2018 Bylaw, Courses offered by Public Works Engineering Department

Home 2018 Bylaw, Courses offered by Public Works Engineering Department

Courses offered by Public Works Engineering Department

The Public Works Engineering Department is responsible for teaching courses that serve the following programs:

One course in Faculty Requirement.
Several Basic Civil Engineering courses as a Civil Discipline Requirement.
Water Engineering and Hydraulic Structures Program.
Structural Engineering Program.
Utilities and Infrastructure Program.
Building Engineering Program.
Civil Infrastructure Engineering Program.
Architectural Engineering Program

Table 66 List of specializations at the Public Works Engineering Department.

#	Specialization
1	Surveying and Remote Sensing
2	Transportation Planning and Traffic Engineering
3	Highways and Airport Engineering
4	Railway Engineering
5	Sanitary and Environmental Engineering
9	Graduation Project

The following abbreviations are the legend for the courses table.

Lvl	Level	UR	University Requirement	SA	Student Activities
CH	Credit Hour	FR	Faculty Requirement	MT	Mid-Term Exam
ECTS	European Credit Transfer System	DR	Discipline Requirement	PE	Practical Exam
SWL	Student Work Load	PR	Program Requirement	FE	Final Exam
Lec	Lectures
Tut	Tutorials
Lab	Laboratory
TT	Total

Table 67 List of MCT courses.

#	Lvl	Code	Course Title	Credits and SWL			Contact Hours				Classification				Assessment (%)				Prerequisites
#	Lvl	Code	Course Title	CH	ECTS	SWL	Lec	Tut	Lab	TT	UR	FR	DR	PR	SA	MT	PE	FE	Prerequisites
1. Surveying and Remote Sensing
1	0	CEP011	Projection and Engineering Graphics	3	6	150	1	3	2	6		x			35	20	0	40
1	0	CEP011s	Projection and Engineering Graphics	3	6	150	1	3	2	6		x			35	25	0	40
1	1	CEP111	Plane Surveying (1)	2	4	100	2	1	1	4			x		15	25	10	40
1	1	CEP111s	Plane Surveying (1)	2	4	100	2	1	1	4			x		15	10	15	60
1	1	CEP112	Plane Surveying (2)	3	5	125	2	1	2	5			x		15	25	10	40	( CEP111 )
1	1	CEP112s	Plane Surveying (2)	3	5	125	2	1	2	5			x		15	10	15	60	( CEP111s )
1	1	CEP113	Surveying	2	4	100	1	1	1	3				x	15	25	15	40
1	1	CEP113s	Surveying	2	4	100	1	1	1	3				x	20	25	15	40
1	2	CEP211	Topographic Surveying (1)	2	5	125	2	1	1	4			x		15	25	10	40	( CEP112 )
1	2	CEP211s	Topographic Surveying (1)	2	5	125	2	1	1	4			x		15	10	15	60	( CEP112s )
1	2	CEP212	Engineering Surveying	3	5	125	2	2	0	4			x		15	25	10	40	( CEP211 )
1	2	CEP212s	Engineering Surveying	3	5	125	2	2	0	4			x		20	20	0	60	( CEP211s )
1	2	CEP213	Surveying (1)	4	6	150	3	2	2	7				x	20	20	15	40	( PHM013 )
1	2	CEP213s	Surveying (1)	4	6	150	3	2	2	7				x	25	20	15	40	( PHM013s )
1	2	CEP214	Surveying (2)	4	6	150	2	3	2	7				x	20	20	15	40	( CEP213 )
1	2	CEP214s	Surveying (2)	4	6	150	2	3	2	7				x	25	20	15	40	( CEP213s )
1	3	CEP311	Topographic Surveying (2)	2	5	125	2	1	1	4				x	15	25	10	40	( CEP211 )
1	3	CEP311s	Topographic Surveying (2)	2	5	125	2	1	1	4				x	20	20	0	60	( CEP211s )
1	3	CEP312	Surveying (3)	2	4	100	2	1	0	3				x	30	25	0	40	( CEP214 )
1	3	CEP312s	Surveying (3)	2	4	100	2	1	0	3				x	35	25	0	40	( CEP214s )
1	3	CEP313	Photogrammetric Surveying	2	4	100	2	1	0	3				x	30	25	0	40	( CEP312 )
1	3	CEP313s	Photogrammetric Surveying	2	4	100	2	1	0	3				x	35	25	0	40	( CEP312s )
1	3	CEP314	Infrastructure Network Planning	2	5	125	2	1	1	4				x	30	25	0	40	( CEP312 )
1	3	CEP314s	Infrastructure Network Planning	2	5	125	2	1	1	4				x	35	25	0	40	( CEP312s )
1	4	CEP411	Geodetic Surveying	3	6	150	2	2	0	4				x	15	25	10	40	( CEP212 ) AND ( CEP311 )
1	4	CEP411s	Geodetic Surveying	3	6	150	2	2	0	4				x	20	20	0	60	( CEP212s ) AND ( CEP311s )
1	4	CEP412	Hydrographic Surveying	2	4	100	2	1	0	3				x	15	25	10	40	( CEP311 )
1	4	CEP412s	Hydrographic Surveying	2	4	100	2	1	0	3				x	20	20	0	60	( CEP311s )
1	4	CEP413	Geographic Information Systems GIS	2	4	100	2	1	0	3				x	15	25	10	40	( CEP311 )
1	4	CEP413s	Geographic Information Systems GIS	2	4	100	2	1	0	3				x	20	20	0	60	( CEP311s )
1	4	CEP414	Surveying using Satellite	2	4	100	2	1	0	3				x	15	25	10	40	( CEP411 )
1	4	CEP414s	Surveying using Satellite	2	4	100	2	1	0	3				x	20	20	0	60	( CEP411s )
1	4	CEP415	Geodetic and GPS Surveying	2	4	100	2	1	0	3				x	30	25	0	40	( CEP312 )
1	4	CEP415s	Geodetic and GPS Surveying	2	4	100	2	1	0	3				x	35	25	0	40	( CEP312s )
1	4	CEP416	Hydrographic Surveying and Harbor Engineering	2	4	100	2	1	0	3				x	30	25	0	40	( CEP312 )
1	4	CEP416s	Hydrographic Surveying and Harbor Engineering	2	4	100	2	1	0	3				x	35	25	0	40	( CEP312s )
1	4	CEP417	GIS Applications in Civil infrastructure Projects	2	4	100	2	1	0	3				x	30	25	0	40	( CEP312 )
1	4	CEP417s	GIS Applications in Civil infrastructure Projects	2	4	100	2	1	0	3				x	35	25	0	40	( CEP312s )
2. Transportation Planning and Traffic Engineering
1	2	CEP221	Introduction to Transportation & Traffic Engineering	3	5	125	2	2	0	4				x	30	25	0	40	( PHM111 )
1	2	CEP221s	Introduction to Transportation & Traffic Engineering	3	5	125	2	2	0	4				x	35	25	0	40	( PHM111s )
1	3	CEP321	Transportation Planning	3	6	150	2	2	0	4				x	15	25	10	40	( PHM111 )
1	3	CEP321s	Transportation Planning	3	6	150	2	2	0	4				x	20	20	0	60	( PHM111s )
1	3	CEP322	Transportation and Roads Engineering	2	4	100	2	1	0	3				x	15	25	10	40	( PHM111 )
1	3	CEP322s	Transportation and Roads Engineering	2	4	100	2	1	0	3				x	20	20	0	60	( PHM111s )
1	3	CEP323	Principles of Traffic Engineering	2	4	100	2	1	0	3				x	30	25	0	40	( CEP221 )
1	3	CEP323s	Principles of Traffic Engineering	2	4	100	2	1	0	3				x	35	25	0	40	( CEP221s )
1	4	CEP421	Traffic Engineering	3	5	125	2	2	0	4				x	15	25	10	40	( CEP321 )
1	4	CEP421s	Traffic Engineering	3	5	125	2	2	0	4				x	20	20	0	60	( CEP321s )
1	4	CEP422	Traffic Management Systems	2	4	100	2	1	0	3				x	15	25	10	40	( CEP321 )
1	4	CEP422s	Traffic Management Systems	2	4	100	2	1	0	3				x	20	20	0	60	( CEP321s )
1	4	CEP423	Traffic Studies and Analysis	2	4	100	2	1	0	3				x	15	25	10	40	( CEP421 ) AND ( CEP321 )
1	4	CEP423s	Traffic Studies and Analysis	2	4	100	2	1	0	3				x	20	20	0	60	( CEP421s ) AND ( CEP321s )
1	4	CEP424	Transportation Economics	2	4	100	2	1	0	3				x	30	25	0	40	( CEP221 )
1	4	CEP424s	Transportation Economics	2	4	100	2	1	0	3				x	35	25	0	40	( CEP221s )
1	4	CEP425	Urban Transportation Planning	2	4	100	2	1	0	3				x	30	25	0	40	( CEP221 )
1	4	CEP425s	Urban Transportation Planning	2	4	100	2	1	0	3				x	35	25	0	40	( CEP221s )
1	4	CEP426	Intelligent Transportation Systems	2	4	100	2	1	0	3				x	30	25	0	40	( CEP221 )
1	4	CEP426s	Intelligent Transportation Systems	2	4	100	2	1	0	3				x	35	25	0	40	( CEP221s )
3. Highways and Airport Engineering
1	3	CEP331	Roads and Airport Engineering	3	6	150	2	2	0	4				x	15	25	10	40
1	3	CEP331s	Roads and Airport Engineering	3	6	150	2	2	0	4				x	20	20	0	60
1	3	CEP332	Highway Geometric and Structural Design	3	4	100	2	2	0	4				x	30	25	0	40	( CEP221 )
1	3	CEP332s	Highway Geometric and Structural Design	3	4	100	2	2	0	4				x	35	25	0	40	( CEP221s )
1	3	CEP333	Road Construction Material	2	4	100	2	1	0	3				x	30	25	0	40	( CEP332 )
1	3	CEP333s	Road Construction Material	2	4	100	2	1	0	3				x	35	25	0	40	( CEP332s )
1	4	CEP431	Highway Construction Technology	3	5	125	2	2	0	4				x	15	25	10	40	( CEP331 )
1	4	CEP431s	Highway Construction Technology	3	5	125	2	2	0	4				x	20	20	0	60	( CEP331s )
1	4	CEP432	Maintenance of Roads and Airport	2	4	100	2	1	0	3				x	15	25	10	40	( CEP331 )
1	4	CEP432s	Maintenance of Roads and Airport	2	4	100	2	1	0	3				x	20	20	0	60	( CEP331s )
1	4	CEP433	Airport Planning and Design	2	4	100	2	1	0	3				x	15	25	10	40	( CEP331 )
1	4	CEP433s	Airport Planning and Design	2	4	100	2	1	0	3				x	20	20	0	60	( CEP331s )
1	4	CEP434	Road Maintenance	2	4	100	2	1	0	3				x	30	25	0	40	( CEP332 )
1	4	CEP434s	Road Maintenance	2	4	100	2	1	0	3				x	35	25	0	40	( CEP332s )
1	4	CEP435	Road Construction	2	4	100	2	1	0	3				x	30	25	0	40	( CEP332 )
1	4	CEP435s	Road Construction	2	4	100	2	1	0	3				x	35	25	0	40	( CEP332s )
1	4	CEP436	Airport Engineering	2	4	100	2	1	0	3				x	30	25	0	40	( CEP332 )
1	4	CEP436s	Airport Engineering	2	4	100	2	1	0	3				x	35	25	0	40	( CEP332s )
4. Railway Engineering
1	3	CEP341	Railway Engineering (1)	3	6	150	2	2	0	4				x	15	25	10	40
1	3	CEP341s	Railway Engineering (1)	3	6	150	2	2	0	4				x	20	20	0	60
1	3	CEP342	Railway Engineering Principles	2	5	125	2	1	0	3				x	30	25	0	40	( CEP221 )
1	3	CEP342s	Railway Engineering Principles	2	5	125	2	1	0	3				x	35	25	0	40	( CEP221s )
1	4	CEP441	Railway Engineering (2)	2	4	100	2	1	0	3				x	15	25	10	40	( CEP341 )
1	4	CEP441s	Railway Engineering (2)	2	4	100	2	1	0	3				x	20	20	0	60	( CEP341s )
1	4	CEP442	Railway Signaling and Control System	2	4	100	2	1	0	3				x	15	25	10	40	( CEP441 )
1	4	CEP442s	Railway Signaling and Control System	2	4	100	2	1	0	3				x	20	20	0	60	( CEP441s )
5. Sanitary and Environmental Engineering
1	1	CEP151	Introduction to Environmental Engineering	2	3	75	2	1	0	3				x	30	25	0	40
1	1	CEP151s	Introduction to Environmental Engineering	2	3	75	2	1	0	3				x	35	25	0	40
1	2	CEP251	Green Building Systems and Infrastructure	2	4	100	1	2	0	3				x	30	25	0	40
1	2	CEP251s	Green Building Systems and Infrastructure	2	4	100	1	2	0	3				x	35	25	0	40
1	3	CEP351	Water and wastewater Networks	3	5	125	2	2	0	4				x	15	25	10	40	( CEI211 )
1	3	CEP351s	Water and wastewater Networks	3	5	125	2	2	0	4				x	20	20	0	60	( CEI211s )
1	3	CEP352	Sanitary Engineering	3	5	125	2	2	0	4				x	15	25	10	40	( CEI211 )
1	3	CEP352s	Sanitary Engineering	3	5	125	2	2	0	4				x	20	20	0	60	( CEI211s )
1	3	CEP353	Design of Water and Wastewater Networks	3	6	150	2	2	0	4				x	30	25	0	40	( CEI111 )
1	3	CEP353s	Design of Water and Wastewater Networks	3	6	150	2	2	0	4				x	35	25	0	40	( CEI111s )
1	3	CEP354	Computer Applications in Sanitary Engineering	2	4	100	2	1	0	3				x	30	25	0	40	( CEP353 )
1	3	CEP354s	Computer Applications in Sanitary Engineering	2	4	100	2	1	0	3				x	35	25	0	40	( CEP353s )
1	4	CEP451	Water and Wastewater Treatment	3	5	125	2	2	0	4				x	15	25	10	40	( CEP351 ) AND ( PHM041 )
1	4	CEP451s	Water and Wastewater Treatment	3	5	125	2	2	0	4				x	20	20	0	60	( CEP351s ) AND ( PHM041s )
1	4	CEP452	Environmental Engineering	2	4	100	2	1	0	3				x	15	25	10	40	( CEP351 )
1	4	CEP452s	Environmental Engineering	2	4	100	2	1	0	3				x	20	20	0	60	( CEP351s )
1	4	CEP453	Sludge Management	2	4	100	2	1	0	3				x	15	25	10	40	( CEP451 )
1	4	CEP453s	Sludge Management	2	4	100	2	1	0	3				x	20	20	0	60	( CEP451s )
1	4	CEP454	Solid Waste Management	2	4	100	2	1	0	3				x	15	25	10	40
1	4	CEP454s	Solid Waste Management	2	4	100	2	1	0	3				x	20	20	0	60
1	4	CEP455	Principles of Water and Wastewater Treatment	2	6	150	2	1	0	3				x	30	25	0	40	( CEP353 )
1	4	CEP455s	Principles of Water and Wastewater Treatment	2	6	150	2	1	0	3				x	35	25	0	40	( CEP353s )
1	4	CEP456	Water and Wastewater Supply	2	4	100	2	1	0	3				x	30	25	0	40	( CEP353 )
1	4	CEP456s	Water and Wastewater Supply	2	4	100	2	1	0	3				x	35	25	0	40	( CEP353s )
1	4	CEP457	Reuse of Treated Wastewater	2	4	100	2	1	0	3				x	30	25	0	40	( CEP353 )
1	4	CEP457s	Reuse of Treated Wastewater	2	4	100	2	1	0	3				x	35	25	0	40	( CEP353s )
9. Graduation Project
1	4	CEP491	Utilities and Infrastructure Graduation Project	6	12	300	1	10	0	11				x	15	25	10	40
1	4	CEP491s	Utilities and Infrastructure Graduation Project	6	12	300	1	10	0	11				x	50	0	0	50
1	4	CEP492	Civil Engineering Design Graduation Project (1)	3	6	150	1	4	0	5				x	60	0	40	0
1	4	CEP492s	Civil Engineering Design Graduation Project (1)	3	6	150	1	4	0	5				x	60	0	0	40
1	4	CEP493	Senior Seminar	2	3	75	0	4	0	4				x	55	0	0	40	( CEP492 )
1	4	CEP493s	Senior Seminar	2	3	75	0	4	0	4				x	60	0	0	40	( CEP492s )
1	4	CEP494	Civil Engineering Design Graduation Project (2)	3	6	150	1	4	0	5				x	60	0	40	0	( CEP492 )
1	4	CEP494s	Civil Engineering Design Graduation Project (2)	3	6	150	1	4	0	5				x	60	0	0	40	( CEP492s )


CEP011	Projection and Engineering Graphics						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			3 Hours		2 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to descriptive geometry, projection of points, lines, surfaces. Intersection of bodies and surfaces. Development of surfaces. The principles of steel drawing and construction. Derivation of views and sections from given views of steel constructions. Fundamentals of architectural drawings: Plans, sections, elevations, and paraline drawings. Computer aided drafting (CAD).
Used in Program / Level
Program Name or requirement				Study Level		Semester
Materials Engineering				0		2
Manufacturing Engineering				0		2
Mechatronics Engineering and Automation				0		2
Landscape Architecture				0		2
Environmental Architecture and Urbanism				0		2
Housing Architecture and Urban Development				0		2
Communication Systems Engineering				0		2
Energy and Renewable Energy Engineering				0		2
Computer Engineering and Software Systems				0		2
Building Engineering				0		2
Civil Infrastructure Engineering				0		2
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		20%		0%		40%


CEP011s	Projection and Engineering Graphics						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			3 Hours		2 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to descriptive geometry, projection of points, lines, surfaces. Intersection of bodies and surfaces. Development of surfaces. The principles of steel drawing and construction. Derivation of views and sections from given views of steel constructions. Fundamentals of architectural drawings: Plans, sections, elevations, and paraline drawings. Computer aided drafting (CAD).
Used in Program / Level
Program Name or requirement				Study Level		Semester
Architectural Engineering				1		2
Structural Engineering				1		2
Water Engineering and Hydraulic Structures				1		2
Utilities and Infrastructure				1		2
Electrical Power and Machines Engineering				1		2
Electronics and Communications Engineering				1		2
Computer and Systems Engineering				1		2
Design and Production Engineering				1		2
Mechanical Power Engineering				1		2
Automotive Engineering				1		2
Mechatronics Engineering				1		2
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP111	Plane Surveying (1)						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to mapping and surveying science - Different surveying instruments and their uses - The surveying maps and their types - Reconnaissance and surveying sketches drawing - Scales- International coordinate systems - Different coordinate systems used in Egypt - The Theodolite - Methods of observing angles and directions - Methods of observing distances - Theory of errors - Errors in surveying measurements, sources, types and treatment.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP111s	Plane Surveying (1)						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to mapping and surveying science - Different surveying instruments and their uses - The surveying maps and their types - Reconnaissance and surveying sketches drawing - Scales- International coordinate systems - Different coordinate systems used in Egypt - The Theodolite - Methods of observing angles and directions - Methods of observing distances - Theory of errors - Errors in surveying measurements, sources, types and treatment.
Used in Program / Level
Program Name or requirement				Study Level		Semester
General Civil Engineering				1
Structural Engineering						3
Water Engineering and Hydraulic Structures						3
Utilities and Infrastructure						3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		10%		15%		60%


CEP112	Plane Surveying (2)						3 CH
Prerequisites	( CEP111 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		2 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Different horizontal control networks (triangulation, trilateration, hybrid) - Traverses and their specification and standards of accuracy for different projects - Control points and their fixation - Traverse observations and calculations - Detailing using traverses - Point positioning techniques - Two-dimensional coordinates transformation - Surveying maps production (hard copy and Digital Maps).
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP112s	Plane Surveying (2)						3 CH
Prerequisites	( CEP111s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		2 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Different horizontal control networks (triangulation, trilateration, hybrid) - Traverses and their specification and standards of accuracy for different projects - Control points and their fixation - Traverse observations and calculations - Detailing using traverses - Point positioning techniques - Two-dimensional coordinates transformation - Surveying maps production (hard copy and Digital Maps).
Used in Program / Level
Program Name or requirement				Study Level		Semester
General Civil Engineering				1
Utilities and Infrastructure				2		4
General Civil Engineering				2		4
Structural Engineering				2		4
General Civil Engineering				2		4
General Civil Engineering				2		4
General Civil Engineering				2		4
General Civil Engineering				2		4
Water Engineering and Hydraulic Structures				2		4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		10%		15%		60%


CEP113	Surveying						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			1 Hour		1 Hour
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to mapping and surveying science - Definitions and branches of surveying science and its applications - Different surveying instruments and their uses - The surveying maps and their types – Point positioning techniques - Setting out techniques - Interior and exterior survey of buildings for architectural projects and production of maps - Introduction to vertical control in surveying - Determination of the mean sea level in Egypt - Different surveying instruments used for height difference measurement - Different types of bench marks - Ordinary and precise levelling - Calculation of levelling - Applications of levelling - Grid levelling and generation of contour lines - Longitudinal profiles and cross sections.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Landscape Architecture				1		4
Environmental Architecture and Urbanism				1		4
Housing Architecture and Urban Development				1		4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		15%		40%


CEP113s	Surveying						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			1 Hour		1 Hour
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to mapping and surveying science - Definitions and branches of surveying science and its applications - Different surveying instruments and their uses - The surveying maps and their types – Point positioning techniques - Setting out techniques - Interior and exterior survey of buildings for architectural projects and production of maps - Introduction to vertical control in surveying - Determination of the mean sea level in Egypt - Different surveying instruments used for height difference measurement - Different types of bench marks - Ordinary and precise levelling - Calculation of levelling - Applications of levelling - Grid levelling and generation of contour lines - Longitudinal profiles and cross sections.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Architectural Engineering				1		4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		25%		15%		40%


CEP211	Topographic Surveying (1)						2 CH
Prerequisites	( CEP112 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		125		Equivalent ECTS		5
Course Content
Introduction to vertical control in surveying - Determination of the mean sea level in Egypt - Different surveying instruments used for height difference measurement - Different types of bench marks - Ordinary and precise levelling - Calculation of levelling –Indirect methods for height differences determination-Applications of levelling - Grid levelling and generation of contour lines - Longitudinal profiles and cross sections - Computation of volumes of earth works.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP211s	Topographic Surveying (1)						2 CH
Prerequisites	( CEP112s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		125		Equivalent ECTS		5
Course Content
Introduction to vertical control in surveying - Determination of the mean sea level in Egypt - Different surveying instruments used for height difference measurement - Different types of bench marks - Ordinary and precise levelling - Calculation of levelling –Indirect methods for height differences determination-Applications of levelling - Grid levelling and generation of contour lines - Longitudinal profiles and cross sections - Computation of volumes of earth works.
Used in Program / Level
Program Name or requirement				Study Level		Semester
General Civil Engineering				2
Structural Engineering						5
Water Engineering and Hydraulic Structures						5
Utilities and Infrastructure						5
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		10%		15%		60%


CEP212	Engineering Surveying						3 CH
Prerequisites	( CEP211 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
The use of total stations in surveying mapping- The role of surveying in construction of different projects such as (Roads, Tunnels- pipeline, ...) - Surveying setting out using different surveying instruments - Deformation monitoring techniques - Surveying reports for different engineering projects - Introduction to GPS – Introduction to GIS.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP212s	Engineering Surveying						3 CH
Prerequisites	( CEP211s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
The use of total stations in surveying mapping- The role of surveying in construction of different projects such as (Roads, Tunnels- pipeline, ...) - Surveying setting out using different surveying instruments - Deformation monitoring techniques - Surveying reports for different engineering projects - Introduction to GPS – Introduction to GIS.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				2		6
Water Engineering and Hydraulic Structures				2		6
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP213	Surveying (1)						4 CH
Prerequisites	( PHM013 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
3 Hours			2 Hours		2 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to surveying science: Historical background, definitions and branches of surveying science. Introduction to national and international mapping system, linear measurements, electronic distance measurements, angular measurements, computation of coordinates, traverse (measurements, calculations, adjustments and drawing), coordinate calculations, two dimensional coordinate transformation, area calculations (regular and irregular parcel shapes) by using analytical, mechanical and graphical methods, parcel division techniques, kinds and types of errors in surveying measurement, introduction to theory of errors.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Building Engineering				2		5
Civil Infrastructure Engineering				2		5
Civil Infrastructure Engineering				1
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		15%		40%


CEP213s	Surveying (1)						4 CH
Prerequisites	( PHM013s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
3 Hours			2 Hours		2 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to surveying science: Historical background, definitions and branches of surveying science. Introduction to national and international mapping system, linear measurements, electronic distance measurements, angular measurements, computation of coordinates, traverse (measurements, calculations, adjustments and drawing), coordinate calculations, two dimensional coordinate transformation, area calculations (regular and irregular parcel shapes) by using analytical, mechanical and graphical methods, parcel division techniques, kinds and types of errors in surveying measurement, introduction to theory of errors.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
25%		20%		15%		40%


CEP214	Surveying (2)						4 CH
Prerequisites	( CEP213 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			3 Hours		2 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to vertical control, different methods for height difference determination, ordinary levelling, survey level and survey staff, Calculation of ordinary levelling, Precise level, Calculations of precise levelling, Indirect methods for height difference determination, Tachometry, Trigonometric levelling, Earth curvature and refraction and their effects on height differences, applications of levelling, longitudinal levelling, cross section levelling, grid levelling, contour lines, topographic maps, volume computations and earth work.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Building Engineering				2		6
Civil Infrastructure Engineering				2		6
Building Engineering				1
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		15%		40%


CEP214s	Surveying (2)						4 CH
Prerequisites	( CEP213s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			3 Hours		2 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to vertical control, different methods for height difference determination, ordinary levelling, survey level and survey staff, Calculation of ordinary levelling, Precise level, Calculations of precise levelling, Indirect methods for height difference determination, Tachometry, Trigonometric levelling, Earth curvature and refraction and their effects on height differences, applications of levelling, longitudinal levelling, cross section levelling, grid levelling, contour lines, topographic maps, volume computations and earth work.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
25%		20%		15%		40%


CEP311	Topographic Surveying (2)						2 CH
Prerequisites	( CEP211 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		125		Equivalent ECTS		5
Course Content
Introduction to photogrammetry, Coordinates computations in photogrammetry, Flight mission, Topographic maps from digital photogrammetry, Introduction to remote sensing. Satellite images, Topographic maps from satellite images.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP311s	Topographic Surveying (2)						2 CH
Prerequisites	( CEP211s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		125		Equivalent ECTS		5
Course Content
Introduction to photogrammetry, Coordinates computations in photogrammetry, Flight mission, Topographic maps from digital photogrammetry, Introduction to remote sensing. Satellite images, Topographic maps from satellite images.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				3		8
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP312	Surveying (3)						2 CH
Prerequisites	( CEP214 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Role of Surveying in engineering projects, Total station instrument and its applications in setting out of coordinates, deformation monitoring. Methods of setting out sewer and infrastructure networks, Roads (Hz and Vl curves), Tunnel Surveying, Introduction to geometric geodesy, map projection, coordinate transformation, and Introduction to GPS and GIS.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3		7
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP312s	Surveying (3)						2 CH
Prerequisites	( CEP214s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Role of Surveying in engineering projects, Total station instrument and its applications in setting out of coordinates, deformation monitoring. Methods of setting out of sewer and infrastructure networks, Roads (Hz and Vl curves), Tunnel Surveying, Introduction to geometric geodesy, map projection, coordinate transformation, Introduction to GPS and GIS.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP313	Photogrammetric Surveying						2 CH
Prerequisites	( CEP312 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to photogrammetry, Types of analog and digital cameras, Aerial surveying, type of aerial photo, geometry of overlapping aerial photos, Determination of 3D coordinates from planning of aerial surveying projects, modern techniques in photogrammetry, types of terrestrial cameras, calibration of cameras, determination of three-dimensional coordinates from terrestrial photos, application of photogrammetry in mobile mapping systems.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP313s	Photogrammetric Surveying						2 CH
Prerequisites	( CEP312s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to photogrammetry, Types of analog and digital cameras, Aerial surveying, type of aerial photo, geometry of overlapping aerial photos, Determination of 3D coordinates from planning of aerial surveying projects, modern techniques in photogrammetry, types of terrestrial cameras, calibration of cameras, determination of three-dimensional coordinates from terrestrial photos, application of photogrammetry in mobile mapping systems.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP314	Infrastructure Network Planning						2 CH
Prerequisites	( CEP312 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		125		Equivalent ECTS		5
Course Content
Role of GIS in engineering projects, holistic view of integrated infrastructure networks for public works, effective planning methods, build-up of integrated GIS/data base for infrastructure networks, indicators for monitoring and decision-making of infrastructure networks.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3		8
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP314s	Infrastructure Network Planning						2 CH
Prerequisites	( CEP312s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		1 Hour
Required SWL		125		Equivalent ECTS		5
Course Content
Role of GIS in engineering projects, holistic view of integrated infrastructure networks for public works, effective planning methods, build-up of integrated GIS/data base for infrastructure networks, indicators for monitoring and decision-making of infrastructure networks.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP411	Geodetic Surveying						3 CH
Prerequisites	( CEP212 ) AND ( CEP311 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Astronomic coordinates and its relation to geodetic coordinates - The geoid - Different geodetic computational surfaces - Properties of ellipsoid - Reduction of surveying observations - Determination of coordinates of points on the computational surface - Transformations between coordinate systems - Errors in GPS observations - Coordinates determinations using different GPS techniques - GPS operation planning - Applications of GPS in engineering projects.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP411s	Geodetic Surveying						3 CH
Prerequisites	( CEP212s ) AND ( CEP311s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Astronomic coordinates and its relation to geodetic coordinates - The geoid - Different geodetic computational surfaces - Properties of ellipsoid - Reduction of surveying observations - Determination of coordinates of points on the computational surface - Transformations between coordinate systems - Errors in GPS observations - Coordinates determinations using different GPS techniques - GPS operation planning - Applications of GPS in engineering projects.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				5		9
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP412	Hydrographic Surveying						2 CH
Prerequisites	( CEP311 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to natural phenomena and their effect on coasts and harbours - Planning factors which affect the design of harbours and their protection- Design of dry basins and navigation channels: Open and determined- Different kinds of hydrographic survey - Engineering projects that need the application of hydrographic surveying applications - Instruments used in hydrographic surveying, kinds and accuracies - Navigation tools used marine scanning - Topographic maps production of sea bed - Different methods for volumes computations of sea bed for different hydrographic projects.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP412s	Hydrographic Surveying						2 CH
Prerequisites	( CEP311s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to natural phenomena and their effect on coasts and harbours - Planning factors which affect the design of harbours and their protection- Design of dry basins and navigation channels: Open and determined- Different kinds of hydrographic survey - Engineering projects that need the application of hydrographic surveying applications - Instruments used in hydrographic surveying, kinds and accuracies - Navigation tools used marine scanning - Topographic maps production of sea bed - Different methods for volumes computations of sea bed for different hydrographic projects.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP413	Geographic Information Systems GIS						2 CH
Prerequisites	( CEP311 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to geographic information system (GIS), kinds of used information, transforming the analog drawings to digital maps and study of the errors resulting from the process of transforming and merging, building attribute date base and linking it with the analog data. Methods of data input, store and output. Applications of GIS in the field of roads, transportations and sanitary engineering. Applications of GIS in water resources harbours, marine contraction and hydraulic contraction like regulators, dams and other projects. Decision making support by GIS in non-engineering fields.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP413s	Geographic Information Systems GIS						2 CH
Prerequisites	( CEP311s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to geographic information system (GIS), kinds of used information, transforming the analog drawings to digital maps and study of the errors resulting from the process of transforming and merging, building attribute date base and linking it with the analog data. Methods of data input, store and output. Applications of GIS in the field of roads, transportations and sanitary engineering. Applications of GIS in water resources harbours, marine contraction and hydraulic contraction like regulators, dams and other projects. Decision making support by GIS in non-engineering fields.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP414	Surveying using Satellite						2 CH
Prerequisites	( CEP411 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introductions to Global Navigation Satellite System (GNSS): Conventional navigation, background, concepts and evolutions of global navigation satellite systems (GPS, GLONASS, Galileo, BeiDou/ COMPASS). GNNS Observables. GNSS Mathematics and Position determination techniques. Absolute and relative positioning, principles, observations. Post-processing and real time applications. Coordinate transformations, 3D, and 2D Cartesian and ellipsoidal coordinates. Satellite images overview. Basics of Remote Sensing. Microwave and LiDAR Remote Sensing. Thermal Remote Sensing. Hyper spectral Remote Sensing. Maps from satellite images.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP414s	Surveying using Satellite						2 CH
Prerequisites	( CEP411s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introductions to Global Navigation Satellite System (GNSS): Conventional navigation, background, concepts and evolutions of global navigation satellite systems (GPS, GLONASS, Galileo, BeiDou/ COMPASS). GNNS Observables. GNSS Mathematics and Position determination techniques. Absolute and relative positioning, principles, observations. Post-processing and real time applications. Coordinate transformations, 3D, and 2D Cartesian and ellipsoidal coordinates. Satellite images overview. Basics of Remote Sensing. Microwave and LiDAR Remote Sensing. Thermal Remote Sensing. Hyper spectral Remote Sensing. Maps from satellite images.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP415	Geodetic and GPS Surveying						2 CH
Prerequisites	( CEP312 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Astronomic coordinates and their relation to geographic coordinates, Astronomic latitude and azimuth determination from astronomic triangle, Least-squares principles and its applications, Different reference ellipsoids and geodetic datums, Reduction of observation, 3D coordinates computations and transformation, Coordinates determinations using different GPS techniques, GPS operation planning, Applications of GPS in infrastructure civil engineering s projects.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP415s	Geodetic and GPS Surveying						2 CH
Prerequisites	( CEP312s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Astronomic coordinates and their relation to geographic coordinates, Astronomic latitude and azimuth determination from astronomic triangle, Least-squares principles and its applications, Different reference ellipsoids and geodetic datums, Reduction of observation, 3D coordinates computations and transformation, Coordinates determinations using different GPS techniques, GPS operation planning, Applications of GPS in infrastructure civil engineering s projects.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP416	Hydrographic Surveying and Harbor Engineering						2 CH
Prerequisites	( CEP312 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to natural phenomena and their effect on coasts and harbours. Planning factors which affect the design of harbours and their protection. Design of dry basins and navigation channels: Open and determined. Surveying procedure of marine survey and the associated instruments. Methods of horizontal and vertical control in marine survey. Methods of depth determinations and contour mapping. Position determination and setting out of off sure engineering projects.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP416s	Hydrographic Surveying and Harbor Engineering						2 CH
Prerequisites	( CEP312s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to natural phenomena and their effect on coasts and harbours. Planning factors which affect the design of harbours and their protection. Design of dry basins and navigation channels: Open and determined. Surveying procedure of marine survey and the associated instruments. Methods of horizontal and vertical control in marine survey. Methods of depth determinations and contour mapping. Position determination and setting out of off sure engineering projects.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP417	GIS Applications in Civil infrastructure Projects						2 CH
Prerequisites	( CEP312 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction, GIS components, Data models: coordinates, attribute data and types, vector data models, Raster Data models, Data and file structure. Map projection and coordinate systems. Building a GIS data base, digitizing, coordinate transformation. Digital Data. Attribute data and tables. Basic spatial analysis in infrastructure projects.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP417s	GIS Applications in Civil infrastructure Projects						2 CH
Prerequisites	( CEP312s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction, GIS components, Data models: coordinates, attribute data and types, vector data models, Raster Data models, Data and file structure. Map projection and coordinate systems. Building a GIS data base, digitizing, coordinate transformation. Digital Data. Attribute data and tables. Basic spatial analysis in infrastructure projects.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP221	Introduction to Transportation & Traffic Engineering						3 CH
Prerequisites	( PHM111 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Transportation planning: Introduction to transportation planning. Stages of the urban and regional transportation plans, Data collection process required for the transportation plans, Stages of the travel demand forecasting process using the traditional sequential approach, Trip generation - trip distribution; Modal choice; Network assignments; Network equilibrium; Traffic studies (volume, speed, and density); Traffic flow characteristics; Intersection control; Conflict point at intersection; Traffic signal design, Weaving for intersection.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3
Building Engineering				3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP221s	Introduction to Transportation & Traffic Engineering						3 CH
Prerequisites	( PHM111s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Transportation planning: Introduction to transportation planning. Stages of the urban and regional transportation plans, Data collection process required for the transportation plans, Stages of the travel demand forecasting process using the traditional sequential approach, Trip generation - trip distribution; Modal choice; Network assignments; Network equilibrium; Traffic studies (volume, speed, and density); Traffic flow characteristics; Intersection control; Conflict point at intersection; Traffic signal design, Weaving for intersection.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP321	Transportation Planning						3 CH
Prerequisites	( PHM111 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to transportation planning, stages of urban and regional transportation plans, Data collection process required for the transportation plans, Stages of the travel demand forecasting process using the traditional sequential approach, (trip generation, trip distribution, modal split, and trip assignment), evaluation of the transportation projects, environmental impact assessment of transportation projects.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP321s	Transportation Planning						3 CH
Prerequisites	( PHM111s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Introduction to transportation planning, stages of urban and regional transportation plans, Data collection process required for the transportation plans, Stages of the travel demand forecasting process using the traditional sequential approach, (trip generation, trip distribution, modal split, and trip assignment), evaluation of the transportation projects, environmental impact assessment of transportation projects.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				3		8
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP322	Transportation and Roads Engineering						2 CH
Prerequisites	( PHM111 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to transportation planning, stages of urban and regional transportation plans, travel demand forecasting process, Applications of Intelligent Transportation Systems, Classification of roads, Traffic characteristics, Geometric design criteria, Sight distances, Horizontal alignment, Vertical alignment, Elements of cross section, At grade intersection design, traffic flow characteristics (traffic volume, traffic speed, traffic density), Characterization and evaluation of pavement materials, Design of asphalt mixes, Load and truck considerations, Stresses in flexible pavement, stresses in Rigid pavement, Flexible pavement design, Rigid pavement design
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP322s	Transportation and Roads Engineering						2 CH
Prerequisites	( PHM111s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to transportation planning, stages of urban and regional transportation plans, travel demand forecasting process, Applications of Intelligent Transportation Systems, Classification of roads, Traffic characteristics, Geometric design criteria, Sight distances, Horizontal alignment, Vertical alignment, Elements of cross section, At grade intersection design, traffic flow characteristics (traffic volume, traffic speed, traffic density), Characterization and evaluation of pavement materials, Design of asphalt mixes, Load and truck considerations, Stresses in flexible pavement, stresses in Rigid pavement, Flexible pavement design, Rigid pavement design
Used in Program / Level
Program Name or requirement				Study Level		Semester
Water Engineering and Hydraulic Structures				3		7
Structural Engineering				3		7
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP323	Principles of Traffic Engineering						2 CH
Prerequisites	( CEP221 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Traffic Flow Theory; Vehicle, roadway and driver characteristics, Traffic signal timing, Parking studies; Traffic safety studies, Capacity analysis of basic freeway segments, multilane, and two-lane highways, Computer applications.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP323s	Principles of Traffic Engineering						2 CH
Prerequisites	( CEP221s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Traffic Flow Theory; Vehicle, roadway and driver characteristics, Traffic signal timing, Parking studies; Traffic safety studies, Capacity analysis of basic freeway segments, multilane, and two-lane highways, Computer applications.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP421	Traffic Engineering						3 CH
Prerequisites	( CEP321 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Traffic engineering elements (driver, pedestrians, vehicle, road), traffic flow characteristics (volume, speed, and density), travel time, and delay, Traffic volume studies, traffic speed studies, alignment and design of intersections, traffic signal design.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP421s	Traffic Engineering						3 CH
Prerequisites	( CEP321s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Traffic engineering elements (driver, pedestrians, vehicle, road), traffic flow characteristics (volume, speed, and density), traffic flow relationships, introduction to intersection control, geometric design of intersections, traffic signal design.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4		9
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP422	Traffic Management Systems						2 CH
Prerequisites	( CEP321 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Traffic problems impact, difference between traffic and transportation management, objectives of traffic management, traffic management measures for traffic operation improvement (one-way street, coordinating signal timing, restricting turning movements, tidal and reversible flow), Management measures for public transport, definition and applications of Intelligent transport systems, traffic impact studies.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP422s	Traffic Management Systems						2 CH
Prerequisites	( CEP321s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Traffic problems impact, difference between traffic and transportation management, objectives of traffic management, traffic management measures for traffic operation improvement (one-way street, coordinating signal timing, restricting turning movements, tidal and reversible flow), Management measures for public transport, definition and applications of Intelligent transport systems, traffic impact studies.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4		9
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP423	Traffic Studies and Analysis						2 CH
Prerequisites	( CEP421 ) AND ( CEP321 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Traffic control devices, intersection design software applications, traffic weaving, pedestrians and bikes movement characteristics, accidents studies, parking studies, traffic air pollution models.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP423s	Traffic Studies and Analysis						2 CH
Prerequisites	( CEP421s ) AND ( CEP321s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Traffic control devices, intersection design software applications, traffic weaving, pedestrians and bikes movement characteristics, accidents studies, parking studies, traffic air pollution models.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP424	Transportation Economics						2 CH
Prerequisites	( CEP221 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Application of micro- and macro-economic theories to transportation system analysis; interaction between transportation system, land use, and regional economics; mobility, accessibility, and system reliability; market equilibrium; pricing, willingness to pay, and welfare analysis; cost benefit analysis; project finance.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP424s	Transportation Economics						2 CH
Prerequisites	( CEP221s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Application of micro- and macro-economic theories to transportation system analysis; interaction between transportation system, land use, and regional economics; mobility, accessibility, and system reliability; market equilibrium; pricing, willingness to pay, and welfare analysis; cost benefit analysis; project finance.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP425	Urban Transportation Planning						2 CH
Prerequisites	( CEP221 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Principles of planning, evaluation, selection, adoption, financing, and implementation of alternative urban transportation systems; transportation modelling--trip generation, trip distribution, modal choice, traffic assignment, technological characteristics and operation of modern transit and other movement systems. Site development and traffic impact analysis, financial and economic assessment of transport projects, environmental impact of transport project.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP425s	Urban Transportation Planning						2 CH
Prerequisites	( CEP221s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Principles of planning, evaluation, selection, adoption, financing, and implementation of alternative urban transportation systems; transportation modelling--trip generation, trip distribution, modal choice, traffic assignment, technological characteristics and operation of modern transit and other movement systems. Site development and traffic impact analysis, financial and economic assessment of transport projects, environmental impact of transport project.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP426	Intelligent Transportation Systems						2 CH
Prerequisites	( CEP221 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction: what is ITS, Why ITS-Requirements and needs of ITS Services, ITS Technologies, ITS User Services and Taxonomy, ITS Enabling Technologies, ITS Deployments and Benefits, Introduction to ITS Architecture, Transportation Planning and ITS, ITS Evaluation, Types of Risks and Mitigation Strategies, ITS Challenges and Opportunities in Developing Countries, Applicability to local and regional context, Case Studies.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP426s	Intelligent Transportation Systems						2 CH
Prerequisites	( CEP221s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction: what is ITS, Why ITS-Requirements and needs of ITS Services, ITS Technologies, ITS User Services and Taxonomy, ITS Enabling Technologies, ITS Deployments and Benefits, Introduction to ITS Architecture, Transportation Planning and ITS, ITS Evaluation, Types of Risks and Mitigation Strategies, ITS Challenges and Opportunities in Developing Countries, Applicability to local and regional context, Case Studies.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP331	Roads and Airport Engineering						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Classification of roads, Traffic characteristics, Geometric design criteria, Sight distances, Horizontal alignment, Vertical alignment, Elements of cross section. Pavement construction materials: Design and characteristics of asphalt mixes, Characterization of pavement materials, testing and specifications, Load and truck considerations, Soil stabilization, Stresses in flexible pavements, Stresses in rigid pavements. Flexible pavement design, Rigid pavement design, Airports pavement design. Technology of roads construction, Quality control. Surface drainage design for roads and airports, Road maintenance, Recycling of road pavement materials, Pavement management systems, Computer application in highways design.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP331s	Roads and Airport Engineering						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Classification of roads, Traffic characteristics, Geometric design criteria, Sight distances, Horizontal alignment, Vertical alignment, Elements of cross section. Pavement construction materials: Design and characteristics of asphalt mixes, Characterization of pavement materials, testing and specifications, Load and truck considerations, Soil stabilization, Stresses in flexible pavements, Stresses in rigid pavements. Flexible pavement design, Rigid pavement design, Airports pavement design. Technology of roads construction, Quality control. Surface drainage design for roads and airports, Road maintenance, Recycling of road pavement materials, Pavement management systems, Computer application in highways design.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				3		7
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP332	Highway Geometric and Structural Design						3 CH
Prerequisites	( CEP221 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Highway classification, highway hierarchy, design control and criteria, road cross section elements, sight distances, applications of sight distances horizontal alignment, vertical alignment, consistency of alignment, types of intersections, intersection planning, traffic control devices. Soil classification, evaluation of soil strength, types of pavements, pavement layers and properties stresses in flexible pavement, design of flexible pavement, overlay design for flexible pavement, stresses in rigid pavement, design of rigid pavement
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3		7
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP332s	Highway Geometric and Structural Design						3 CH
Prerequisites	( CEP221s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Highway classification, highway hierarchy, design control and criteria, road cross section elements, sight distances, applications of sight distances horizontal alignment, vertical alignment, consistency of alignment, types of intersections, intersection planning, traffic control devices. Soil classification, evaluation of soil strength, types of pavements, pavement layers and properties stresses in flexible pavement, design of flexible pavement, overlay design for flexible pavement, stresses in rigid pavement, design of rigid pavement
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP333	Road Construction Material						2 CH
Prerequisites	( CEP332 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Soil classification, evaluation of soil strength, road embankment material, sub- grade material, sub-base material, base course material, asphalt mix types, design of asphalt mixes, quality control tests.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP333s	Road Construction Material						2 CH
Prerequisites	( CEP332s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Soil classification, evaluation of soil strength, road embankment material, sub- grade material, sub-base material, base course material, asphalt mix types, design of asphalt mixes, quality control tests.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP431	Highway Construction Technology						3 CH
Prerequisites	( CEP331 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Technology of embankment construction, technology of pavement construction. Lay down of asphalt mixes: compaction of asphalt mixes. Operation and supervision of asphalt mixing plants, equipment, inspection, quality control, surface treated pavements, methods of soil stabilization. Rigid pavements: technology of construction, quality control. construction requirements for modified binders: polymers, Sulphur, mineral filler and other additives. Use of asphalt in hydraulic structures: reservoirs, tanks design, dams, canal lining, embankment protection, coastal structures.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP431s	Highway Construction Technology						3 CH
Prerequisites	( CEP331s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Technology of embankment construction, technology of pavement construction. Lay down of asphalt mixes: compaction of asphalt mixes. Operation and supervision of asphalt mixing plants, equipment, inspection, quality control, surface treated pavements, methods of soil stabilization. Rigid pavements: technology of construction, quality control. construction requirements for modified binders: polymers, Sulphur, mineral filler and other additives. Use of asphalt in hydraulic structures: reservoirs, tanks design, dams, canal lining, embankment protection, coastal structures.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4		10
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP432	Maintenance of Roads and Airport						2 CH
Prerequisites	( CEP331 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Assessment of pavement distresses: Assessment of flexible pavement distresses and assessment of rigid pavement distresses, "Tests of pavement evaluation, methods of pavement evaluation, Road maintenance, Maintenance of flexible pavement. Maintenance of rigid pavement, Maintenance of pedestrian crossing routes, Road cubs and pitching, Maintenance of unpaved roads, Maintenance of drainage system, Maintenance of opened and covered ditches, Maintenance of surface water drainage system, Recycling of road pavement materials, Reconstruction works, Pavement management system.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP432s	Maintenance of Roads and Airport						2 CH
Prerequisites	( CEP331s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
The course covers the Assessment of pavement distresses: Assessment of flexible pavement distresses and assessment of rigid pavement distresses, "Tests of pavement evaluation, methods of pavement evaluation, Road maintenance, Maintenance of flexible pavement. Maintenance of rigid pavement, Maintenance of pedestrian crossing routes, Road cubs and pitching, Maintenance of unpaved roads, Maintenance of drainage system, Maintenance of opened and covered ditches, Maintenance of surface water drainage system, Recycling of road pavement materials, Reconstruction works, Pavement management system.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP433	Airport Planning and Design						2 CH
Prerequisites	( CEP331 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Airport site location selection, Airport components, planning of both airside and landside, Airport capacity, Airport geometric design, Airport structure design, Airport Utilities and infrastructures, Noise Control.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP433s	Airport Planning and Design						2 CH
Prerequisites	( CEP331s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Airport site location selection, Airport components, planning of both airside and landside, Airport capacity, Airport geometric design, Airport structure design, Airport Utilities and infrastructures, Noise Control.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP434	Road Maintenance						2 CH
Prerequisites	( CEP332 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Pavement types, Pavement materials; sub-grade stabilization methods; Principles of mix design using SUPERPAVE; Analysis of stresses in flexible and rigid pavement, Design methods of highway flexible and rigid pavements; Overlay design, Computer applications. Pavement Maintenance and Quality Control - Routine, Periodic Maintenance, Special Repairs, Responsive Maintenance Programs, Rehabilitation and Reconstruction, Components of Pavement Maintenance Management System (PMMS).
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP434s	Road Maintenance						2 CH
Prerequisites	( CEP332s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Pavement types, Pavement materials; sub-grade stabilization methods; Principles of mix design using SUPERPAVE; Analysis of stresses in flexible and rigid pavement, Design methods of highway flexible and rigid pavements; Overlay design, Computer applications. Pavement Maintenance and Quality Control - Routine, Periodic Maintenance, Special Repairs, Responsive Maintenance Programs, Rehabilitation and Reconstruction, Components of Pavement Maintenance Management System (PMMS).
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP435	Road Construction						2 CH
Prerequisites	( CEP332 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Road construction equipment, equipment productivity and efficiency, new trends in road construction, soil stabilization and soil reinforcement, full depth reclamations of deteriorated pavement, quality control and quality assurance
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP435s	Road Construction						2 CH
Prerequisites	( CEP332s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Road construction equipment, equipment productivity and efficiency, new trends in road construction, soil stabilization and soil reinforcement, full depth reclamations of deteriorated pavement, quality control and quality assurance
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP436	Airport Engineering						2 CH
Prerequisites	( CEP332 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Civil airport location selection, Airport planning, airside planning, landside planning, airport capacity, airport geometric design; runway, taxiway, aprons, parking facilities airport pavement design for critical and non-critical airfield elements, noise control.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP436s	Airport Engineering						2 CH
Prerequisites	( CEP332s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Civil airport location selection, Airport planning, airside planning, landside planning, airport capacity, airport geometric design; runway, taxiway, aprons, parking facilities airport pavement design for critical and non-critical airfield elements, noise control.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP341	Railway Engineering (1)						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Railway dynamics: Tractive effort and resistance, Acceleration and braking, Line capacity. Railway alignment: Longitudinal and cross sections, Railway path, Vertical and horizontal curve design, Gaparite, cumulative curve. Structural design of track: Wheel – rail interaction, forces acting on the rail, joined and welded rail design, sleeper and ballast design, Unballasted track and magnetic levitation train, turnouts, stations and signals, Renewal and maintenance.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP341s	Railway Engineering (1)						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Railway dynamics: Tractive effort and resistance, Acceleration and braking, Line capacity. Railway alignment: Longitudinal and cross sections, Railway path, Vertical and horizontal curve design, Gaparite, cumulative curve. Structural design of track: Wheel – rail interaction, forces acting on the rail, joined and welded rail design, sleeper and ballast design, Unballasted track and magnetic levitation train, turnouts, stations and signals, Renewal and maintenance.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				3		7
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP342	Railway Engineering Principles						2 CH
Prerequisites	( CEP221 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Railway dynamics, Tractive effort and resistances, Acceleration and braking; Railway Alignment, Longitudinal and cross sections, Vertical and horizontal curve design; Structural design of track, Jointed and welded rail design, Sleeper and ballast design; Turnouts and switches, Switch, Crossover, Diamond crossing, Scissor crossover, slip, Double junction; Stations and yards, Passenger and freight stations, Locomotive and stabling yard, Sorting and marshalling yards; Signalling; Train traffic management, Automatic block system (ABS), Centralized traffic control (CTC), Automatic control system (ATC),Railway capacity, Railway cost, Railway renewal and maintenance management.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4		8
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP342s	Railway Engineering Principles						2 CH
Prerequisites	( CEP221s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Railway dynamics, Tractive effort and resistances, Acceleration and braking; Railway Alignment, Longitudinal and cross sections, Vertical and horizontal curve design; Structural design of track, Jointed and welded rail design, Sleeper and ballast design; Turnouts and switches, Switch, Crossover, Diamond crossing, Scissor crossover, slip, Double junction; Stations and yards, Passenger and freight stations, Locomotive and stabling yard, Sorting and marshalling yards; Signalling; Train traffic management, Automatic block system (ABS), Centralized traffic control (CTC), Automatic control system (ATC),Railway capacity, Railway cost, Railway renewal and maintenance management.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP441	Railway Engineering (2)						2 CH
Prerequisites	( CEP341 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Turnouts and switches: Switch, Diamond crossing, Crossover, Scissor crossover, Slip, Double junction. Stations and yards: Passenger and freight stations, Locomotive and stabling yards, sorting and marshalling yard. Railway cost: Price and subsidy. Signals: Classification and types, Mechanical devices of interlocking, train traffic control, Automatic Block System (ABS), Centralized Traffic Control system (CTC), Automatic Train Control (ATC) system.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP441s	Railway Engineering (2)						2 CH
Prerequisites	( CEP341s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Turnouts and switches: Switch, Diamond crossing, Crossover, Scissor crossover, Slip, Double junction. Stations and yards: Passenger and freight stations, Locomotive and stabling yards, sorting and marshalling yard. Railway cost: Price and subsidy. Signals: Classification and types, Mechanical devices of interlocking, train traffic control, Automatic Block System (ABS), Centralized Traffic Control system (CTC), Automatic Train Control (ATC) system.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP442	Railway Signaling and Control System						2 CH
Prerequisites	( CEP441 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Functions of signalling, Semaphore signalling, Operating principles of light signalling, Equipment and parts of a light signalling system, Train running procedure in a light signalling system, Speed control, Centralized traffic control (CTC) Systems, Automatic Train Control (ATC), Positive Train Control (PTC).
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP442s	Railway Signaling and Control System						2 CH
Prerequisites	( CEP441s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Functions of signalling, Semaphore signalling, Operating principles of light signalling, Equipment and parts of a light signalling system, Train running procedure in a light signalling system, Speed control, Centralized traffic control (CTC) Systems, Automatic Train Control (ATC), Positive Train Control (PTC).
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				5		10
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP151	Introduction to Environmental Engineering						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		75		Equivalent ECTS		3
Course Content
Introduction to environmental sciences: Water resources, Water supply, Wastewater systems, Solid waste management, Air pollution. Solid waste management: Collection, Handling, Separation and treatment, Disposal, Recycling and reuse. Monitoring and control, Noise, Environmental laws and its applications. Ground water pollution, Surface water pollution, Engineering projects to fight natural water pollution. Air: Quality, Environmental impact of Air pollution, Engineering projects to fight natural Air pollution. Soil: Quality, Environmental impact of Soil pollution, Engineering projects to fight natural Soil pollution.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				0		4
Civil Infrastructure Engineering				1
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP151s	Introduction to Environmental Engineering						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		75		Equivalent ECTS		3
Course Content
Introduction to environmental sciences: Water resources, Water supply, Wastewater systems, Solid waste management, Air pollution. Solid waste management: Collection, Handling, Separation and treatment, Disposal, Recycling and reuse. Monitoring and control, Noise, Environmental laws and its applications. Ground water pollution, Surface water pollution, Engineering projects to fight natural water pollution. Air: Quality, Environmental impact of Air pollution, Engineering projects to fight natural Air pollution. Soil: Quality, Environmental impact of Soil pollution, Engineering projects to fight natural Soil pollution.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP251	Green Building Systems and Infrastructure						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			2 Hours		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
The fundamentals of water supply works. Water supply systems and distribution networks. Introduction to wastewater systems, Plumbing equipment and sanitation, water collection and treatment, wastewater treatment, firefighting and protection systems. These fundamentals are in compliance with environmental basics and considerations.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Environmental Architecture and Urbanism				2		6
Landscape Architecture				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP251s	Green Building Systems and Infrastructure						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			2 Hours		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
The fundamentals of water supply works. Water supply systems and distribution networks. Introduction to wastewater systems, Plumbing equipment and sanitation, water collection and treatment, wastewater treatment, firefighting and protection systems. These fundamentals are in compliance with environmental basics and considerations.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP351	Water and wastewater Networks						3 CH
Prerequisites	( CEI211 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Preliminary studies for water supply and sewerage projects, sources of water, design flow rates, water collection, water pumping and transportation, water storage, water distribution networks, wastewater collection systems, hydraulic design, pipe material, network accessories, pump stations, force main, water hammer.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP351s	Water and wastewater Networks						3 CH
Prerequisites	( CEI211s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Preliminary studies for water supply and sewerage projects, sources of water, design flow rates, water collection, water pumping and transportation, water storage, water distribution networks, wastewater collection systems, hydraulic design, pipe material, network accessories, pump stations, force main, water hammer.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				3		8
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP352	Sanitary Engineering						3 CH
Prerequisites	( CEI211 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Preliminary studies for water supply and sewerage projects, sources of water, water quality and standards, design flow rates, water collection, water pumping and transportation works, water storage, water distribution networks, wastewater collection networks, hydraulic design, pump stations, force mains, pipe materials, network accessories. Design of water treatment plants using conventional processes. Design of wastewater treatment plants using conventional processes, sludge treatment.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP352s	Sanitary Engineering						3 CH
Prerequisites	( CEI211s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Preliminary studies for water supply and sewerage projects, sources of water, water quality and standards, design flow rates, water collection, water pumping and transportation works, water storage, water distribution networks, wastewater collection networks, hydraulic design, pump stations, force mains, pipe materials, network accessories. Design of water treatment plants using conventional processes. Design of wastewater treatment plants using conventional processes, sludge treatment.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Structural Engineering				3		10
Water Engineering and Hydraulic Structures				3		8
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP353	Design of Water and Wastewater Networks						3 CH
Prerequisites	( CEI111 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Water distribution networks: Types of distribution systems, Hydraulic design, water demand (hourly, daily and monthly flow), fire requirements, pipes in series, pipes in parallel, planning consideration of pipe network, Types of water pipes, Fittings, Types of Valves and its locations. Location and volume of elevated storage tanks, Water hammer, Pipes testing, Wastewater collection systems: Sources and planning consideration, per capita wastewater flow, minimum and maximum flow, Hydraulic design. Types of sewer pipes, fittings, design of pump stations, design of force mains, Water hammer. Pipe testing.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4		7
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP353s	Design of Water and Wastewater Networks						3 CH
Prerequisites	( CEI111s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Water distribution networks: Types of distribution systems, Hydraulic design, water demand (hourly, daily and monthly flow), fire requirements, pipes in series, pipes in parallel, planning consideration of pipe network, Types of water pipes, Fittings, Types of Valves and its locations. Location and volume of elevated storage tanks, Water hammer, Pipes testing, Wastewater collection systems: Sources and planning consideration, per capita wastewater flow, minimum and maximum flow, Hydraulic design. Types of sewer pipes, fittings, design of pump stations, design of force mains, Water hammer. Pipe testing.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP354	Computer Applications in Sanitary Engineering						2 CH
Prerequisites	( CEP353 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to WaterCad software: Training to feed the software with the input data such as: water demand, flow pattern, peak flow factors, elevated tanks data, pumps data, and junction ground levels, and fire hydrants data. Introduction to SewerCad: Training to feed the software with the input data such as flow at each manhole, conduit catalogues design constrains in SewerCad (such as minimum and maximum slopes minimum and maximum covers, velocity of flow, partially full and manhole). Laboratory training on using WaterCad and SewerCad (data entry and output data).
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP354s	Computer Applications in Sanitary Engineering						2 CH
Prerequisites	( CEP353s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to WaterCad software: Training to feed the software with the input data such as: water demand, flow pattern, peak flow factors, elevated tanks data, pumps data, and junction ground levels, and fire hydrants data. Introduction to SewerCad: Training to feed the software with the input data such as flow at each manhole, conduit catalogues design constrains in SewerCad (such as minimum and maximum slopes minimum and maximum covers, velocity of flow, partially full and manhole). Laboratory training on using WaterCad and SewerCad (data entry and output data).
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP451	Water and Wastewater Treatment						3 CH
Prerequisites	( CEP351 ) AND ( PHM041 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Water quality and standards, Physical, chemical and biological processes for water and wastewater treatment. Design of water treatment plants using conventional and advanced processes. Design of wastewater treatment plants using conventional and advanced processes. Sludge treatment. Disposal and reuse of wastewater and sludge.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP451s	Water and Wastewater Treatment						3 CH
Prerequisites	( CEP351s ) AND ( PHM041s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			2 Hours		0 Hours
Required SWL		125		Equivalent ECTS		5
Course Content
Water quality and standards, Physical, chemical and biological processes for water and wastewater treatment. Design of water treatment plants using conventional and advanced processes. Design of wastewater treatment plants using conventional and advanced processes. Sludge treatment. Disposal and reuse of wastewater and sludge.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4		9
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP452	Environmental Engineering						2 CH
Prerequisites	( CEP351 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to environmental sciences, water quality and standards, water pollution sources and impacts, water quality modelling, air pollution and control, solid waste management: collection, handling, separation and treatment, disposal, recycling and reuse.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP452s	Environmental Engineering						2 CH
Prerequisites	( CEP351s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Introduction to environmental sciences, water quality and standards, water pollution sources and impacts, water quality modelling, Noise pollution and control, Oduor pollution and control, Environmental impact assessment studies.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP453	Sludge Management						2 CH
Prerequisites	( CEP451 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Characteristics and volume of sludge, sludge handling, sludge thickening, sludge stabilization, sludge digestion, sludge composting, sludge dewatering, sludge disposal and reuse, environmental impact.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP453s	Sludge Management						2 CH
Prerequisites	( CEP451s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Characteristics and volume of sludge, sludge handling, sludge thickening, sludge stabilization, sludge digestion, sludge composting, sludge dewatering, sludge disposal and reuse, environmental impact.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP454	Solid Waste Management						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Source, composition, properties and quantities of solid wastes, handling and storage at the source, solid wastes collection, solid wastes disposal, separation and processing technologies, recycling of solid wastes, planning and operation of solid wastes management systems.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP454s	Solid Waste Management						2 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Source, composition, properties and quantities of solid wastes, handling and storage at the source, solid wastes collection, solid wastes disposal, separation and processing technologies, recycling of solid wastes, planning and operation of solid wastes management systems.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4		1
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
20%		20%		0%		60%


CEP455	Principles of Water and Wastewater Treatment						2 CH
Prerequisites	( CEP353 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Principles of public health engineering, Water Treatment: Water Quality (raw and Treated), Types of water intakes and their locations, low lift pump, flash mixing tanks, Coagulation and Flocculation, Sedimentation process with different types of sedimentation basins, Filtration (slow sand filters/ rapid sand filters/ pressure filters),ground storage, Disinfection, iron and manganese removal, Wastewater treatment: Wastewater quality, Preliminary treatment, Primary treatment, secondary treatment (activated sludge and its modification, oxidation ditches, trickling filters, stabilization ponds), Tertiary treatment, sludge treatment, disinfection and disposal.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				3
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP455s	Principles of Water and Wastewater Treatment						2 CH
Prerequisites	( CEP353s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
Principles of public health engineering, Water Treatment: Water Quality (raw and Treated), Types of water intakes and their locations, low lift pump, flash mixing tanks, Coagulation and Flocculation, Sedimentation process with different types of sedimentation basins, Filtration (slow sand filters/ rapid sand filters/ pressure filters),ground storage, Disinfection, iron and manganese removal, Wastewater treatment: Wastewater quality, Preliminary treatment, Primary treatment, secondary treatment (activated sludge and its modification, oxidation ditches, trickling filters, stabilization ponds), Tertiary treatment, sludge treatment, disinfection and disposal.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP456	Water and Wastewater Supply						2 CH
Prerequisites	( CEP353 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Sources of water, requirements for water supply projects, population's studies, rates of water consumption for domestic and other purposes, variation in water demand, Fire requirements, design period, Sources of wastewater, quantities and quality, per capita wastewater flow, average wastewater flow, dry and wet weather flow (minimum/maximum), infiltration flow, rainfall flow, separate sewage network, combined sewage network.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP456s	Water and Wastewater Supply						2 CH
Prerequisites	( CEP353s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Sources of water, requirements for water supply projects, population's studies, rates of water consumption for domestic and other purposes, variation in water demand, Fire requirements, design period, Sources of wastewater, quantities and quality, per capita wastewater flow, average wastewater flow, dry and wet weather flow (minimum/maximum), infiltration flow, rainfall flow, separate sewage network, combined sewage network.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP457	Reuse of Treated Wastewater						2 CH
Prerequisites	( CEP353 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Treated effluent for reuse: Quality, Legislation and regulation of reuse of treated wastewater, Health aspects of using reclaimed wastewater, reuse treatment technology, Risk assessment in wastewater reclamation and reuse, economics of wastewater reclamation and reuse projects, Monitoring, sampling and analysis of reuse water.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
30%		25%		0%		40%


CEP457s	Reuse of Treated Wastewater						2 CH
Prerequisites	( CEP353s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
2 Hours			1 Hour		0 Hours
Required SWL		100		Equivalent ECTS		4
Course Content
Treated effluent for reuse: Quality, Legislation and regulation of reuse of treated wastewater, Health aspects of using reclaimed wastewater, reuse treatment technology, Risk assessment in wastewater reclamation and reuse, economics of wastewater reclamation and reuse projects, Monitoring, sampling and analysis of reuse water.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
35%		25%		0%		40%


CEP491	Utilities and Infrastructure Graduation Project						6 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			10 Hours		0 Hours
Required SWL		300		Equivalent ECTS		12
Course Content
The student analyses and designs an integrated engineering system using the principles, foundations, and engineering skills that he acquired during the years of study. The project report submitted by the student should include the detailed steps of analysis and design realizing the requirements of the work and including the computer applications used in mathematical simulation for the designed system, and the laboratory tests if necessary. It also includes engineering drawings and maps needed to implement the designed system. Development and evaluation of sustainable design alternatives with impact assessment. Application of computer-aided design tools. The student must demonstrate in the body of his project, and during the project defence, his full understanding of the principles and foundations on which his project is based. He must also demonstrate ability to apply these principles in the field of his future engineering work.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
15%		25%		10%		40%


CEP491s	Utilities and Infrastructure Graduation Project						6 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			10 Hours		0 Hours
Required SWL		300		Equivalent ECTS		12
Course Content
The student analyses and designs an integrated engineering system using the principles, foundations, and engineering skills that he acquired during the years of study. The project report submitted by the student should include the detailed steps of analysis and design realizing the requirements of the work and including the computer applications used in mathematical simulation for the designed system, and the laboratory tests if necessary. It also includes engineering drawings and maps needed to implement the designed system. Development and evaluation of sustainable design alternatives with impact assessment. Application of computer-aided design tools. The student must demonstrate in the body of his project, and during the project defence, his full understanding of the principles and foundations on which his project is based. He must also demonstrate ability to apply these principles in the field of his future engineering work.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Utilities and Infrastructure				4		10
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
50%		0%		0%		50%


CEP492	Civil Engineering Design Graduation Project (1)						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			4 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
The project of each team will encompass the conceptual and preliminary design of a medium-size civil engineering project. Students learn civil engineering design process, methodology, identification of objectives, codes, formulation of design problems. Development and evaluation of sustainable design alternatives. Computer-aided design tools. Performance evaluation using modelling, sensitivity analysis, and cost estimation.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4		9
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
60%		0%		40%		0%


CEP492s	Civil Engineering Design Graduation Project (1)						3 CH
Prerequisites
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			4 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
The project of each team will encompass the conceptual and preliminary design of a medium-size civil engineering project. Students learn civil engineering design process, methodology, identification of objectives, codes, formulation of design problems. Development and evaluation of sustainable design alternatives. Computer-aided design tools. Performance evaluation using modelling, sensitivity analysis, and cost estimation.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
60%		0%		0%		40%


CEP493	Senior Seminar						2 CH
Prerequisites	( CEP492 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
0 Hours			4 Hours		0 Hours
Required SWL		75		Equivalent ECTS		3
Course Content
Students will research and report on technical issues, research references, and will emphasize innovation and integration in civil engineering. The problems are identified, and solutions are found to improve the performance of the civil in areas such as: Infrastructure Engineering and technologies, and a broad introduction into structures, engineering materials, transport systems, soil engineering, environment protection, Water Resources, water engineering and computer aided design. A technical report is written, presented, and discussed.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4		10
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
55%		0%		0%		40%


CEP493s	Senior Seminar						2 CH
Prerequisites	( CEP492s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
0 Hours			4 Hours		0 Hours
Required SWL		75		Equivalent ECTS		3
Course Content
Students will research and report on technical issues, research references, and will emphasize innovation and integration in civil engineering. The problems are identified, and solutions are found to improve the performance of the civil in areas such as: Infrastructure Engineering and technologies, and a broad introduction into structures, engineering materials, transport systems, soil engineering, environment protection, Water Resources, water engineering and computer aided design. A technical report is written, presented, and discussed.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
60%		0%		0%		40%


CEP494	Civil Engineering Design Graduation Project (2)						3 CH
Prerequisites	( CEP492 )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			4 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
The project of each team will encompass the integrated design of at least two subdisciplines of civil engineering to achieve high performance at reasonable cost. Through case studies and literature survey, students learn the information gathering and decision/design process, problem resolution, and aspects related to management, teamwork, and communication. Students registering for this course must contact the course coordinator for the detailed procedure.
Used in Program / Level
Program Name or requirement				Study Level		Semester
Civil Infrastructure Engineering				4		10
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
60%		0%		40%		0%


CEP494s	Civil Engineering Design Graduation Project (2)						3 CH
Prerequisites	( CEP492s )
Number of weekly Contact Hours
Lecture			Tutorial		Laboratory
1 Hour			4 Hours		0 Hours
Required SWL		150		Equivalent ECTS		6
Course Content
The project of each team will encompass the integrated design of at least two subdisciplines of civil engineering to achieve high performance at reasonable cost. Through case studies and literature survey, students learn the information gathering and decision/design process, problem resolution, and aspects related to management, teamwork, and communication. Students registering for this course must contact the course coordinator for the detailed procedure.
Assessment Criteria
Student Activities		Mid-Term Exam		Oral/Practical		Final Exam
60%		0%		0%		40%

Overview

University Requirements Courses

Faculty Requirements Courses

Courses offered by Engineering Physics and Mathematics Department

Courses offered by Design and Production Engineering Department

Courses offered by Mechanical Power Engineering Department

Courses offered by Automotive Engineering Department

Courses offered by Mechatronics Engineering Department

Courses offered by Architectural Engineering Department

Courses offered by Urban Design and Planning Department

Courses offered by Electrical Power and Machines Engineering Department

Courses offered by Electronics and Electrical Communication Engineering Department

Courses offered by Computer and Systems Engineering Department

Courses offered by Structural Engineering Department

Courses offered by Irrigation and Hydraulics Engineering Department

2018 Bylaw, Courses offered by Public Works Engineering Department

Courses offered by Public Works Engineering Department

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