography in all its forms. They explore the different components of type, the way it is used, when and where, and procedures and methods. The purpose is for the student to develop sensitivity toward type and to deal with it as a form versus a way to get a message read.

SLMT406 Operations Research (5 Cr.)Operations management often presents complex problems that can be modeled by

linear functions. The mathematical technique of linear programming is instrumental in solving a wide range of operations management problems. Some of these techniques are: Graphical method, Simplex method, Duality, transportation method (demand equals supply, demand does not equal supply), PERT, CPM, PERT/COST, Maximal flow, Minimal flow, Minimal spanning tree, and shortest route.

SLMT501 Integration (5 Cr.)

Ring algebra, σ- algebra, Measure (Lebesgue measure), Measurable functions Fatou’s theorem, measure image, Integrals functions, Dominated convergence theorem, relation with Riemann integral, (Lp spaces ) Riesz theorem.

SLMT502 Differential Calculus (5 Cr.)

Multi-Linear Algebra, Directional Derivatives, Gateaux-Differentiability, Differentiability, Mean values theorem and some application. Higher order differentiability and C-theorems. Taylor’s formula, Lagrange and integral reminder.

SLMT503 Numerical Analysis (5 Cr.)

Error, number representation, interpolation and curve fitting, numerical integration: Derivatives from difference tables, Newton-Cotes integrating formulae, trapezoidal rule, Simpson's rules, Gaussian quadrature. Solving nonlinear equations: Interval halfing (Bisection), linear interpolation methods: Secant, false position, Newton's, fixed-point. Newton's method for polynomials. System of linear equations: elimination method, Gaussian elimination and Gauss-Jordan, Jacobi, Gauss-Seidel, and relaxation. Numerical solutions of ordinary differential equations: Taylor series method, Euler and modified Euler methods, Runge-Kutta methods.

SLAR301 Photography (5 Cr.)


This course introduces students to the art of light including manual techniques in photography, using a single les reflex camera. It also covers as well as the use of special effects that can be added for the enhancement of the marketed ideas or products. As well as developing black and white films and printing pictures in the lab.

SLMT504 Software Statistics (5 Cr.)

Multiple regression, Fisher test, Statistical software (SPSS Software).

SLMT505 Module Theory (5 Cr.)

Definition of an A-module, submodules, quotient modules, homomorphism of modules, the first and second isomorphism theorems, direct product of modules, direct sum of submodules, finitely generated modules, torsion and torsion-free modules, free modules, cyclic modules, modules over PID, decomposition of modules over PID, invariant factors and elementary divisors of a module, decomposition of a linear mapping, minimal polynomial, rational and Jordan canonical forms, elementary Jordan matrices, invariant factors and elementary divisors of a matrix and of a linear operator, Cayley-Hamilton theorem.

SLMT506 Number Theory (5 Cr.)

Prime numbers, Congruences, Remainder Chinese theorem, Fermat’s theorem, Euler’s function, Wilson’s theorem, Group Z1/n Z1, Primitive roots, Carmichael number, Quadratic reciprocity, Cryptography (RSA method), Arithmetic functions, Dirichlet series, Möbius functions, Zeta function, Goldbach conjecture, Algebraic and transcendental numbers, Prime factorization, Quadratic forms, Diophantine equation (p-adic numbers).

SLMT601 Complement to Integration and Fourier analysis (5 Cr.)

Measure product- Lebesgue measure on IRn, Tonnelli’s and Fubini’s theorem, Convolution in L1, properties of Fourier transform, L2 spaces, orthogonal and orthonormal systems, inverse of the Fourier transform in L1 and L2 , Fourier-Plancherel, LP spaces, Roulon-Nikodynm theorem, absolute continuous measure, singular measure, duality and compactness in LP spaces and Daniel’s theorem.

SLMT602 Complement to Differential Calculus (5 Cr.)


Part I: extremum (Case of Convex Functions), Implicit fuctions and Inverse fuctions Theorem. Part II: Ordinary Equations Cauchy – Lipschity Theorem, Maximal Solution C1

extension and Global Solution, Finite Time, Granwall’s Lemma , Linear System and Duhamel’s Formula, Singular Point and Classification in R2.

SLMT603 Ring Theory (5 Cr.)

Noetherian and Artinian rings and modules, direct intersection, direct decomposition of a ring, chain conditions, maximal and minimal ideals, simple module, normal series, composition series, length of a module, semi-simple modules, radicals of a ring, Jacobson radical, primitive ideals and primitive rings, nilpotent ideals, nilideals, nilradical, prime ideals, semi-prime ideals, prime radical, reduced ring.

SLMT604 Galois Theory (5 Cr.)

Extension of a field, decomposition field, splitting field, degree of an extension, finite extension, algebraic elements, transcendental elements, minimal polynomial, algebraic extension, extension of isomorphism, finite fields, roots of unity, primitive roots of unity, prime field, simple extensions, normal extensions, normal closure, separable extensions, Galois degree, Galois extension, , soluble groups, normal series, the solubility

of S if n4 and the non solubility of S for n5, solubility by radicals, radical extension,

simple radical extension, solutions of equations of degrees 3 and 4, fundamental theorem of algebra and constructions by ruler and compass.

SLMT605 Differential Geometry (5 Cr.)

Euclidian Space, Curves in |Rn, Parameterization, direction, tangency, osculator plan, curvature and torsion in |R2 and |R3, Frenet system, properties of curve, parameterized surfaces in |R3, Tangent plane and normal line, Length of a curve and area of a surface, Curvature of surfaces, Curvature of a curve on a surface, Geometric interpretation of the principal curvature, Geodesic equations, surface of revolution, Definition of minimal surfaces and examples.

SLGD606 Intellectual Propriety Law (5 Cr.)

البش""رية واالختراعات المبتكرات حماية ووسائل الفكرية للملكية القانونية األحكام بدراسة المقرر هذا يهتم الدولي، المستوى على أو الوطني الصعيد على سواء التقنية، أو العلمية أو األدبية أو الفنية وأشكالها صورها بمختلف

منها كث""ير أص""بح التريبس( وال""تي )اتفاقية العالمية التجارة منظمة كاتفاقية الدولية االتفاقات دراسة خالل من وذلك والتجارية, ب""راءات الصناعية الملكية الفكرية: حقوق الحقوق دراسة يشمل داخلية. كما قانونية وقواعد لنظم مشكال

ل""براءات القانونية الحماية االخ""تراع، ص""احب والتزام""ات حقوق االختراع، براءات منح شروط بها، والتعريف االختراع




SLMT607 Groups Theory (5 Cr.)

In mathematics, a group is an algebraic structure consisting of a set together with an operation that combines any two of its elements to form a third element. To qualify as a group, the set and the operation must satisfy a few conditions called group axioms, namely closure, associativity, identity and invertibility. Many familiar mathematical structures such as number systems obey these axioms: for example, the integers endowed with the addition operation form a group. However, the abstract formalization of the group axioms, detached as it is from the concrete nature of any particular group and its operation, allows entities with highly diverse mathematical origins in abstract algebra and beyond to be handled in a flexible way, while retaining their essential structural aspects. The ubiquity of groups in numerous areas within and outside mathematics makes them a central organizing principle of contemporary mathematics


http://en.wikipedia.org/wiki/Abstract_algebra

http://en.wikipedia.org/wiki/Abstract_algebra

http://en.wikipedia.org/wiki/Addition

http://en.wikipedia.org/wiki/Integer

http://en.wikipedia.org/wiki/Mathematical_structure

http://en.wikipedia.org/wiki/Mathematical_structure

http://en.wikipedia.org/wiki/Inverse_element

http://en.wikipedia.org/wiki/Identity_element

http://en.wikipedia.org/wiki/Associativity

http://en.wikipedia.org/wiki/Closure_(mathematics)

http://en.wikipedia.org/wiki/Axiom

http://en.wikipedia.org/wiki/Element_(mathematics)

http://en.wikipedia.org/wiki/Binary_operation

http://en.wikipedia.org/wiki/Set_(mathematics)

http://en.wikipedia.org/wiki/Algebraic_structure

http://en.wikipedia.org/wiki/Mathematics

الكيمياء قسم : الكيمياء: لقسم الدراسية المقررات : بيان أوال


SLCH101 Basic Chemistry CHEM 5 42

SLMT101 Introductory Calculus MATH 5 42

SLBI102 Cytology & Histology BIOL 5 42


SLPH101 Mechanics PHYS 5 42





TOTAL 30


SLCH201 Introduction to Physical Chemistry CHEM 5 42

SLCH202 Introduction to Organic Chemistry CHEM 4 36

SLBI201 Biological Evolution @ Biodiversity BIOL 5 42

SLMT201 Introduction to Integration & Series MATH 5 42

SLMT202 Statistics and Probability MATH 5 42

SLPH201 Electricity and Magnetism PHYS 4 36



TOTAL 30


SLCH301 Organic Chemistry CHEM 5 42

SLCH302 Introduction to Inorganic Chemistry CHEM 5 42

SLCH303 Chemical Kinetics CHEM 5 42

SLCH304 Chemical Thermodynamics CHEM 5 42

SLBC301 Structural Biochemistry BIOC 5 42

SLBI303 Biophysics (Elective) Or BIOL5 42

SLBI304 Cellular Physiology (Elective) BIOL

TOTAL 30




SLCH401 Introduction to Analytical Chemistry CHEM 5 42

SLCH402 Groups Theory CHEM 5 42

SLCH403 Environmental Chemistry CHEM 5 42

SLCH404 Chemistry of Polymers CHEM 5 42

SLBC401 Metabolic Biochemistry (Elective) Or BIOC5 42

SLBI402 Physiology of Functions (Elective) BIOL

SLBC402 Clinical Biochemistry BIOC 5 42

TOTAL 30


SLCH501 Nuclear Chemistry CHEM 5 42

SLCH502 Quantum Chemistry CHEM 5 42

SLCH503 Industrial Chemistry CHEM 5 42

SLCH504 Analytical Chemistry CHEM 5 42

SLCH505 Inorganic Chemistry CHEM 5 42

SLBC501 Analytical Biochemistry (Elective) Or BIOC5 42

SLBI301 Anatomy & Histology of Organs (Elective) BIOL

TOTAL 30


SLCH601 Electrochemistry CHEM 5 42

SLCH602 Advanced Organic Chemistry CHEM 5 42

SLCH603 Molecular Spectroscopy CHEM 5 42

SLCH604 Chemistry of Solids CHEM 5 42

SLCH605 Food Chemistry CHEM 5 42

SLCH606 Structural Determination of Compounds (Elective) or BIOL5 42

SLBI603 Biotechnology (Elective) BIOL

TOTAL 30


الكيمياء. قسم في الدراسية للمقررات العلمي التوصيف : بيان ثانيا

SLCH101 Basic Chemistry (5 Cr.)

Structures and properties of matter; Bouding, Molecular Geometry, VSPER; Chemical Equations and Quantitative Relations, Stoichiometry; State of matter (Gas laws, liquids and solids) and Solutions.



SLBI102 Cytology & Histology (5 Cr.)

Cytology: Chemical components of cells, Eukaryotes, prokaryotes and viruses, Plasma membrane, Cytosol and ribosomes, Endomembrane system, Mitochondria and plastids, Peroxisomes (microbodies), Cytoskeleton, Organization of the nucleus, The cell cycle.

Animal Histology: Epithelial tissue: Covering epithelium, Connective tissue, proper and specialized (cartilage, bone, blood), Muscle tissue, Nervous tissue.

Plant Histology: Structure of the cell wall, Meristems, Parenchyma, Protective, Tissues, Conducting tissues, Supporting tissues, Secretory tissues.

















األدبي(.

SLCH201 Introduction to Physical Chemistry (4 Cr.)

Thermodynamics, Kinetics, Quantitative aspects of reaction of equilibrium, Ionic equilibrium; Acids and bases in solutions – PH, Electrochemical processes – Redox reactions.

Lab. Introduction to Physical Chemistry (1 Cr.)

Formula of an hydrate, Molar mass determination of a volatil liquid, Acid-base titration, Redox titration, Preparation and standardization of solutions, Solubility

product constant.


SLCH202 Introduction to Organic Chemistry (4 Cr.)

Electronic structure of organic molecules (Isomers, structure formula), Electronic effects (inductive and resonance), Nomenclature, Stereochemistry, Nucleophilic substitution, Elimination, Electrophilic aromatic substitution.

SLBI201 Biological Evolution @ Biodiversity (5 Cr.)

Behavior of chromosomes during mitosis and meiosis ,Mutations, Mendelian or classical genetics, Sex-linkage, Human genetics, Gene interaction, polygenic inheritance and multiple-alleles genes, Asexual reproduction, Sexual reproduction, Spermatogenesis, Male reproductive system, Oogenesis. Female reproductive system, Fertilization, Biodiversity and systematic, Protista, Prokaryotes and viruses, Yeasts and molds.






electricity field and potentials, Ampere’s law and magnetic field, electrical current and ohm’s law, electromagnetic induction, alternating current and electromagnetic field, as well as optics including refraction, interference and diffraction.

Lab. Electricity & Magnetism (1 Cr.)Electricity and Magnetism: Electric fields, capacitance and constant measurements,

construction of ammeters and voltmeters, Wheatstone Bridge, potentiometer, oscilloscope operations, RL, RC and RLC circuits.







SLCH301 Organic Chemistry (4 Cr.)

Synthesis and reactivity of organic compounds. Alkanes and cycloalkanes, Alkenes and Alkynes, Arenes, Alcohols, Ethers and Phenols, Aldehydes and Ketones, Carboxylic acid and their derivatives, Amines.

Lab. Organic Chemistry (1 Cr.)

Melting point, Distillation, Recyrstallisation, Extraction, Chromatography, Desydratation of Alcohols, Preparation of Aspirin, Oxidation of Alcohols, Esterification.

SLCH302 Introduction to Inorganic Chemistry (4 Cr.)

A review of simple concepts in bonding and acid-base theory, A survey of the chemistry of the elements, Trends and their relation to the periodic system.

Lab. Introduction to Inorganic Chemistry (1 Cr.)

Identification of an unknown liquid, Preparation of a double salt, Hardness of water, Determination of copper, Hydrogen peroxide.

SLCH303 Chemical Kinetics (4 Cr.)

Rate analysis modern experimental techniques, Theories of chemical kinetics, selected topics in gas phase and solution kinetics, Characterisation of transition states.

Lab. Chemical Kinetics (1 Cr.)


Determination and study of Kinetic parameters for chemical reactions using various experimental techniques (conductimetry, spectrophotometry, polarimetry, …)

SLCH304 Chemical Thermodynamics (4 Cr.)

The first law of thermodynamics, Relationships between work, Heat, Internal energy, and enthalpy. Thermo chemistry. Heat capacity. The second and third laws of thermodynamics. Entropy. Free energy. Chemical equilibrium and chemical potential. Phase equilibrium and phase diagrams. Ideal and real solutions. Raoult's law and Henry's law. Colligate properties. Thermodynamics of solutions and electrolytes in solution. Debye-Hückel theory, Ion migration and conductivity, Electrochemistry, Electrochemical cells and the Nernst equation.

Lab. Chemical Thermodynamics (1 Cr.)

Variation of the density of water according to the temperature, Variation of the miscibility according to the temperature, Calorimetry, Ideal gas law, Diagrams of solubility.

SLBC301 Structural Biochemistry (4 Cr.)

Carbohydrates: Classification. Structures. Chemical properties. Nucleic acids: Structures. Physico-chemical properties. Determination of nucleotide sequences. The different classes of RNA in the eukaryotic cells. Proteins: Classification. Structures. Chemical and physical properties. Study of the primary structure of peptides and proteins. Lipids: Classification. Structures. Enzymes: Nomenclature and classification of enzymes. Kinetics of enzymatic reactions. Inlfuence of physical and chemical agents on the enzymatic activity. Active site of enzymes. Enzymatic activity and specificity of the enzymatic catalysis. Coenzymes and vitamins: Classification. General properties.

Lab. Structural Biochemistry (1 Cr.)

Laboratory security. Preparation of solutions, Absorption spectrophotometry: Determination of λmax. Determination of the concentration of a solution, Acid-base titration, Qualitative tests for carbohydrates, Qualitative tests for lipids. Determination of the iodine number of lipids, Determination of the saponification number of lipids. Determination of the acid number of lipids, Qualitative tests for proteins, Polarimetry: determination of the specific rotation of a carbohydrate, Determination of the concentration of a reducing sugar by a spectrophotometric method.

SLBI303 Biophysics (5 Cr.)


Measurement and the scientific method, Elastic properties of biologic materials, Static biomechanics, Molecular phenomena related to biologic processes, The effect of heat, Circulation of blood, Light and modern physics, Nuclear radiation, Echography.

SLBI304 Cellular Physiology (5 Cr.)

Intra and extra-cellular compartment, Functional structure of bio-membranes and permeability, Signal transduction via membranes, Transport of physical elements through the membrane, Cell motility, Cellular bioenergetics.

SLCH401 Introduction to Analytical Chemistry (4 Cr.)

An introduction to fundamental principles of analytical chemistry, including analytical data, theory of acid-base and redox titrations, and separation schemes. Buffer solutions and precipitation equilibrium.

Lab. Introduction to Analytical Chemistry (1 Cr.)

Titration of Barium, Acidimetry/Alcalimetry, Study of the precipitation of hydroxide Fe and Zn, Complexometry, Oxidimetry/reductimetry, Potentiometric titration of a solution of Vanadate by Fe(II).

SLCH402 Groups Theory (5 Cr.)

To study the electronic and geometric structure of molecules and the basic ideas and methods in theoretical chemistry with special emphasis on applications in the investigation of molecular structure. Content: Quantum theory: angular momentum; Linear combination of Atomic Orbitals (LCAO); the Huckel theory; applications of Group Theory; molecular symmetry; symmetry groups; representation of symmetry groups; Combination of symmetry operations; Point Groups; Chemical applications: molecular symmetry and absorption bands; infrared spectroscopy; Selection rules; vibrational spectra; vibration and rotation energy levels; rotating diatomic molecules.

SLCH403 Environmental Chemistry (5 Cr.)

Environmental pollution (air, water and soil pollutions), chemical reactions in atmosphere, smog’s, major atmospheric pollutants, acid-rain, ozone and its reactions, effects of depletion of ozone layer, green house effect and global warming – pollution due to industrial wastes, green chemistry as an alternative tool for reducing pollution, strategy for controlling environmental pollution.

SLCH404 Chemistry of Polymers (5 Cr.)


Classification of polymers, general methods of polymerization-addition and condensation: addition-free radical, cationic, anionic polymerization, copolymerization, natural rubber, vulcanization of rubber, synthetic rubbers, condensation polymers, idea of macromolecules, biodegradable polymers. Some commercially important polymers (PVC, Teflon, polystyrene, nylon-6 and 66, Terylene and bakelite).

SLBC401 Metabolic Biochemistry (5 Cr.)

Anabolism. Catabolism. Carbon, oxygen and nitrogen cycles. Heteretrophic, autotrophic cells, photosynthetic and chemotrophic cells. Bioenergetics. Carbohydrate catabolism. Glycogen catabolism. Glycolysis cycle. Oxidative degradation of glucose. Oxidation chain. Lipid catabolism. Biosynthesis of carbohydrates, fatty acids, triacylglycerols, phosphoglycerides and cholesterol. Oxidative degradation of amino acids. The genetic information and biosynthesis of proteins. Biosynthesis of amino acids. Biosynthesis of puric and pyrimidic rings.

SLBI402 Physiology of functions (4 Cr.)

Homeostasis and control, Skeletal System: Functions of bone, bone formation and growth, Muscular Tissue Contraction and relaxation of muscle fibers and control of tension, Nervous Tissue and Autonomic Nervous System: Electrical signals and synapses, Sensory, Motor and Integrative Systems: sensation and integrative functions, Cardiovascular System: Functions and properties of blood, hemostasis, heart valves and conduction system, cardiac cycle and blood Vessels and hemodynamics, Respiratory, System: ventilation, lung volumes and capacities and gases exchanges, Digestive System: Phases of digestion, chemical and mechanical, Urinary System: Glomerular filtration, tubular reabsorption and secretion, urine elimination.

Lab. Physiology of functions (1 Cr.)

Laboratory activities encourage critical thinking, understanding of tissue and organs structures by dissection, and the application of scientific methods. A series of laboratory exercises in which the students measure cardiovascular, neuromuscular and respiratory parameters on themselves using a computer based acquisition system.

SLBC402 Clinical Biochemistry (5 Cr.)

Hydro-electric equilibrium. Acid-base equilibrium. Phosphocalcic metabolism. Iron metabolism. Magnesium, copper and lithium metabolism. Carbohydrate metabolism. Lipid and lipoprotein metabolism. Generalities on nitrogen metabolism. Plasmatic


proteins. Plasmatic enzymes. Non-protein nitrogenous constituents. Functional exploration of the liver and the kidney. Laboratory organization.

SLCH501 Nuclear Chemistry (5 Cr.)

Nuclear chemistry is the subfield of chemistry dealing with radioactivity, nuclear processes and nuclear properties. It is the chemistry of radioactive elements such as the actinides, radium and radon together with the chemistry associated with equipment (such as nuclear reactors) which are designed to perform nuclear processes. This includes the corrosion of surfaces and the behavior under conditions of both normal and abnormal operation (such as during an accident). An important area is the behavior of objects and materials after being placed into a waste store or otherwise disposed of. The study of the chemical effects resulting from the absorption of radiation within living animals, plants, and other materials. The radiation chemistry controls much of radiation biology as radiation has an effect on living things at the molecular scale, to explain it another way the radiation alters the biochemical within an organism, the alteration of the bimolecular then changes the chemistry which occurs within the organism, this change in biochemistry then can lead to a biological outcome. As a result nuclear chemistry greatly assists the understanding of medical treatments (such as cancer radiotherapy) and has enabled these treatments to improve. The study of the production and use of radioactive sources for a range of processes. These include radiotherapy in medical applications; the use of radioactive tracers within industry, science and the environment; and the use of radiation to modify materials such as polymers. The study and use of nuclear processes in non-radioactive areas of human activity. For instance, nuclear magnetic resonance (NMR) spectroscopy is commonly used in synthetic organic chemistry and physical chemistry and for structural analysis in macromolecular chemistry.

SLCH502 Quantum Chemistry (5 Cr.)

Quantum theory, Schrödinger equation, atomic structure, molecular symmetry and normal vibrations, the molecular orbital descriptions of molecules. Quantum states and spectroscopy of molecules, surface chemistry, X-ray structure, molecular spectroscopy and electronic transition.

SLCH503 Industrial Chemistry (5 Cr.)

This course examines industrial processes for the production of organic and inorganic chemicals. The environmental impact and the challenges of a large-scale operation will be considered alongside the actual chemical processes involved.


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SLCH504 Analytical Chemistry (4 Cr.)

A study of modern approaches to chemical analysis, sampling, sample preparation separation techniques, trace methods of determination applied to the environment, standards and the problem of analytical quality, analytical decision making.

Lab. Analytical Chemistry (1 Cr.)

Cationic and Anionic resin, Analysis of a mixture of Cu(II) and Pb(II) by gravimetry

and iodometry, Study of the / and / equilibrium by pH metry,

Quantitative analysis of a two ions mixture by visible spectroscopy, Qualitative identification tests of some ions.

SLCH505 Inorganic Chemistry (4 Cr.)

Atomic structure, molecular structure, molecular shape (VSEPR), and group theory, the structures of solid (metals, ionic), acids and bases (Bronsted, Lewis, HSAB, solvents).

Lab. Inorganic Chemistry (1 Cr.)

Preparation of : tetraamine copper (II) sulphate, carbonato tetraamine cobalt(III) nitrate, hexaamine cobalt chloride, potassium trioxalat ferrate (III), cis and trans-potassium dioxalato diaquo chromate (III).

SLBC501 Analytical Biochemistry (5 Cr.)

Solubility and solubility product. Liquid-liquid extraction. Evaluation of a biochemical method. Precipitation techniques. Filtration and ultrafiltration. Dialysis and electrodialysis. Centrifugation techniques. Electrophoresis techniques. Chromtography techniques.

SLBI301 Anatomy and Histology of Organs (4 Cr.)

Organization of living systems, Tissues (epithelium, connective, muscular and nervous tissues), Organs wall: Skin, Brain, Spinal cord, Heart, Stomach, Lung, Bladder, Muscles, bones, Ovaries and testis and Endocrine glands, Systems (Circulatory, respiratory, urinary, nervous, muscular, skeletal, reproductive and digestive systems).

Lab. Anatomy and Histology of Organs (1 Cr.)

Observation of slides and microscopic identification: Tissues (epithelium, connective, muscular and nervous tissues) and Organs: Skin, Heart, Stomach, Lung, Bladder, Bones, Ovaries and testis, Preparation of slides and staining.


SLCH601 Electrochemistry (5 Cr.)

Electrolyte solutions: Fundamentals of electrostatics, electrical conductance and conductivity, transport numbers, strong and weak electrolytes, ionic strength. Electrochemical cells: Configuration of electrochemical cells, redox reactions in solution and at the interface, standard electrode potential, chemical cells and concentration cells. Thermodynamics and electrochemistry: Work function of metals, Fermi energy of electrons, Galvani and surface potentials, electromotive force and its measurement, Nernst equation, electrochemical and chemical equilibrium, determination of thermodynamic quantities. Electric double layer: Models of Helmholtz, Gouy and Chapman, and Stern, capacity of the double layer, zero charge potential, electrocapillarity equation, specific adsorption. Electrode kinetics: Concept of overpotential, activation overpotential: Butler-Volmer equation for elementary and multi-step reactions, Tafel approximation of the Butler-Volmer equation, concentration overpotential, diffusion overpotential, reaction overpotential. Technical and analytical applications: Electrolysis cells, batteries, fuel cells, corrosion, electrocrystallization, electrochemical sensors, photovoltaics, polarography, cyclic voltammetry.

SLCH602 Advanced Organic Chemistry (4 Cr.)

Retrosynthetic analysis as an approach to the synthesis of complex molecules. Modern synthetic methods, Reaction mechanisms and the stability and reactivity to key organic reaction intermediates. Free energy relationships. Conservation of orbital symmetry and pericyclic reactions, rearrangement.

Lab. Advanced Organic Chemistry (1 Cr.)

Preparation of: diphenylglycolic acid, 5,5-diphenyl hydantoin, p-nitroaniline. Rearrangement of benzyl to benzilic acid.

SLCH603 Molecular Spectroscopy (5 Cr.)

Quantum mechanics review, Electromagnetic radiation, Time-dependent perturbation theory of spectroscopy, Experimental consideration: Absorption, Emission and Scattering, Rotational spectroscopy, Vibrational spectroscopy of diatomics, Vibrational spectroscopy of polyatomic molecules, Electronic spectroscopy, Raman and resonance spectroscopy, magnetic resonance spectroscopy.

Introduction to infrared, visible and ultraviolet spectroscopy, multinuclear magnetic resonance (with emphasis on 1H and 13C), Fourier-transform. NMR, Mass spectrometry.


SLCH604 Chemistry of Solids (5 Cr.)

An advanced course of physical chemistry for graduate students with emphasis on solid state materials. It covers advanced and rigorous thermodynamics, kinetics, atomic diffusion, and solid-state reactions in different classes of materials, including metals, ionic crystals, and semiconductors. Applications to technologically important solid-state reactions, such as metal oxidation, solid solution decomposition, diffusion controlled phase growth, discontinuous precipitation, and others will be demonstrated.

SLCH605 Food Chemistry (5 Cr.)

An introduction to the chemistry and biochemistry of the major components of foods: lipids, proteins, carbohydrates and water/ice. In addition, an overview of some of the reactions and changes in food components which occur during processing, handling and storage. The following topics are included: high and low temperature processes; moisture control and intermediate moisture foods; concentration and dehydration processes; and novel food processing techniques. Food chemistry laboratory will give a quantitative analysis of foods by chemical and physical methods and the determination of major and minor constituents of foods.

SLCH606 Structural Determination of Compounds (5 Cr.)

Analysis of the structure of organic compounds using various techniques: Infrared, Nuclear magnetic resonance (1H, 13C), Mass spectrometry.

SLBI603 Biotechnology (4 Cr.)

Historical view of biotechnology, Fundamentals of molecular biotechnology, Gene expression in prokaryotes and eukaryotes, Use of microbial systems in molecular biotechnology, Plant biotechnology, Recombinant DNA in industrial and agricultural fields, Transgenic animals, Stem cell research, Regulations of molecular biotechnology, Applications of recombinant DNA technology in medical and pharmaceutical field.

Lab. Biotechnology (1 Cr.)

Methodology and applications of recombinant DNA, Protein engineering in a microbial system, Study of the fermentation process, Manipulation of plants.


البيولوجيا قسم : البيولوجيا: لقسم الدراسية المقررات : بيان أوال


SLBI102 Cytology & Histology BIOL 5 42

SLCH101 Basic Chemistry CHEM 5 42

SLMT101 Introductory Calculus MATH 5 42


SLPH101 Mechanics PHYS 5 42





TOTAL 30


SLBI201 Biological Evolution @ Biodiversity BIOL 5 42

SLCH201 Introduction to Physical Chemistry CHEM 5 42

SLCH202 Introduction to Organic Chemistry CHEM 4 36

SLMT201 Introduction to Integration & Series MATH 5 42

SLMT202 Statistics and Probability MATH 5 42

SLPH201 Electricity and Magnetism PHYS 4 36



TOTAL 30


SLBI301 Anatomy & Histology of Organs BIOL 5 42

SLBI302 Kingdom of Plants (Vegetatives Organs) BIOL 5 42

SLBI303 Biophysics (Elective) Or BIOL5 42

SLCH301 Organic Chemistry (Elective) CHEM

SLBI304 Cellular Physiology BIOL 5 42

SLBI305 General Geology BIOL 5 42

SLBC301 Structural Biochemistry BIOC 5 42

TOTAL 30

Fourth Semester (30 Credits) الرابع الفصلCode Course Title Type Credits Hours


SLBI401 General Immunology BIOL 5 42

SLBI402 Physiology of Functions BIOL 5 42

SLBI403 Zoology BIOL 5 42

SLBI404 Pedology BIOL 5 42

SLBI405 Introduction to Molecular Biology (Elective) Or BIOL5 42

SLBC401 Metabolic Biochemistry (Elective) BIOC

SLBC402 Clinical Biochemistry BIOC 5 42

TOTAL 30


SLBI501 Biology of Animal Development BIOL 5 42

SLBI502 Plant Physiology BIOL 5 42

SLBI503 General Microbiology BIOL 5 42

SLBI504 Applied Immunology BIOL 5 42

SLBI505 Molecular Biology BIOL 5 42

SLBI506 Molecular Genetics (Elective) Or BIOL5 42

SLBI507 Paleontology (Elective) BIOL

TOTAL 30


SLBI601 Nutrition CHEM 5 42

SLBI602 Bioinformatics BIOL 5 42

SLBI603 Biotechnology BIOL 5 42

SLBI604 Neurophysiology BIOL 5 42

SLBI605 General Ecology BIOL 5 42

SLBI606 Industrial Pharmaceutical Products (Elective) or BIOL5 42

SLBI607 Kingdom of Plants (Reproductive Organs) (Elective) BIOL

TOTAL 30


البيولوجيا. قسم في الدراسية للمقررات العلمي التوصيف : بيان ثانيا

SLBI102 Cytology & Histology (5 Cr.)

Cytology: Chemical components of cells, Eukaryotes, prokaryotes and viruses, Plasma membrane, Cytosol and ribosomes, Endomembrane system, Mitochondria and plastids, Peroxisomes (microbodies), Cytoskeleton, Organization of the nucleus, The cell cycle.

Animal Histology: Epithelial tissue: Covering epithelium, Connective tissue, proper and specialized (cartilage, bone, blood), Muscle tissue, Nervous tissue.

Plant Histology: Structure of the cell wall, Meristems, Parenchyma, Protective, Tissues, Conducting tissues, Supporting tissues, Secretory tissues.

SLCH101 Basic Chemistry (5 Cr.)

Structures and properties of matter; Bouding, Molecular Geometry, VSPER; Chemical Equations and Quantitative Relations, Stoichiometry; State of matter (Gas laws, liquids and solids) and Solutions.



















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SLBI201 Biological Evolution @ Biodiversity (5 Cr.)

Behavior of chromosomes during mitosis and meiosis ,Mutations, Mendelian or classical genetics, Sex-linkage, Human genetics, Gene interaction, polygenic inheritance and multiple-alleles genes, Asexual reproduction, Sexual reproduction, Spermatogenesis, Male reproductive system, Oogenesis. Female reproductive system, Fertilization, Biodiversity and systematic, Protista, Prokaryotes and viruses, Yeasts and molds.

SLCH201 Introduction to Physical Chemistry (4 Cr.)


Thermodynamics, Kinetics, Quantitative aspects of reaction of equilibrium, Ionic equilibrium; Acids and bases in solutions – PH, Electrochemical processes – Redox reactions.

Lab. Introduction to Physical Chemistry (1 Cr.)

Formula of an hydrate, Molar mass determination of a volatil liquid, Acid-base titration, Redox titration, Preparation and standardization of solutions, Solubility

product constant.

SLCH202 Introduction to Organic Chemistry (4 Cr.)

Electronic structure of organic molecules (Isomers, structure formula), Electronic effects (inductive and resonance), Nomenclature, Stereochemistry, Nucleophilic substitution, Elimination, Electrophilic aromatic substitution.






electricity field and potentials, Ampere’s law and magnetic field, electrical current and ohm’s law, electromagnetic induction, alternating current and electromagnetic field, as well as optics including refraction, interference and diffraction.

Lab. Electricity & Magnetism (1 Cr.)


Electricity and Magnetism: Electric fields, capacitance and constant measurements, construction of ammeters and voltmeters, Wheatstone Bridge, potentiometer, oscilloscope operations, RL, RC and RLC circuits.






SLBI301 Anatomy and Histology of Organs (4 Cr.)

Organization of living systems, Tissues (epithelium, connective, muscular and nervous tissues), Organs wall: Skin, Brain, Spinal cord, Heart, Stomach, Lung, Bladder, Muscles, bones, Ovaries and testis and Endocrine glands, Systems (Circulatory, respiratory, urinary, nervous, muscular, skeletal, reproductive and digestive systems).

Lab. Anatomy and Histology of Organs (1 Cr.)

Observation of slides and microscopic identification: Tissues (epithelium, connective, muscular and nervous tissues) and Organs: Skin, Heart, Stomach, Lung, Bladder, Bones, Ovaries and testis, Preparation of slides and staining.

SLBI302 Kingdom of Plants (Vegetative Organs) (4 Cr.)

A study of the evolution of the vegetative apparatus in plants ranging from non vascular to lower vascular and higher vascular. Course Structure contain: Evolution from non vascular plants to vascular plants, Non vascular and lower vascular plants, Root of Spermatophytes, Sequence of differentiation and growth in all root types, Stem of Spermatophytes, Leaves of Spermatophytes, Classification of plants according to Rankier based on the location of buds (underground, under water or aerial).

Lab. Kingdom of Plants (Vegetative Organs) (1 Cr.)

This lab work enables the student to identify all vegetative organs of the plant body. Bryophyta, Pteridophyta, Pteridophyta, Pteridophyta, Root: primary and secondary


tissues, Stem: Primary tissues, Stem: Secondary tissues, Double coloration of different stem types, Leaves.

SLBI303 Biophysics (5 Cr.)

Measurement and the scientific method, Elastic properties of biologic materials, Static biomechanics, Molecular phenomena related to biologic processes, The effect of heat, Circulation of blood, Light and modern physics, Nuclear radiation, Echography.

SLCH301 Organic Chemistry (4 Cr.)

Synthesis and reactivity of organic compounds. Alkanes and cycloalkanes, Alkenes and Alkynes, Arenes, Alcohols, Ethers and Phenols, Aldehydes and Ketones, Carboxylic acid and their derivatives, Amines.

Lab. Organic Chemistry (1 Cr.)

Melting point, Distillation, Recyrstallisation, Extraction, Chromatography, Desydratation of Alcohols, Preparation of Aspirin, Oxidation of Alcohols, Esterification.

SLBI304 Cellular Physiology (5 Cr.)

Intra and extra-cellular compartment, Functional structure of bio-membranes and permeability, Signal transduction via membranes, Transport of physical elements through the membrane, Cell motility, Cellular bioenergetics.

SLBI305 General Geology (4 Cr.)

History of Earth, Solid and liquid matter of Earth, Composition, structure, physical properties and dynamics, Mineral and hydrocarbon extraction, Mitigation of natural hazards, some engineering fields, Environments and past climates and present-day climate changes.

Lab. General Geology (1 Cr.)

Studying and examination of the composition, structure and physical properties of solid and liquid matter of Earth, Crystallography, Rocks.

SLBC301 Structural Biochemistry (4 Cr.)

Carbohydrates: Classification. Structures. Chemical properties. Nucleic acids: Structures. Physico-chemical properties. Determination of nucleotide sequences. The different classes of RNA in the eukaryotic cells. Proteins: Classification. Structures. Chemical and physical properties. Study of the primary structure of peptides and proteins. Lipids: Classification. Structures. Enzymes: Nomenclature and classification of


enzymes. Kinetics of enzymatic reactions. Inlfuence of physical and chemical agents on the enzymatic activity. Active site of enzymes. Enzymatic activity and specificity of the enzymatic catalysis. Coenzymes and vitamins: Classification. General properties.

Lab. Structural Biochemistry (1 Cr.)

Laboratory security. Preparation of solutions, Absorption spectrophotometry: Determination of λmax. Determination of the concentration of a solution, Acid-base titration, Qualitative tests for carbohydrates, Qualitative tests for lipids. Determination of the iodine number of lipids, Determination of the saponification number of lipids. Determination of the acid number of lipids, Qualitative tests for proteins, Polarimetry: determination of the specific rotation of a carbohydrate, Determination of the concentration of a reducing sugar by a spectrophotometric method.

SLBI401 General Immunology (4 Cr.)

The cells and organs of immunity, Antigenicity et immunogenicity, Acquired and natural immunity, The complement, HLA system, Auto-immunity, Hypersensibility (I, II, III, IV), Immunoglobulins, Immune deficiency.

Lab. General Immunology (1 Cr.)

Familiarization with the laboratory of Immunology, Agglutination, Hemagglutination, Passive Agglutination, Blood antigens (ABO, Rhesus), Techniques in tubes and in glass plate, Coombs Test, Electrophoresis, Electrotransfert and Western blotting, Dot Blotting, Radial immunodiffusion (Ouchterlony) or in tube ELISA, Isolation and enumeration of mononucleocytes on Ficoll and/or magnetic beads.

SLBI402 Physiology of functions (4 Cr.)

Homeostasis and control, Skeletal System: Functions of bone, bone formation and growth, Muscular Tissue Contraction and relaxation of muscle fibers and control of tension, Nervous Tissue and Autonomic Nervous System: Electrical signals and synapses, Sensory, Motor and Integrative Systems: sensation and integrative functions, Cardiovascular System: Functions and properties of blood, hemostasis, heart valves and conduction system, cardiac cycle and blood Vessels and hemodynamics, Respiratory, System: ventilation, lung volumes and capacities and gases exchanges, Digestive System: Phases of digestion, chemical and mechanical, Urinary System: Glomerular filtration, tubular reabsorption and secretion, urine elimination.

Lab. Physiology of functions (1 Cr.)


Laboratory activities encourage critical thinking, understanding of tissue and organs structures by dissection, and the application of scientific methods. A series of laboratory exercises in which the students measure cardiovascular, neuromuscular and respiratory parameters on themselves using a computer based acquisition system.

SLBI403 Zoology (4 Cr.)

Introduction to the organization of animal world, Phylum of Protozoa, Phylum of spongia, Phylum of cnidaria, Phylum of ctenaria, Phylum of plathelminthe, Phylum of rotifera, Phylum of nemathelminthe, Phylum of annelida, Phylum of lophophoriens, Phylum of mollusks, Phylum of pararthropoda, Phylum of arthoropoda, Phylum of echinoderma, Phylum of cephalocorda, Phylum of urochorda, Phylum of vertebrate.

Lab. Zoology (1 Cr.)

Study of external morphology and the intern organization for at least one, example of each phylum (Observation of slide; dissection).

SLBI404 Pedology (5 Cr.)

Generals, Constituents of the sol, Physical properties of sol, Chemical Properties of sol, Biological properties of sol, Genesis and Classification of sol, Study of principal Known sols.

The structure of genetic material, The organization of the DNA in chromosomes, DNA Replication, Transcription, RNA molecules, and RNA processing, The genetic code and the translation of the genetic message.

Lab. Introduction to Molecular Biology (1 Cr.)

Use of microscope, Prokaryotic cell, Eukaryotic cells: unicellular and multicellular, Organelles (nucleus, cells wall, storage material,…), Plant and animal cells: plasmolysis, turgescence, Plant tissues: epidermis, parenchyma, collenchymas, sclerenchymas, xylem and phloem, Plant mitosis, Epithelium of the mouth, Epithelial tissues, Conjunctive tissues, Cartilaginous tissues, Bone tissues, Muscle tissue, Animal mitosis.

SLBC401 Metabolic Biochemistry (5 Cr.)

Anabolism. Catabolism. Carbon, oxygen and nitrogen cycles. Heteretrophic, autotrophic cells, photosynthetic and chemotrophic cells. Bioenergetics. Carbohydrate catabolism. Glycogen catabolism. Glycolysis cycle. Oxidative degradation of glucose.


SLBI405 Introduction to Molecular Biology (4 Cr.)

Oxidation chain. Lipid catabolism. Biosynthesis of carbohydrates, fatty acids, triacylglycerols, phosphoglycerides and cholesterol. Oxidative degradation of amino acids. The genetic information and biosynthesis of proteins. Biosynthesis of amino acids. Biosynthesis of puric and pyrimidic rings.

SLBC402 Clinical Biochemistry (5 Cr.)

Hydro-electric equilibrium. Acid-base equilibrium. Phosphocalcic metabolism. Iron metabolism. Magnesium, copper and lithium metabolism. Carbohydrate metabolism. Lipid and lipoprotein metabolism. Generalities on nitrogen metabolism. Plasmatic proteins. Plasmatic enzymes. Non-protein nitrogenous constituents. Functional exploration of the liver and the kidney. Laboratory organization.

SLBI501 Biology of Animal Development (4 Cr.)

The developmental biology occupies the central position in modern biology; it unifies the molecular biology, the genetic and the morphogenesis disciplines. The course of development biology proposed the following objectives:

- Deliver theoretical and practical knowledge’s on developmental biology mechanisms that permit the students to obtain the complementary information for L1 and L2 courses.

- Learn the relative notions of maternal genome expression and its importance in the beginning of development, in the embryonic genome activation and its impact on embryo organization form, especially the polarity axes, the symmetrical plane, the embryonic inductions and the role of principal genes.

Lab. Biology of Animal Development (1 Cr.)

Fertilization and sea urchin embryology; Embryology of Amphibians: revision of embryonic stages accomplished in Biol 200 and completed with stages: young gastrula, neural plate, neural groove, organogenesis of larva; Embryology of birds: revision of embryonic stages accomplished in Biol 200 and completed with stages (complete embryos or serial slides): Dissection of chicken egg (in vivo): young and late stages, Organogenesis of the eye; Embryology of Mammals: transverse section of the uterus: stages pre-ovulatory and post-ovulatory, umbilical cord and human placenta.

SLBI502 Plant Physiology (4 Cr.)


Introduction to plant physiology: general organization of vegetative organs, Plant and water, importance and absorption of water, transpiration, Photosynthesis, Respiration, Mineral nutrition: circulation and role of nutrients.

Lab. Plant Physiology (1 Cr.)

Extraction of photosynthetic pigments, Determination of the intensity of transpiration using balance, Aerobic respiration: measure of O2 and CO2, Mineral deficiency within plants, Sub-cellular distribution of water and ions: theoretical bases and applications.

SLBI503 General Microbiology (4 Cr.)

The role of the microbiology, The composition of the microbial world, Bacteria, Microbial genetics, Microbial nutrition, Microbial metabolism, Microbial growth, The control of microbial growth, Host-Microbe interactions, Viruses.

Lab. General Microbiology (1 Cr.)

Laboratory rules, Aseptic Technique and Transfer of Microorganisms, The Gram Stain, Identification of Bacteria through Biochemical Testing, Identification of The Enterobacteriaceae, Identification Using API, KIRBY-BAUER Test for Antibiotic Susceptibility, MIC & MBC Determination, Enumeration of Bacteria, Enumeration PF Bacteriophage.

SLBI504 Applied Immunology (5 Cr.)

The Blood Groups Antigens, Anti Tumor Immunity, Deficits Immune, Transplantation and Registry, What the Stem Cell Transplant, Monoclonal antibodies, Production of monoclonal antibodies on an industrial scale, Immunotherapy and Immunoprophylaxis.

SLBI505 Molecular Biology (4 Cr.)

Introduction and brief presentation of enzymatic tools in molecular biology, Principles of nucleic acids extraction, Preparation of cDNA and genomic libraries – screening and selection, Labeling of nucleic acids, PCR and RT-PCR, Nucleic acid sequencing, Detection of nucleic acids by hybridization, Investigation of protein-DNA interaction (aim, principles and applications), Introduction to transcriptome and proteome investigation, Organization of eukaryote genome, Regulation of gene


expression at the chromatin level, Regulation at the transcription level, Post-Transcription regulation, Translation and post-translation regulation.

Lab. Molecular Biology (1 Cr.)

Genomic DNA extraction (yeast, buccal epithelium, leucocytes, oignon, …), Transformation of bacteria (GFP or another, possible purification of the protein in question), Extraction of plasmid DNA – digestion, Optical density analysis, Hyperchromicity, Electrophoresis.

SLBI506 Molecular Genetics (5 Cr.)

Chemical and structural aspect of the nucleic acids, Anatomy of the genome of Prokaryotes and Eukaryotes, DNA replication, Mutation, reparation and recombination, Transcription, Translation, Genetics of Microorganisms, Genetics of Organelles.

SLBI507 Paleontology (5 Cr.)

The following specific objectives are developed in the course: To understand the different types of fossilization, To reconstitute the past physical environment or the paleoecology, To be aware of the evolution of both plants and animals (flora and fauna) in order to better understand and protect human environment. Objectives, fossils and fossilization; Methods applied for fossil studies – species and classification; Paleoecology : principles and concepts, biotopes and biocenosis, biosphere geosphere interactions, results and paleogeography; The first form of life on Earth and primary fossils; The first plant fossils, importance and time succession; The principal groups of animal fossils : coelentera, mollusks, trilobites, brachiopods, bryozoans, graptolites and echinoderms; The first vertebrates in aquatic, terrestrial and atmospheric environments through space and time; Hominization; Biological crisis and principal extinction through geologic time; Evolution mechanisms and theories.

SLBI601 Nutrition (4 Cr.)

Nutritional biochemistry, Major and minor constituents of foods, Animal and Plant Food Products, Role of nutrients in disease, Analysis of foods by chemical and physical methods, Food processing and quality management, Food product development, analysis and packaging.

Lab. Nutrition (1 Cr.)

Quantitative analysis of foods by chemical and physical methods, Determination of major and minor constituents of foods.


SLBI602 Bioinformatics (5 Cr.)

This course introduces the scientist to Bioinformatics, which uses computer databases to store, retrieve and assist in understanding biological information. Genome-scale sequencing projects have led to an explosion of genetic sequences available for automated analysis. These gene sequences are the codes, which direct the production of proteins that in turn regulate all life processes. The student will be shown how these sequences can lead to a much fuller understanding of many biological processes allowing pharmaceutical and biotechnology companies to determine for example new drug targets or to predict if particular drugs are applicable to all patients. Students will be introduced to the basic concepts behind Bioinformatics and Computational Biology tools. Hands-on sessions will familiarize students with the details and use of the most commonly used online tools and resources. The course will cover the use of NCBI's Entrez, BLAST, PSI-BLAST, ClustalW, Pfam, PRINTS, BLOCKS, Prosite and the PDB. An introduction to database design and the principles of programming languages will be provided.

SLBI603 Biotechnology (4 Cr.)

Historical view of biotechnology, Fundamentals of molecular biotechnology, Gene expression in prokaryotes and eukaryotes, Use of microbial systems in molecular biotechnology, Plant biotechnology, Recombinant DNA in industrial and agricultural fields, Transgenic animals, Stem cell research, Regulations of molecular biotechnology, Applications of recombinant DNA technology in medical and pharmaceutical field.

Lab. Biotechnology (1 Cr.)

Methodology and applications of recombinant DNA, Protein engineering in a microbial system, Study of the fermentation process, Manipulation of plants.

SLBI604 Neurophysiology (5 Cr.)

This course covers the fundamental aspects of the functioning of the nervous and endocrine systems and represents a part of the teaching of Integration of animal physiology of functions at the end of the course, students will have acquired:

- the property possessed by the cells of these two systems in the origin and the integration of a signal: nerve impulses and hormone signal

- the functional organization of these two systems- the basic mechanisms of the transduction of the nervous and hormonal signals

- physiologic processes that ensure basic cellular interactions and coordination of body functions.


- an introduction, with the aid of examples, the role of these 2 systems in the regulation of other functions as well as in maintaining homeostasis

SLBI605 General Ecology (4 Cr.)

Introduction (generality and terminology), Distribution, abundance of life and population dynamics, Study of different natural ecosystem, Interactions between organisms and their natural environment, Functioning of the ecosystems

Environments and anthropic activities (simplification and modification of ecosystem by human activities), Ecological factors (abiotics and biotics), Economic interest of the environmental protection.

Lab. General Ecology (1 Cr.)

Visiting and studying ecological systems, population dynamics, population harvesting, biological communities in space and time, and the relationship between ecological goods and services.

SLBI606 Industrial Pharmaceutical Products (5 Cr.)

Ce cours a pour objectif principal de développer les connaissances des étudiants sur le milieu pharmaceutique et de les préparera des éventuelles possibilités de travail dans ce secteur. En plus, cet enseignement prépare les étudiants désirant suivre des études supérieures (master et doctorat) au raisonnement scientifique et à la conduite appliqués dans la recherche pharmaceutique. Ce cours est divisé en plusieurs modules: Module 1 : Les phases de développement d’un médicament. Ce module décrit les différentes phases par lesquelles doit passer une molécule avant d’obtenir l’autorisation de mise sur le marché (AMM) et les études qui suivent cette AMM. Module 2. Pharmacologie générale. Ce module comporte la pharmacocinétique et la pharmacodynamique des médicaments. Module 3.Pharmacothérapie. Ce module permet d’étudier deux familles pharmacologiques : les médicaments de l’inflammation et les antinéoplasiques. Module 4. Pharmacie industrielle. Ce module regroupe les technologies liées à la formulation des médicaments et leur production industrielle dans des conditions d’efficacité optimale qui suivent les bonnes pratiques de fabrication (GMP). Module 5. Pharmacie galénique. Ce module décrit les formes pharmaceutiques et galéniques les plus utilisées.

SLBI607 Kingdom of Plants (Reproductive Organs) (5 Cr.)

Five kingdom concept-a brief idea of different kingdoms. A course in the anatomy, physiology, reproduction and taxonomy of lower to higher plants. Topics include


organization of plant cells and tissue systems, morphology, respiration and photosynthesis, genetics, growth and development, environmental factors, nutrition, ecology, and mechanisms of evolution.

Plantae: Green algas (chlamydomonous, Red algae and brown algae (general account)Bryophytes: (Moss-polytrichum); Pteridophytes: (Fern-poly podium); Gymnosperm (pine) and Angiosperm: (General account of their basic features, types and habitats). Reproduction and development in angiosperm: Asexual reproduction, sexual reproduction structure and function of flower, inflorescence, sporogenesis, game to genesis, pollination, fertilization, development of embryo, endosperm, seed and fruit, forms of fruit, mechanism of seed dispersal, defensive mechanism. Tissue in flowering plants-meristematic and permanent tissue, tissue system, secondary growth, typical organization of tissue in stem (example sunflower, maize, curcurbita), root (example monocot and dicot root), leaf (example-isobilateral and dorsiventral).


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