Including the decision Protecting and defining the Java programming languages ​​and their characteristics that distinguish them from the Google programming languages. Algorithms for solving problems using the algorithm / algorithm design. Write a simple Java program / data types / commercial / numbers / symbolic lines / reserved words / declaration on a variable or on a symbolic string, constants and naming convention, print the program Arithmetic operations, precedence of arithmetic operations, focus on increase and decrease, relational factors, social factor, programming errors, error correction, definition, beginning of output, writing some programs that support theoretical explanation. Identify the date of entry INPUT Understand how Dutch phrases are used, why they are used, and their characteristics. There must be a prerequisite, there must be a switch Recognizing loops: sentences, loop (for the loop), loop (during the loop), loop (during the loop) Writing a set of programs to be able to deal with programming in Java for all five topics in preparation for them

Through this course, the student will be familiar with the concepts of computer input, processing, and output units, computer systems exercises, and how to solve and deal with them. Teaching computer basics - computer components (physical and moral). Getting to know computer applications (text editor, Word, Excel, PowerPoint). Getting to know computer numerical systems.

A specialized course that aims to activate previously studied basic concepts, the ability to deal with mathematical operations, advance the student’s thinking to deal with and develop basic concepts, and bring the student’s thinking to a level that qualifies him to comprehend the mathematical concepts that will be taught in the next stages.

This course aims to clarify: The concept of statistics and its sections, and types of data - Methods and techniques for collecting data - Frequency distribution tables for data types - Description, display, organization and graphic representation of data - Measures of central tendency - The relationship between means Measures of dispersion - skewness and kurtosis - correlation and simple linear regression - introduction to probability

A general course that aims to teach the student the concepts and rules of the English language, enable the student to understand and comprehend the English language and use it correctly, and hone the student’s skills in correct pronunciation and correct writing of the English language.

This course offers the following Identify the truth of speech and what it consists of, and identify the basic component of the Arabic sentence. - Identifying the types of nouns in terms of type, number, definiteness, indefiniteness, masculinity, and femininity - Identifying the types of acquaintances and the original and secondary grammatical signs - Understanding how to weight verbs and nouns according to the morphological scale

The course aims to teach the student to build the algorithm and flowchart and to enable the student to recognize the principles The basics of the C++ language and its structured structure, focusing on the most important vocabulary, functions, procedures, main 1. Identifying loops: loop statements, for loop, while loop, do-while loop 2. Procedures and functions: The role and importance of procedures. General form of procedures. Announce procedures Call procedures. Pass data to action. Passing by value and passing by reference

Introduction to basic electrical circuits, digital systems and computers. Binary systems and symbols. Digital logic gates, circuits, and Boolean algebra. Microelectronics and integrated circuits. Encoding and multiplexing. Oscillators, registers, counters, A/D converters, arithmetic and Arithmetic units. Microprogramming and instruction sets. I/O.

This course deals with the foundations of logic, logical issues and conjunctions, truth tables and logical relationships, sets, functions, algorithms and matrices, mathematical reasoning, proof methods, mathematical induction, feedback definitions and algorithms, combinatorics, counting methods, permutations and combinations (and discrete probabilities), probability theory and combinations. Separate.

This course explains and presents the following concepts: Vector Calculus: Vector function. Derived from vector function. Gradient of a scalar function. Divergence and curl of vector functions. Directional derivative and pressure calculation, kinetic interpretation of energy. Linear algebra: integral of matrices. Addition and multiplication of matrices. Inverse of the square matrix. Orthogonal, racial and unit matrices. Properties of determinants and expansion of determinants. Solving non-homogeneous linear equations using Cramer's rule. Primary operations. Echoes and softened shapes. Matrix rank. Equivalent matrices. Gauss-Jordan elimination method. A system of homogeneous and inhomogeneous linear equations and vector spaces. Blanks. Linear dependence and independence are term, basis and dimension. Eigen value problems Eigen vectors. Cayley-Hamilton theorem.

in this course the student studies: 1- Rules of escape: the subject and the deputy subject, the exception, distinction, number, warning and specialization, 2- Rules of morphology: derivatives, their origin and types, diminution, its symptoms, conditions and method. 3- Rules of rhetoric: metaphor and its types, transmitted metaphor, metaphor by metaphor, the exquisite. 4- Dictation: open ta’, marbuta ta’, alif al-fariqa, soft alif. 5- Texts: The professor selects texts from the Holy Qur’an and classical Arabic poetry, and they are taught in an applied study, taking into account the rules that have been studied

A specialized course aimed at introducing students to the VB.NET development and programming tools, reviewing the basics of programming based on the VB.NET programming language, using ready-made tools in the VB.NET language, and familiarizing the student with designing desktop programs. Course content... Introduction to Visual basic.Net and understanding the VB.NET IDE and VB.Net project types, Solution Explorer, Toolbars and Properties window Create, open and save a Windows application VB.Net Control (window controls, window container controls, Windows menus and toolbars (Windows data controls). VB.Net variables and data types, VB.Net operators, decision structure, loop structures, arrays, VB.Net procedures, Vb.net built-in procedures, subroutines, function. Working with multiple Windows application forms, and working with databases.

This course aims to explain the following content: The basic design of the electronic computer - circuits - the arithmetic and logic unit - control circuits - the organization of the computer - the representation and processing of decimal numbers in the computer - the complete subtractor - the structure of the arithmetic and logic unit - addressing - storing and executing programs in the computer - the fetch cycle and the execution cycle - studying the timeline for the cycles Machine - Data transfer instructions - Arithmetic instructions - Unconditional branch and interrupt instructions - Semester project on real application

A course that aims to expand abilities and understanding to deal with abstract concepts, and motivate the student to think scientifically, by first imposing the problem, then trying to build the complete structure to solve it. Course content: Matrices and operations defined on them, algebraic properties of operations on matrices, axes of matrices, special types of symmetric and twisted matrices, prime operations on matrix rows, equivalent, prime, numerical, reduced matrices, matrix order, matrix inverse and its properties, use of prime operations in calculations. Matrix inverse, determinants (general definitions and concepts), properties of determinants, use of determinants in calculating the inverse of a non-anomalous square matrix, linear equations (general definitions and concepts), methods for solving homogeneous and inhomogeneous linear systems, Kramrow's method..., vector spaces, vector review And operations on them, vector space, subspaces, direct addition, independence, linear association.

This course presents the following probabilities: definition of sample space - event - random experiment - definition of probability - laws of probability calculation - conditional probability and independence - Bayes' theorem.

The course aims to introduce the student to the structure of microprocessors and to know their internal components and operating mechanism. This course relies on the study of the Intel 8086/80386 processor to clarify the basic concepts in the field of processors and explain how to connect the processor with the surrounding circuits necessary in most applications, such as memories and input and output gates. The course provides a detailed study of the assembly programming language so that the student understands the program execution mechanism and the direct relationship between the moral entity and the solid entity, such as the mechanism of occurrence and handling of interrupts. A review of the famous families of modern processors so that the student gets to know some contemporary processors.

This course is designed to introduce students to contemporary information systems and show how these systems are used throughout global organizations Course content: Definition of the system, information, information systems, how the system works Information systems resources Information system activities and procedures Characteristics of an ideal information system Justifications for introducing information systems into institutions, goals and importance of information systems Stages of modern developments in information systems Stages of building and developing information systems Challenges facing information systems, criteria for evaluating information systems The stages of modern developments in information systems, the administrative levels (organizational structure) of any institution and the types of decisions taken in it.

This course introduces the fundamentals of DBMS characteristics for database approaches, components of database systems, database architecture, data modeling, and database users and administrators. Entity relationship model, relational algebra, SQL programming, database design, functional dependency and normalization, relational database, introduction to object-oriented database and UML, practical applications using the standard relational database system

We will discuss the following topics: computer organization using the 8086 as a base - 8086 processor registers - basics of programming in assembly language - general syntax of assembly language - data transfer instructions - arithmetic operations and their effect On the flag recorder - Control tools - Micro procedures and programming - Bit handling - Symbolic strings and tables - Arithmetic operations on BCD decimal values ​​- Input and output programming - Files

This course presents a systematic approach to developing computer systems including feasibility study, systems planning, analysis, design, testing, implementation, and software maintenance. Emphasis is placed on systems analysis and design strategies and techniques to produce logical methodologies for dealing with complexity in information systems development. The course includes waterfall model (system development life cycle), system analysis and design techniques (process modeling (DFDs), logical modeling (decision tree, decision table, structured English), data modeling (ERD diagrams), object-oriented modeling (UML use cases) .

A specialized course: learning about the Internet, browsers, search engines, designing Internet pages using HTML5, using CSS in website design and coordination, and the ability to build and develop websites.

An introduction to data structures, operations on data structures, arrays, array storage, objective function, access tables, linear lists, stacks and operations on them, queues and their uses and operations on them, linked reservation for storage, operations on them Interconnected stacks and queues, a comparison between sequential and interconnected reservation for storage, Trees, tree applications, binary tree scanning, tree representation and ways to visit them.

This course provides an introduction to communications, communications systems and data distribution, types of communications systems, the nature of communications waves, modulation and its types, digital communications, types of data transmission medium, communications system requirements, simultaneous and overlapping communications protocols, serial and parallel communications with examples, the concept of communications networks, basic concepts. For networking, a typical network, personal computers, terminals, networks, the responsibility of the network administrator, use and setup of the network operating system (designing the user group, licenses, rights, groups, and domains, adding substations and printing capabilities) exchanging information across the network, detecting errors when sending data, correcting it, and preserving it

The course “Database Administration 2” deals with the responsibilities of a database administrator and the basic tasks required to manage a server. At the end of this course, the student must be able to: 1. Master advanced management of data storage 2. Master security management. “And learning about normalization and synchronization in database management

In this course students need to implement all the topics discussed by any programming language in the class for each chapter, this course includes these topics: Introduction to Error Analysis, Methods of Finding Root of Nonlinear Equations (Interval to Half, Error Position), Newton's Method , definition of interpolation, Newton-Gregory interpolation, central interpolation (forward and backward Gauss, Bessel, Stirling), least squares approximation, spline curves, numerical differentiation, numerical integration (trapezoid method, Simpson), numerical solution of ordinary differential equations (Taylor series method ), Euler method, Runge-Kutta method.

The course enhances the student's perspective on drawings and images. The course will cover: digital audio, graphics, still images, video, and animation. It also includes data compression and media transfer, as well as software tools used to merge digital media.

This course introduces the following concepts - self-recall - stacks and queues - list of abstractions - tree structures - maps and dictionaries - search tree structures - graphs - arrays and connected links (self-recall).

The course covers the following topics Introduction to the principles of OOP (Programming Oriented - Object) - The basic structure of the Class, defining it and writing its properties - Writing the functions for the Classification and their functions - How to access the data for the Classification and the ways to call it and its types - How to define Objects - Learn several techniques that help in writing... Complete object-oriented programs - learning how to define several objects using arrays - the concept of inheritance in object-oriented programming

The course offers the following topics Introducing the basic principles of designing a dynamic website using the PHP language. - The student acquires the ability to create a database and link it to Internet pages using the PHP language - Training students to create and develop dynamic and interactive Internet pages. - Introducing the student to techniques for developing websites to create more interactive web applications

The aim of the course is to study how data mining techniques can be used to improve the decision-making process. Topics to be covered: Introduction to data mining and the data mining process (defining a business problem, building a mining database, preparing data for modeling, building and evaluating the model); Predictive modeling. Descriptive/unsupervised data mining; Data mining for business applications; Data mining and e-commerce, Data warehousing: concepts and techniques; Data Warehouse Architecture Storing data to improve business decision making. small project

Description of the basic learning points for students enrolled in the course: Introducing students to the most important computer drawing programs, and training on the use of these programs in producing two- and three-dimensional drawings and works of art, and how to modify them and control the properties of their component elements, in addition to adding texts and appropriate effects. And mastering the skills that enable students to re-enact and create the experience of traditional artwork using contemporary digital tools.

Introducing the student to the basic concepts of systems programming and the simplified instructions machine and using it to explain the operation of various system programs. He is also familiar with assembly language and the structure of the assembly language compiler. Learn about the design of a group of systems programs that organize work inside the computer, such as the macro processor, loaders, links, and translators, and study the various stages of their design. Studying the description and analysis of high-level languages ​​using design programs, and learning about other system programs such as operating systems, database management programs, and text editors.

This course offers the following Introducing smart systems and their importance in solving problems. Providing the student with the ability to identify a field or space of issues, navigate it, and search for correct and exploratory solutions. Introducing how to formulate and represent knowledge, inference, and conclusion of decisions. Acquire basic programming capabilities in artificial intelligence languages. Introducing the tasks related to machine learning and some basic methods for implementing them.

This course aims to teach the student the basic concepts and skills necessary for software engineering. It covers the concepts and skills for building applications from requirements engineering, design, analysis, and software development methods. The course focuses in particular on teamwork in building software, derived from applied reality, and work skills as part of a development team.

This course aims to define scientific research, characteristics of scientific research, definition of the researcher, specifications of the researcher, methods and methods of scientific research, stages of research preparation, methods of citation (documentation), punctuation marks, sources of collecting information and data, references and indexes

Introducing the importance of Matlab, its characteristics and advantages. • Developing the student’s skill in using the Matlab program in many branches of mathematics and its applications. • Developing the student’s skill in programming methods and writing M-files. • Developing the student’s skill in creating and controlling drawings in two and three dimensions.

This course covers all the basic concepts of operating systems. Begin by describing the role of the operating system in managing various tasks during the processing process. The course explains the concept of a process, in particular the description of the process within the operating system environment and its scheduling strategies. It also covers: memory management, virtual memory, I/O management and disk scheduling, and file management. Exclusion concepts and algorithms are discussed

This course explains the following: Learn the theoretical and practical foundations of building a linguistic analyzer for translators of programming languages ​​used in computer science. Learn and discuss the composition of the syntactic analysis phase of programming languages ​​and the different ways to build compilers and their functions Teaching the student how to diagnose language grammar problems, build symbol tables and program vocabulary, and use them to create middleware

This course introduces students to the basic principles and practices of computer and information security. The focus will be on software, operating system, and network security techniques with detailed analysis of real-world examples. Topics include cryptography, authentication, software and operating system security (e.g., buffer overflow), Internet vulnerabilities (DoS attacks, viruses/worms, etc.), intrusion detection systems, firewalls, VPN, and web and security wireless.

This course aims to give students an introduction to object-oriented programming. The course covers classes, objects, inheritance, polymorphism, overloading, user interface design concepts, symbolic strings and files.

The student chooses the project topic and its title is determined under the supervision of a faculty member. Then the student prepares the project proposal, which contains: the research problem, the importance and objectives of the research, research hypotheses, research methodology and tools, previous studies and its terminology, noting that The student exceeds 75% of the academic courses and completes all the courses on which the project depends. Description of the practical part (Laboratory projects): - The graduation project (scientific research) in itself is an applied theoretical topic, during which the student will undergo most of the applied skills related to the topic under research. - The student presents the applied vision that will be implemented in the form of sketches as an initial stage.