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1-The annual average of a student’s performance is the weighted average of the grades he obtains in the academic year in his two semesters, as follows:

Total score (multiplied the number of hours for each course x the points earned by the student)

/ Total number of hours in the school year

2- The cumulative average (general) is the weighted average of the grades obtained by the student during the last academic period.

3-A mid-term exam is held in each semester, and its date is set in the university calendar, in the seventh lecture in the two main semesters and the summer semester.

The final exam is held in the last week of each semester according to a schedule issued by the Dean of the Faculty. In emergency cases that require submitting a course exam on time, the approval of the Faculty Dean is required.

4- The duration of each of the mid-semester and final exams is limited to two hours each. The Academic Council, after taking the opinion of the Faculty Council and the specialized scientific department, may amend the exam period for any course.

Each course is marked out of 100 % distributed as follows:

1- Exams (75%) are distributed as follows:

a)     (15%) for the midterm exam.

b)   (60%) for the final exam

c)    Semester work (25%), which includes at least the following types of assessment according to the nature of each academic course:

·       Oral and written exams.

·       Reports, research and additional readings.

·       Laboratory experiments, research and field trips.

·       Weekly or monthly duties in the same course.

4- An honors degree is granted to the student who obtains a cumulative average of no less than (3.7) points upon graduation. To obtain an honors degree, the following are required:

-         The student must have studied at least 75% of the graduation requirements in the faculty, and

-         s/he must not have failed in any of the subjects he studied in the faculty.

The student must have completed graduation requirements within a period not exceeding four years after excluding periods of suspension of registration.

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Obtaining a bachelor's degree requires that the student successfully pass (144) credit hours, which include general requirements, faculty requirements, in addition to the requirements of the major and minor majors.

According to the system of courses and credit hours, the student is given the opportunity to choose the courses he studies, and in a way that develops the student’s ability to think and assume educational responsibility by participating in selecting the subjects that fit his specialization and distributing them to each semester according to his abilities and inclinations with the help of the academic advisor.

The minimum number of credit hours in the regular academic semester (the study load) is (15) fifteen credit hours, and the upper limit of the study load in the regular semester may not exceed (21) Twenty-one credit hours.

A student may not register in the summer semester more than two courses (6 credit hours); however, with the approval of the Dean of the Faculty, the student may be allowed to register for no more than three courses if he/she has a cumulative GPA of no less than (3.7) points (excellent), enabling him to graduate at the end of the summer semester or with the approval of the Faculty Council.

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The study for all disciplines of the scientific departments is in English. The Sadat Academy for Management Sciences, upon the request of the Council of the Faculty of Computers and Information, grants a bachelor’s degree in computers and information in one of the following disciplines:

(A) Computer Science. (B) information systems. (c) Software engineering.

The student must choose a major and a minor from among these three previous majors at the beginning of his transition to the third year in which the major begins. The major and sub-specialties may not be in the same field. Other major or minor majors may be established in the faculty in the future in accordance with the provisions of the Universities Organizing Law and the approval of the Supreme Council of Universities.

Obtaining a bachelor's degree requires that the student successfully complete a study of (144) credit hours, which includes general requirements, requirements for the faculty, in addition to the requirements of the major and minor specializations.

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The software engineering specialization began to be applied as an independent field in its own right more than a quarter of a century ago. Originally the term software engineering was used to reflect the application of traditional ideas associated with engineering disciplines to the problem of software building and development. Accordingly, this scientific field is related to the development of software systems in an efficient and reliable manner, and working to provide them on a large scale and their continuous maintenance. The field of software engineering has developed, in the modern era, In response to the increasing importance of software for different applications of a critical nature, and the growth of the impact of large and complex software systems with high cost in many situations. Software engineering as a scientific field in its own right is completely different from the fields of scientific engineering because of the imperceptible nature of software and its unrelated nature as well. Accordingly, the scientific field of software engineering includes a wide range of needs for software expertise, and the main purpose of this specialization is related to the development of systematic models and reliable methods for producing high-quality software, and the field extends from theory and principles to application and actual daily practice.

The Software Engineering Department includes the following areas:

Fundamentals of software engineering - Fundamentals of software requirements - Requirements description and validation - Fundamentals of software design - Software architecture and architecture - Software quality design and analysis - Fundamentals of software construction - Software testing - Fundamentals of software maintenance - Software component management - Software engineering management - Software engineering economics - Software project management - software engineering process - software engineering tools and methods - software quality management - research topics in software engineering - graduation project.

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The field of information systems includes concepts, principles and processes that represent one of the main activities in modern organizations. This growing field is related to the development, operation and evolution of infrastructure and systems for use in the many and diverse operations of the organization in terms of developing systems that provide information and communication services in the organization and work on, operate and maintain, that is, information systems work to take into account the dimensions of each of the technical components Developers, operators and users together. Accordingly, information systems attract their inputs of data, information and knowledge, store and process them, and extend their outputs and deliver them to employees and decision makers in the organization. Thus, the function of information systems in any organization is considered a great responsibility associated with planning, supplying or developing, implementing and managing the information technology infrastructure (computers, software and communications),

As well as data and information balances, whether from inside or outside the organization, and working to process them electronically in the organization. The information systems major contributes substantially to a wide range of fields that are included in all or most business organizations and government departments of all kinds and orientations. Information systems act as a catalyst in the technological development of various organizations, making them closely linked to the fundamentals of business, communication, technology and analytical thinking.

The Department of Information Systems includes the following scientific disciplines:

Fundamentals of information systems - Analysis and design of information systems - Physical design and implementation of information systems - Methodologies for developing information systems - E-business strategy, architecture and design - Integrated information systems - Information systems architectures - Expert systems - Knowledge base systems - Management information systems - Business information systems - Systems Geographical information - multimedia information systems - distributed information systems - intelligent information systems - database systems - object databases - distributed databases - economics of information systems - Information systems development methodologies - Information systems applications programming - Quality assurance of software and information systems - Information systems applications in various fields - E-commerce - International Internet network information systems - Decision-making support systems - Fundamentals and concepts of systems science - Information systems project management - Systems quality assurance Information - Selected Research Topics in Information Systems - Graduation Project

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The Department of Computer Science provides a broad range of theoretical foundations and application in the development of automated, computer vision, intelligent systems, and bioinformatics of systems. Computer science is related to the following three fields:

1- Developing effective methods for solving computer problems by developing the most accurate and effective methods that enable data to be stored and transmitted through computers and networks, and to display images and complex shapes. It also works on studying the theory in determining the possibility of performance and studying algorithms that allow the development of new approaches to solve problems of optimal performance

2- Devising new ways to use computers, as the amazing progress made in the fields of computers connected to the Internet, databases, and human-computer interfaces contributed to the production of the international web that changed a lot of the nature of human interactions. Accordingly, the areas of research and development are currently focused on developing practical methods for robots, discovering knowledge from databases, and making computers perform many new tasks.

3- Design and implementation of programs, as the fields of computer science allocate key functions for programming computer languages ​​and help programmers to provide modern approaches on an ongoing basis.

The specializations of the Computer Science Department include the following:

Analysis and design of algorithms - computer architecture - computer programming - concepts of computer languages ​​- formal languages ​​- assembly language - object-oriented programming - building web applications - designing compilers and interpreters - logical design - data structures - computer operating systems - computer architecture and organization - computer networks - artificial intelligence - Intelligent systems - Natural language processing - Image processing - Computer graphics - Multiple agent systems - Neural networks - Parallel processing and distributed systems - Machine learning - Localization of computers - Theory of accounts - Computer security methods - Interface Human interaction with the computer - cloud and portable computing - computer vision - pattern recognition - virtual reality - selected topics in computer science - graduation project.

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Within the framework of Sadat Academy’s plan, which aims to expand the establishment of faculties and add new specializations through educational programs required by the labor market in Egypt and Arab countries, the Faculty of Computers and Information was established. The Academy was awarded a bachelor’s degree in computers and information in one of the following specializations:

·        Computer Science

·        Information Systems

·        Software Engineering

A student can obtain a bachelor's degree with a double major from the majors offered by the Faculty of Computers and Information after completing all academic requirements for both majors.

In addition to adding new programs:

·        Artificial intelligence

·        Cyber security

·        Data science

which are currently approved by the Supreme Council of Universities.