row	Course Title	Course Code	Number of Credits	Prerequisite	Descriptions
1	Calculus 1	1011053	3
2	Calculus 2	1011103	3	Calculus 1
3	Differential Equations	1011253	3	Calculus 2
4	Introduction to Computer and Programming	1236313	3
5	General Physics 1	1021303	3
6	Foundation of Economics	1255103	3		Take a lesson from the 6th row lessons.
	General Physics 2	1021353	3	General Physics 1
	Principles of Accounting and Costing	1126743	3
	Principles of Management	1126713	3
7	Research Method and Report Writings	1218272	2
8	General Physics 1 Laboratory	1022371	1	General Physics 1	Take a lesson from the 8th row lessons.
	Computer Workshop 1	1218281	1
Note: Obtaining 21 units from this table is mandatory.

row	Course Title	Course Code	Number of Credits	Prerequisite
1	Foundation of Mathematics	1236303	3	Calculus 1 or Introduction to Computer and Programming
2	Foundation of Matrix and Linear Algebra	1218103	3	Foundation of Mathematics
3	Foundation of Combinatorics	1218163	3	Corequisite: Introduction to Computer and Programming
4	Foundation of Numerical Analysis	1218133	3	Calculus 2
5	Introduction to Probability	1319153	3	Calculus 1
6	Foundation of Computability Theory	1218293	3	Foundation of Mathematics
7	Advanced Programming	1319143	3	Introduction to Computer and Programming
8	Data Structures and Algorithms	1218304	3	Advanced Programming
9	Principles of Operating systems	1218153	3	Data Structures and Algorithms
10	Numerical Linear Algebra	1218193	3	Foundation of Matrix and Linear Algebra
11	Principles of Computer Systems	1218374	4	Advanced Programming
12	Introduction to Logic and Set Theory	1218243	3	Foundation of Mathematics or Foundation of Logic in Computer Sciences
13	Design and Analysis of Algorithms	1218323	3	Data Structures and Algorithms
Note: It is mandatory to take all the courses in this table (42 credits).

row	Course Title	Course Code	Number of Credits	Prerequisite
1	Linear Optimization*	1218183	3	Foundation of Matrix and Linear Algebra
2	Computability Theory*	1218313	3	Foundation of Computability Theory
3	Artificial Intelligence*	1255033	3	Data Structures and Algorithms, Introduction to Probability
4	Principles of Software Design*	1316163	3	Data Structures and Algorithms
5	Compiler	1218353	3	Foundation of Computability Theory
6	Database	1218333	3	Data Structures and Algorithms
7	Computer Networks	1218393	3	Principles of  Computer Systems
8	Topics in Computer Science	1218343	3	Group Permission
9	None Linear Optimization	1129043	3	Linear Optimization
10	Graph Theory and Applications	1129043	3	Foundation of Combinatorics
11	Numerical Analysis	1218473	3	Foundation of Numerical Analysis
Note: Each student must take the starred courses in this table and must choose a total of 21 credits from this table.

row	Course Title	Course Code	Number of Credits	Prerequisite
1	Computer Geometric Design**	1218383	3	Data Structures and Algorithms
2	Computerized Simulation**	1128413	3	Introduction to Probability
3	An Introduction to Data Mining**	1218633	3
4	Project**	1127553	3	Research Method and Report Writings and passing 90 Credits
5	Internship 1	1127112	2	Research Method and Report Writings and passing 90 Credits
6	Internship 2	1127122	2	Internship 1 and passing 90 Credits
7	Application of Computer in Commercial Systems	1128333	3	Advanced Programming
8	Combined Optimization and Network Analysis	1254083	3	Linear Optimization
9	Foundation of Mathematical Analysis	1218123	3	Calculus 2
10	Foundation of Algebra	1218173	3	Foundation of Mathematics
11	Coding Theory	1264033	3	Foundation of Algebra or Foundation of Matrix and Linear Algebra
12	Programming Languages	1236163	3	Data Structures and Algorithms
13	Computer Graphic	1254023	3	Data Structures and Algorithms
14	Logic	1254043	3	Principles of Combinatorics
15	Management Information Systems	1205093	3	Principles of Management
16	Engineering Mathematics	1011713	3	General Mathematics 2
17	Probability 1	1218203	3	Introduction to Probability
18	Cellular and Molecular Biology		2
19	Topics in Algorithms		3	Design and Analysis of Algorithms
20	Foundation of Bioinformatics		3	Cellular and Molecular Biology
21	Foundation of Entrepreneurship	1236322	2
• Each student without a degree must choose 30 credits from this table, of which at least 14 credits are among the ** courses in this table or the courses not taken in Table 6. • Any student without a degree who takes at least 14 credits from the courses ** in this table or the courses not taken in Table 6, can take 15 credits from the package courses approved in other fields of the university. • Each student with an approved cadet can take 30 credits from other fields (in the form of approved cadets) instead of taking 30 optional courses.