|
First year
syllabus |
| |
|
Course
Name |
Credit Hours |
Course
Name |
Credit Hours |
|
Basic Mathematics |
4(3+1) |
Trigonometry and Algebra |
5(3+2) |
|
Principles of Calculus |
3(1+2) |
Introduction to probability and
statistics |
4(3+1) |
|
Calculus I |
4(3+1) |
Calculus II |
4(3+1) |
|
Vectors and Mechanics |
3(2+1) |
Computer Science principles I |
2(1+1) |
|
Computer Science principles II |
4(2+2) |
Discrete Mathematics I |
2(1+1) |
|
Arabic Language |
4(4+0) |
English Language |
4(4+0) |
|
Islamic Studies |
4(4+0) |
|
| |
|
|
Second
Year Syllabus |
| |
|
Course Name |
Credit
Hours |
Course Name |
Credit
Hours |
|
Ordinary Differential Eqs. I |
3(2+1) |
Linear Algebra |
4(3+1) |
|
Real Analysis I |
4(3+1) |
Probability and Statistics |
3(2+1) |
|
Primary Statistics |
3(2+1) |
Functions with Several Variables |
3(2+1) |
|
Vector Analysis |
4(3+1) |
Discrete Mathematics II |
3(2+1) |
|
Arithmetic I |
3(2+1) |
Algorithms & Data Structure I |
3(2+1) |
|
Arabic Language |
4(4+0) |
English Language |
4(4+0) |
|
Islamic Studies |
4(4+0) |
|
| |
|
|
Third
year Syllabus |
| |
|
Course
Name |
Credit Hours |
Course
Name |
Credit Hours |
|
Real Analysis II |
3(2+1) |
Algebraic Structures |
3(2+1) |
|
Combinatorial Analysis |
3(2+1) |
Introduction to Topology |
3(2+1) |
|
Least Squares |
3(2+1) |
Practical Statistics |
3(0+3) |
|
Complex Variables I |
3(2+1) |
Complex Variables II |
3(2+1) |
|
Operation Researches I |
3(2+1) |
Special functions and mathematical
methods |
3(2+1) |
|
Programming methods |
3(2+1) |
Mathematics History |
3(2+0) |
|
Systems Design & Analysis |
3(2+1) |
Arithmetic II |
3(2+0) |
|
Ordinary Differential Eqs. II |
3(2+1) |
|
|
|
| |
|
|
Fourth and Fifth
Year Syllabus |
| |
Students are nominated to join
the Honours classes according to their merits in third year. Those who are not nominated,
graduate at the end of the fourth year with a General degree. In fourth
and fifth year, the student have to choose -with the department agreement- at least
five courses in each term from the following list of courses. He must include in his
choice three courses from his specific field. A research project is obligatory for the
Honours student. |
| |
|
| |
Pure
Mathematics: |
| |
Course Name |
Credit Hours |
Course Name |
Credit Hours |
|
Topology |
3(2+1) |
Numbers
Theorem |
3(2+1) |
|
Introduction
to Graph theory |
3(2+1) |
Rings &
Ring Spaces |
3(2+1) |
|
Advanced
Calculus |
3(2+1) |
Measure
Theorem |
3(2+1) |
|
Functional
Analysis |
3(2+1) |
Introduction
to algebraic topology |
3(2+1) |
|
Galois
Theorem |
3(2+1) |
Measurement
theory & integration |
3(2+1) |
|
Functional
Analysis II |
3(2+1) |
Differential
Geometry |
3(2+1) |
|
Fractious
Engineering |
3(2+1) |
Group Theory |
3(2+1) |
|
Selected
Topics in pure Mathematics |
3(2+1) |
Research
Project in pure Mathematics |
4(4+0) |
|
| |
|
| |
Applied
Mathematics: |
| |
|
Course Name |
Credit Hours |
Course Name |
Credit Hours |
Partial
Differential Equ. |
3(2+1) |
Introduction
to Relativity |
3(2+1) |
Compressible
flow |
3(2+1) |
Incompressible
flow |
3(2+1) |
Magnetic
fluid mechanics |
3(2+1) |
Waves |
3(2+1) |
Electromagnetic
Theorem I |
3(2+1) |
Electromagnetic
II |
3(2+1) |
Variation
Calculus |
3(2+1) |
Advanced
Mathematical Methods |
3(2+1) |
Problem
of Proper value |
3(2+1) |
Maximum
value problem of several variables function |
3(2+1) |
Approximation
of Functions |
3(2+1) |
Numerical
solution for simple differential Equ. |
3(2+1) |
Quantitative
Mechanics I |
4(3+1) |
Quantitative
Mechanics II |
4(3+1) |
Heat, Statistical
& analytical mechanics principles |
4(3+1) |
Selected Topics in
applied mathematics |
3-9 |
|
Research project in applied
mathematics |
4(4+0) |
|
| |
|
| |
Statistics: |
| |
|
Course Name |
Credit Hours |
Course Name |
Credit Hours |
Introduction
to Random Operations |
3(2+1) |
Sampling
Techniques |
3(2+1) |
Statistical
Sustain |
3(2+1) |
Probability
process |
3(2+1) |
Baysian
Methods |
3(2+1) |
Safety
Theorem |
3(2+1) |
Applied
Statistics I |
3(2+1) |
Applied
Statistics |
3(2+1) |
Games
Theorem |
3(2+1) |
Selected
Topics in Statistic Science |
3-6 |
Selected
Topics in Probability Science |
3-6 |
|
| |
|
| |
Computer
Sciences: |
| |
The obligatory syllabus for pure Computer and
combined Computer science |
| |
|
Course Name |
Credit Hours |
Course Name |
Credit Hours |
Cobol
Language |
4(3+1) |
Computer
Architecture & Structure |
4(3+1) |
Software
Engineering & Production |
4(3+1) |
Modelling
& Simulation |
4(3+1) |
File
Management & Data Base |
4(3+1) |
Algorithms
and Advanced Data Structure II |
4(3+1) |
|
| |
|
| |
|
| |
Compulsory Syllabus for pure Computer Students: |
| |
|
Course
Name |
Credit
Hours |
Course
Name |
Credit
Hours |
|
Programming Methods |
4(3+1) |
Computer Structure and Architecture |
4(3+1) |
|
Assembly Language |
4(3+1) |
programming & designing Compilers
|
4(3+1) |
|
Systems Programming |
4(3+1) |
|
| |
|
| |
Optionally Syllabus (one syllabus at least in each
field and as the environment applies): |
| |
1- Computer Architecture field: |
| |
Course Name |
Credit
Hours |
Course Name |
Credit
Hours |
|
microcomputers Architecture |
4(3+1) |
Parallel processing devices |
4(3+1) |
|
| |
|
| |
2- Languages field: |
| |
Course Name |
Credit Hours |
Course Name |
Credit
Hours |
|
Languages:Theorem,
Structure, Comparison |
4(3+1) |
Object Oriented
Programming (OOP) |
4(3+1) |
|
Object Oriented Data
Bases |
4(3+1) |
|
| |
|
| |
3- Operating Systems field: |
| |
|
Course
Name |
Credit
Hours |
Course
Name |
Credit
Hours |
|
Performance Analysis for Operating
Systems |
4(3+1) |
Computer Telecommunications &
Network |
4(3+1) |
|
| |
|
| |
4- Application field: |
| |
Course Name |
Credit Hours |
Course Name |
Credit Hours |
|
Accounts |
4(3+1) |
Information Systems Performance |
4(3+1) |
|
| |
|
| |
5- Pure Computers Science field: |
| |
Course Name |
Credit
Hours |
Course Name |
Credit Hours |
|
Computer Science Theorem |
4(3+1) |
Algorithms Analysis |
4(3+1) |
|
Information Systems Building methods |
4(3+1) |
|
| |
|
| |
6- Artificial Intelligence field: |
| |
Course Name |
Credit Hours |
Course Name |
Credit
Hours |
|
Artificial Intelligence, Expert
Systems & Robotics |
4(3+1) |
Computer Graphics |
4(3+1) |
|
