Civil Engineering - Study Plan
University Requirements:
These courses are common for all faculties. They aim to raise the linguistic level of students and improve their social and communication skills. They include:
Compulsory University Requirements
All students must register and pass the following courses (5 Cr. H.):
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Computer Skills |
3 |
|
|
Academic Writing & Research |
2 |
English Level 3 |
|
Sum =5 |
||
Elective University Requirements
A student is allowed to choose 8 Cr. H. out of the following:
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Managerial Skills |
2 |
|
|
Introduction To Sociology |
2 |
|
|
Principals Of Logic |
2 |
|
|
The Arabic Language |
2 |
|
|
Sport & Arts |
2 |
|
|
Introduction To Psychology |
2 |
|
|
Introduction To Ecology |
2 |
|
|
Arabic Culture |
2 |
|
|
Second Foreign Language (French , German , Spanish ) |
2 |
English Level 3 |
|
European Civilization |
2 |
English Level 3 |
|
Communication Skills |
2 |
English Level 3 |
|
English Level 4 |
2 |
English Level 3 |
|
Sum = 10 |
||
Faculty Requirements
These courses introduce the basic engineering principles to the student and illustrate the studying methodology in the faculty. They are divided into two groups:
Compulsory Faculty Requirements
All students must register and pass the following courses (122 Cr. H.):
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Building Construction |
3 |
- |
|
Linear Algebra (Main Mathematical Analysis) (Math I) |
4 |
- |
|
Building Physics |
3 |
- |
|
Engineering Drawing |
3 |
- |
|
Building Chemistry |
3 |
- |
|
Analysis Ordinary Differential Equations (Math II) |
4 |
Linear Algebra (Math I) |
|
Numerical Simulation Methods In Civil Engineering (Math III) |
4 |
Structural Analysis II |
|
Engineering Mechanics (Static) |
3 |
- |
|
Building Material Science |
4 |
- |
|
Mechanics Of Materials I |
3 |
Engineering Mechanics (Static) |
|
Surveying |
3 |
- |
|
(Fluid Mechanics) Water Eng. I |
3 |
Linear Algebra (Math I) |
|
Mechanics Of Materials I |
||
|
Mechanics Of Materials II |
2 |
Mechanics Of Materials I |
|
Computer Programming For Civil Engineers |
3 |
Computer Skills |
|
Engineering Geology And Soil Mechanics |
3 |
- |
|
Road And Traffic Engineering |
4 |
Computer Skills |
|
Surveying |
||
|
Construction Management |
3 |
Reinforced Concrete II |
|
Reinforced Concrete I |
4 |
Mechanics Of Materials I |
|
Building Materials Science |
||
|
Structural Analysis I |
3 |
Mechanics Of Materials II |
|
(Hydraulics) Water Eng. II |
3 |
(Fluid Mechanics) Water Eng. I |
|
Steel Structures I |
3 |
Mechanics Of Materials II |
|
Foundation Engineering |
3 |
Engineering Geology And Soil Mechanics |
|
Reinforced Concrete I |
||
|
Structural Analysis II |
3 |
Structural Analysis I |
|
Steel Structures II |
4 |
Steel Structures I |
|
Reinforced Concrete II |
4 |
Reinforced Concrete I |
|
Construction Markets |
3 |
Reinforced Concrete II |
|
Reinforced Concrete III |
4 |
Reinforced Concrete II |
|
(Sanitary) Water Eng. III |
3 |
(Hydraulics) Water Eng. II |
|
Structural Analysis III |
4 |
Structural Analysis II |
Design Project |
4 |
Foundation Engineering |
|
Steel Structures II |
||
|
Higher Math And Informatics |
3 |
Analysis Ordinary Differential Equations (Math II) |
|
Computer Programming for Civil Eng. |
||
|
Team Project I (Structural Eng.) |
2 |
Reinforced Concrete I |
|
Team Project II (Structural Eng.) |
2 |
Foundation Engineering |
|
Reinforced Concrete III |
||
|
Student Work (Structural Eng.) |
3 |
Reinforced Concrete II |
|
Steel Structures II |
||
|
Structural Analysis II |
||
|
Final Project (Structural Eng.) |
12 |
Design Project |
|
Team Project 1 |
||
|
Team Project 2 |
||
|
Design of Concrete Structure |
||
|
Sum = 122 |
||
Elective Faculty Requirements
A student is allowed to choose 8 Cr. H. out of the following:
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Building Materials Science II |
3 |
Building Material Science |
|
Geodesy II |
3 |
Surveying |
|
Law And Contracting |
2 |
- |
Materials And Forms |
4 |
Construction Management |
|
Construction Markets |
||
|
(Services Building) Project |
4 |
Water Eng. I |
|
Sum = 8 |
||
After finishing University & Faculty Requirements, the faculty awards students the Bachelor Degree of Civil Engineering in one of the following three majors: Structural Engineering, Environmental Engineering, and Construction Engineering Management.
Structural Engineering Major
In this major, the student can choose one of the following two specialization:
Track I: Advanced Mechanics of Materials
Compulsory Major Requirements
All students must register and pass the following courses (16 Cr. H.):
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Finite Element |
4 |
Computer Programming for Civil Eng. |
|
Structural Analysis II |
||
|
Structural Dynamics |
4 |
Structural Analysis III |
|
Advanced Mechanics Of Materials |
4 |
Structural Analysis II |
|
Earthquake Engineering |
4 |
Structural Dynamics |
|
Sum = 16 |
||
Elective Major Requirements
Student is allowed to choose 8 Cr. H. out of the following:
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Geometric Modeling |
4 |
Reinforced Concrete I |
|
Structural Analysis I |
||
|
Design Of Engineering Application |
4 |
Reinforced Concrete I |
|
Steel Structures I |
||
|
Algorithms, Data Structures And Design Patterns |
4 |
Higher Math. and Informatics |
|
Geotechnical Earthquake Engineering |
4 |
Foundation Engineering |
|
Constitutive Models |
4 |
Structural Analysis II |
|
Sum = 8 |
||
Track II: Structural Design
Compulsory Major Requirements
All students must register and pass the following courses (16 Cr. H.):
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Advanced Engineering Materials |
4 |
Building Material Science |
|
Advanced Mechanics Of Materials |
4 |
Structural Analysis II |
|
Design Of Concrete Structures |
4 |
Reinforced Concrete II |
|
Foundation Engineering |
||
|
Water Eng. III |
||
|
Design Of Steel And Composite Structures |
4 |
Reinforced Concrete II |
|
Steel Structures II |
||
|
Sum = 16 |
||
Elective Major Requirements
Student is allowed to choose 8 Cr. H. out of the following:
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Geometric Modeling |
4 |
Reinforced Concrete I |
|
Structural Analysis I |
||
|
Design Of Engineering Application |
4 |
Reinforced Concrete I |
|
Steel Structures I |
||
|
Masonry Structures |
4 |
Reinforced Concrete II |
|
Algorithms, Data Structures And Design Patterns |
4 |
Higher Math. and Informatics |
|
Rehabilitation |
4 |
Reinforced Concrete II |
|
Structural Analysis III |
||
|
Durability Of Reinforced Concrete |
4 |
Reinforced Concrete II |
|
Advanced Engineering Materials |
||
|
Soil Mechanics And Geotechnical Engineering |
4 |
Foundation Engineering |
|
Finite Element |
4 |
Computer Programming for Civil Eng. |
|
Structural Analysis II |
||
|
Sum = 8 |
||
Environmental Engineering Major
Compulsory Major Requirements
All students must register and pass the following courses (16 Cr. H.):
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Introduction to Microbiology And Chemistry of Environmental Engineering |
4 |
Faculty Agreement |
|
Hydrology |
4 |
|
|
Environmental Fluid Mechanics |
4 |
|
|
Environmental Engineering And Environmental Impact Assessment |
4 |
|
|
Sum = 16 |
||
Elective Major Requirements
A student is allowed to select 8 Cr. H. out of the following:
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Solid & Hazardous Waste Engineering |
4 |
Faculty Agreement |
|
Building Services Engineering |
4 |
|
|
Waste Minimization Recycling And Cleaner Production |
4 |
|
|
Biological Treatment And Product Utilization |
4 |
|
|
Sum = 8 |
||
Construction Engineering Management Major
Compulsory Major Requirements
All students must register and pass the following courses (16 Cr. H.):
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Architectural Management |
4 |
Faculty Agreement |
|
Production And System Engineering |
4 |
|
|
Construction Law |
4 |
|
|
Economics And Business Administration |
4 |
|
|
Sum = 16 |
||
Elective Major Requirements
A student is allowed to choose 8 Cr. H. out of the following:
|
Course Name |
CR_HRS |
Prerequisite Course Name |
|
Durability Of Concrete |
4 |
Faculty Agreement |
|
Advanced Construction Management |
4 |
|
|
Decision Making |
4 |
|
|
Modern Areas: Safety And Sustainability |
4 |
|
|
Risk Management |
4 |
|
|
Sum = 8 |
||
