Faculty of Chemical Engineering

The study plan is distributed as follows:

The First Level:

The first semester:

 

Code Course Name Credits Theoretical Practical  Pre - request
 UR111 English language skils ( 1 )  2  2  0  -
UR112  computer skills ( 1 )  2   1  2 - 
CR111  engineering mathematics ( 1 ) 3  2  2  - 
CR112  engineering drawing  2  1  2  - 
CR113  general engineering chemistry 3  2  2  - 
CR114  engineering physics   3  2 2  - 
CR115  engineering mechanics   3  2   2 - 
  Total 18 12 12  

 

The second semester:

Code Course Name Credits Theoretical Practical  Pre-request
UR121 English language skills ( 2 ) 2 2 0 -
UR122 Arabic language ( 1 ) 3 3 0 -
CR121 engineering mathematics ( 2 ) 2 1 2 CR111
CR122 computer skills ( 2 ) 2 1 2 UR111
CHE121 machine drawing  2 1 2 CR112
CRE122 general organic chemistry 3 2 2 -
CHE123 chemical engineering principles 3 2 2 -
  Total 17 12 10  

 

 

The Second Level:

The first semester:

Code Course Name Credits Theoretical Practical 

Pre-request
UR211 ( B ) university elective course 3 3 0

-
CR211 special English language skills ( 1 ) 2   2 0  - 
CRE211 applied mathematics 2  1  2  CR121 
CHE212  applied computer programs  2  1  2  CR122 
CHE213  general physical chemistry  3  2  2  - 
CHE214  basic technologies of inorganic industries  3  2   2 - 
CHE215  basic technologies of inorganic industries   3  2  2  - 
  Total  18  13  10   

 

The second semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CR221 special English language skills ( 2 ) 2 2 0

-
CR212 electrical engineer principles 2  1 2 - 
CHE221 numerial analysis 2  2  0 CHE211
CHE222  advanced physical chemistry  3 2 2  CHE213
CHE223  analytical chemistry 3  2  2  - 
CHE224  advanced technologies of inorganic industries  3  2   2 CHE214 
CHE225  advanced technologies of inorganic industries   3  2  2  CHE215
  Total  18  13  10   

 

 

The Third Level:

The first semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CR311 ( c ) college elective course 3 3 0

-
CHE311 fluid's flow 3  2 2 - 
CHE312 heat transfer's principles 3 2 2 -
CHE313 engineering thermodynamics' principles 3 2 2 -
CHE314 chemical unit operations ( 1 ) 3 2 2 -
CHE315 engineering materials' 3 2 2  
  Total 18 13 10  

 

The second semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CHE321  fluid & particles' mechanics  3  2  2 

CHE311 
CHE322  heat transfer with phase change  3  2  2  CHE312 
CHE323  engineering themodynamics of equipment  & processes  3  2  2 CHE213 
CHE324  chemical  unit operations ( 2 )  3   2  2 CHE214 
CHE325  engineering composite materials  3  2  2  CHE315 
CHE326  engineering statistics  2   2  0 - 
  Total   17  12 10   

 

 

 

The Fourth Level:

The first semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CHE411 mass transfer  3  2  2 

- 
CHE412 chemical interactions engineering's principles 3 2 2

-
CHE413  polymer's engineering  3   2  2

-
CHE414  fertilizers' technology 3  2  2 

-
CHE415  dyes and adhesives industry technology  3  2  2 

-
CHE416  fibers industry technology   3 2  2 

-
  Total  17  12  10   

 

The second semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CHE421 transport phenomena 3  2  2 

- 
CHE422  advanced chemical reaction engineering & catalysis  3  2  2  CHE412 
CHE423  instrumental methods in chemical analysis  3  2   2 - 
CHE424  modeling & computation in chemical engineering industries  2   2 0  - 
CHE425  solvents' industry technology   3 2   2  
CHE426  cellulose industries' technology  3  2  2  - 
  Total  17  12  10   

 

 

The Fifth Level:

The first semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CHE521 process dynamics & control 3  2  2 

- 
CHE512 equipment design by computer 2 1 2

-
CHE513 environmental engineering 2 2 0

-
CHE514 detergents' industry technology 3 2 2  
CHE515 project of final design in chemical industries engineering ( 1 ) 2 0 6

-
CHE516 ( B ) department elective course 3 2 2

-
  Total 15 10 12  

 

 

The second semester:

Code Course Name Credits Theoretical Practical 

Pre-request
CHE521 fermentation industries technology 3  2  2   
CHE522 industrial safety  2  2  0  - 
CHE523  corrosion engineering  2  2   0 - 
CHE524  economics & management in chemical engineering industries      1 1  0 -
 CHE525 project of final design in chemical industries engineering ( 2 )  2  0   6 CHE515  
CHE526 ( A )  department electrive course  3  3   0  -
  Total  13  10  8   

 

4134
Students
400
Teachers
683
Graduates
7
Faculties