Description
Interested in contributing to the transfer and exchange of information and detection of the latest developments in the field of materials and metallurgical engineering
Objectives
Provide the student with the basic skills to control and operate metallurgical systems such as heat treatment, surface treatment... Etc.
Contribute to solving engineering challenges facing society.
Graduating engineers with sufficient quality expertise to fill the deficit in the subspecialties in the fields of improving the performance of materials for the production and processing of oil, and other industries.
Qualifying the student and developing his scientific and administrative capabilities, and preparing him to compete in the local and regional labor market.
Provide the student with the necessary skills to save energy in metallurgical processes.
Qualifying the student to understand the system of the relationship between structure and properties, manufacturing and performance of engineering materials.
Qualifying engineering cadres in the field of setting material specifications, examination, inspection and analysis of engineering materials.
Outcomes
The graduate must possess a set of mental and practical skills that qualify him to compete in the labor market
The graduate should understand many measurements of microstructure characterization and microscopy
The graduate should be able to use software to solve many quantitative and qualitative analysis of materials problems, and carry out many experiments measuring corrosion rates by electrochemical methods
The graduate should acquire the skills of presenting the results of research and tests
The graduate should realize the professional and ethical responsibility of the engineering profession
The student should practice throughout his presence in the department self-reliance skills in solving the problems facing him to pass the practical and theoretical lessons
The graduate should be able to analyze mechanical and corrosion breakdowns and destructive and non-destructive detection methods for engineering constructions
Certificate Rewarded
Bachelor of Materials and Metallurgical Engineering
Entry Reuirements
The student's level in the previous stage of study should not be less than good
Study Plan
The Bachelor in Materials and Metallurgical Engineering prepares students to qualify for Bachelor in Materials and Metallurgical Engineering. The student studies several subjects which have been carefully
chosen in this major to cover its different aspects.
It comprises
10 Semesters of study, in which the student will study a total of 154 units, which include 40 units of general subjects, and 100 major units, 6 of elective units. In addition to a final project in the student's major.
Study plan for this program is shown below:
1st Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
2nd Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| GS115L |
|
01 |
General |
GS115 |
+
|
3rd Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| MME210 |
|
03 |
Compulsory |
GS115 |
+
|
| GS112L |
|
01 |
General |
GS111 |
+
|
4th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| GE129L |
|
01 |
General |
GE129 |
+
|
| MME211 |
|
03 |
Compulsory |
GS115L MME210 |
+
|
| MME220 |
|
04 |
Compulsory |
GS115 |
+
|
5th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| PH317 |
|
03 |
Compulsory |
GS112 |
+
|
| MME325 |
|
03 |
Compulsory |
GS115 MME220 |
+
|
| MME240 |
|
02 |
Compulsory |
GE121 |
+
|
| M305 |
|
03 |
Compulsory |
GS102 |
+
|
6th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| MME309 |
|
03 |
Compulsory |
GS102 |
+
|
| MME312 |
|
03 |
Compulsory |
GS102 |
+
|
| MME315 |
|
03 |
Compulsory |
MME210 |
+
|
| MME340 |
|
04 |
Compulsory |
GS203 |
+
|
| MME326 |
|
03 |
Compulsory |
GS102 |
+
|
| MME330 |
|
03 |
Compulsory |
MME214 |
+
|
7th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| MME306 |
|
03 |
Compulsory |
MME220 |
+
|
| MME335 |
|
03 |
Compulsory |
MME312 |
+
|
| MME327 |
|
03 |
Compulsory |
MME326 |
+
|
| MME320 |
Electrical, Magnetic and Optical Properties |
04 |
Compulsory |
GS112 |
+
|
| MME331 |
|
03 |
Compulsory |
MME330 |
+
|
8th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| MME336 |
|
03 |
Compulsory |
MME335 |
+
|
| MME420 |
|
03 |
Compulsory |
GS204 |
+
|
| MME427 |
|
03 |
Compulsory |
MME326 |
+
|
| MME440 |
|
03 |
Compulsory |
MME326 |
+
|
| MME461 |
|
03 |
Compulsory |
MME312 |
+
|
9th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| MME441 |
|
03 |
Compulsory |
MME440 |
+
|
| MME450 |
|
03 |
Compulsory |
MME326 |
+
|
| MME462 |
|
03 |
Compulsory |
MME461 |
+
|
| MME465 |
|
03 |
Compulsory |
MME315 |
+
|
10th Semester
| Code |
Title |
Credits |
Course Type |
Prerequisite |
|
| MME470 |
|
04 |
Compulsory |
MME336 |
+
|
| MME480 |
|
03 |
Compulsory |
MME427 |
+
|
| MME599 |
|
04 |
Compulsory |
MME499 |
+
|
