هيئة اعتماد مؤسسات التعليم العالي

&

الكفايـــــــات النظريــــــــة

والمحاور الأساسية

لتخصـــــــص

"نظم المعلومات الحاسوبية"

نظم المعلومات الحاسوبية

مجالات المعرفة
الوزن	المجالات النظرية الأساسية	الرقم المتسلسل
25%	لغات البرمجة وتراكيب البيانات.	1
15%	نظم التشغيل والشبكات والذكاء الاصطناعي.	2
%30	نظم المعلومات وتطبيقاتها وقواعد البيانات وهندسة البرمجيات.	3
10%	التطبيقات الإلكترونية (التجارة الإلكترونية، التسوق الإلكتروني والحكومة الإلكترونية).	4
10%	الرياضيات والإحصاء.	5
الوزن	المجالات المساندة	الرقم المتسلسل
10%	مفاهيم أساسية في الإدارة والعلوم المالية والمحاسبة	1

Knowledge Area
No.	Core Theoretical Area	Weight
1	Programming Languages and Data Structures.	25%
2	Operating Systems, Networks and Artificial Intelligence.	15%
3	Information Systems and Applications, Database Management and Software Engineering.	30%
4	e-Commerce, e-marketing and e-government	10%
5	Mathematics and Statistics	10%
No.	Supporting Area	Weight
1	Basic Principles in Management, Financial Sciences and Accounting	%10

Intended Learning Outcomes (ILOs) for CIS degree: Upon successful completion of this degree, students should be able to
No.	The Intended Learning Outcomes
1	Design, implement, trace, debug, and test problems using programming languages such as C++, JAVA, etc.
2	Apply programming concepts including declarations, functions, objects, classes, inheritance, pointers, and references to objects, etc.
3	Apply data structures concepts to represent information and solve problems.
4	Know and explain the basic principles in operating systems such as operating system structure, processes, CPU and job scheduling, deadlocks, memory management, virtual memory, and I/O devices management.
5	Know and explain the principles of networking such as OSI model, TCP/IP model, LANs, WANs, internet, network management, and network protection and security.
6	Understand and explain concepts and techniques in Artificial Intelligence.
7	Know and explain the concepts of database systems such as schema architecture, entity relationship model, and normalization.
8	Design and implement database systems including reports and forms using SQL.
9	Analyze, design, implement, and evaluate systems including system development life cycle, and strategies and techniques of systems planning documentation.
10	Understand and explain the concepts of software engineering such as software quality, process models, software requirement analysis, design methodologies, software testing, and software maintenance.
11	Analyze system development using methodologies and techniques in all phases.
12	Manage information systems and projects including all phases and documentation.
13	Understand and explain the roles of information systems in the overall strategy and management of organizations.
14	Explain different systems such as MIS, Decision support systems, Business Intelligent Systems, Executive Information Support Systems, and production-manufacturing systems.
15	Design and implement portals and web applications.
16	Explain the principles and the processes of electronic commerce, e-marketing, e-government and e-learning.
17	Perform feasibility study and evaluate projects and present project scope, requirements, analyzes, and identify and select solutions.
18	Understand mathematical concepts and their application such as logical, counting methods, methods of proof, sets, relations, graphs, functions, matrices, and differentiation and integration methods.
19	Understand statistical methods and basic probability.
20	Understand and explain the basic principles of management.
21	Understand and explain the basic principles of finance.
22	Understand and explain the basic principles of accounting.