Civil Engineering Department Syllabus

First Year

Semester I

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.101	Mathematics (I)	3	1	–	3
C.E.105	Engineering Mechanics (I)	3	1	–	3
C.E.109	Fundamentals of Computer & Programming	1	1	2	2
C.E.113	Engineering Drawing (I)	–	2	4	2
C.E.117	Probability and Statistics (I)	2	–	–	2
C.E.121	Engineering Materials Properties	1	–	2	2
C.E.125	Workshop Practice	–	–	2	1
C.E.129	Civil Engineering Fundamentals	1	1	–	1
C.E.133	Arabic Language	1	–	–	1
C.E.135	English for Academic Purposes (I)	2	–	–	2
C.E.137	General Fitness	–	2	–	–
Total		14	7	10	19
Total		31			19

Semester II

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.100	Mathematics (II)	3	1	–	3
C.E.104	Engineering Mechanics (II)	3	1	–	3
C.E.108	Programming (I)	1	1	2	2
C.E.112	Engineering Drawing (II)	–	2	4	2
C.E.116	Probability and Statistics (II)	2	1	–	2
C.E.120	Construction Materials	1	1	2	2
C.E.124	Engineering Geology	2	1	–	2
C.E.132	Freedom & Human Rights	1	–	–	1
Total		13	8	8	17
Total		29			17

Second Year

Semester I

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.201	Mathematics (III)	3	1	–	3
C.E205	Strength of Material (I)	3	1	–	3
C.E.209	Programming (II)	1	–	2	2
C.E.213	Engineering Surveying (I)	2	1	2	3
C.E.217	Fluid Mechanics (I)	2	1	2	3
C.E.221	Building Construction (I)	2	1	–	2
C.E.225	Concrete Technology (I)	2	–	2	3
C.E.229	English for Academic Purposes (II)	2	–	–	2
Total		17	5	8	21
Total		30			21

Semester II

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.200	Mathematics (IV)	3	1	–	3
C.E.204	Strength of Materials (II)	3	1	–	3
C.E.208	Programming (III)	1	–	2	2
C.E.212	Engineering Surveying (II)	2	1	2	3
C.E.216	Fluid Mechanics (II)	2	1	2	3
C.E.220	Building Construction (II)	2	1	–	2
C.E.224	Concrete Technology (II)	2	–	2	3
C.E.228	Geomatic Engineering	1	1	–	1
Total		16	6	8	20
Total		30			20

Third Year

Semester I

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.301	Engineering Analysis	3	1	–	3
C.E.305	Theory of Structures (I)	3	1	–	3
C.E.309	Soil Mechanics (I)	2	1	2	3
C.E.313	Reinforced Concrete (I)	3	1	–	3
C.E.317	Environmental Engineering	1	1	2	2
C.E.321	Project Management	2	1	–	2
C.E.325	Traffic Engineering	1	1	–	1
C.E.329	Irrigation & Drainage Engineering	2	1	–	2
C.E.333	English for Academic Purposes (III)	2	–	–	2
Total		19	8	4	21
Total		31			21

Semester II

Code	Subject	Hrs. /week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.300	Numerical Analysis	2	–	2	3
C.E.304	Theory of Structures (II)	3	1	–	3
C.E.308	Soil Mechanics (II)	2	2	2	3
C.E.312	Reinforced Concrete (II)	3	1	–	3
C.E.316	Water Engineering	3	1	–	3
C.E.320	Engineering Economy	2	1	–	2
C.E.324	Geometric Road Design	1	1	–	1
C.E.328	Computer Applications in Civil Engineering (I)	1	–	2	2
Total		17	7	6	20
Total		30			20

Fourth Year

Semester I

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.401	Foundation Engineering (I)	3	1	–	3
C.E.405	Asphalt Technology	2	–	2	3
C.E.409	Concrete Design (I)	3	1	–	3
C.E.413	Steel Structure (I)	2	1	–	2
C.E.417	Wastewater Engineering	3	1	–	3
C.E.421	Estimation & Specifications	2	1	–	2
C.E.425	Hydrology	2	1	–	2
C.E.431	Elective topics in Structural Engineering	1	1	–	1
C.E.429	English for Academic Purposes (IV)	2	–	–	2
C.E.433	Engineering Project	–	–	4	2
Total		20	7	6	23
Total		33			23

Semester II

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.400	Foundation Engineering (II)	3	1	–	3
C.E.404	Pavement Design	2	–	–	2
C.E.408	Concrete Design (II)	3	1	–	3
C.E.412	Steel Structure (II)	2	1	–	2
C.E.416	Plumbing Engineering	2	1	–	2
C.E.420	Construction Methods	2	1	–	2
C.E.424	Hydraulic structures	2	1	–	2
C.E.428	Computer Applications in Civil Engineering (II)	–	–	2	1
C.E.433	Engineering Project	–	–	4	2
C.E.440	Engineering Ethics	1	–	–	1
Total		17	6	6	20
Total		29			20

FIRST YEAR

First Year/ First Semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.101	Mathematics (I)	3	1	–	3
C.E.105	Engineering Mechanics (I)	3	1	–	3
C.E.109	Fundamentals of Computer & Programming	1	1	2	2
C.E.113	Engineering Drawing (I)	–	2	4	2
C.E.117	Probability and Statistics (I)	2	–	–	2
C.E.121	Engineering Materials Properties	1	–	2	2
C.E.125	Workshop Practice	–	–	2	1
C.E.129	Civil Engineering Fundamentals	1	1	–	1
C.E.133	Arabic Language	1	–	–	1
C.E.135	English for Academic Purposes (I)	2	–	–	2
C.E.137	General Fitness	–	2	–	–
Total		14	7	10	19
Total		31			19

Weeks	C.E.101 Mathematics (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	General Concepts, Slope, Graphing of functions. Cartesian Coordinates, Slope of a line, Equations and distances, Graphs of equations
2	Limits and intervals, Continuity test, Domain and Range.
3	Matrices, Elementary Operations with matrices and Vectors.
4	Determinants and Properties, Transpose and inverse of matrices.
5	Solution of system of equations using Gramer’s rule method.
6	Complex Numbers, Introduction to complex numbers.
7	Mathematical Operations for Complex Numbers, Argrand diagrams and product quotients.
8	Demaiver’s Theorem, Powers and roots.
9	Complex Functions, Properties and roots.
10	Complex Functions, Cauchy-Riemann equation.
11	Trigonometric and Inverse trigonometric functions, Properties, rules and graphing.
12	Logarithmic and exponential functions Properties and rules.
13	Hyperbolic and Inverse hyperbolic functions, Graphing, rules and properties.
14	Derivatives of functions Rules of derivatives, Chain rule and implicit derivatives.
15	Derivatives of logarithmic and exponential functions, Rules of derivatives of logarithmic and exponential functions.

Weeks	C.E.105 Engineering Mechanics (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Introduction, course orientation, units, definitions and basic principles.
2	Forces, forces resolution and combination in plane.
3	Forces, forces resolution and combination in space.
4	Rigid Body Force Systems, moment of a force about a point, moment of a force about an axis.
5	Rigid Body Force Systems, couples, reduction of force and couple systems.
6	Resultant of concurrent coplanar force system
7	Resultant of parallel coplanar force system.
8	Resultant of non-concurrent non parallel coplanar force system.
9	Equilibrium of a Particles, free body and force diagrams; equilibrium of a particle.
10	Equations of equilibrium, Equilibrium of a rigid body.
11	Solving problem of equilibrium
12	Solving problem of equilibrium
13	Analysis of Structures
14	Trusses: method of joints
15	Trusses: method of sections

Weeks	C.E.109 Fundamentals of Computer and Programing
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hrs./ Week	2hr. / Week	2
1	Computer definition: (Computer generation, computer components, numerical systems, algorithms and charts)
2	File, definition, types and names, operating system (MS-DOS): Explain internal and external commands
3	Introduction to WINDOWS, Desktop, using the mouse, My Computer, closing any open window, temporary closing
4	Microsoft office (Word, Excel and Power point)
5	Microsoft office (Word, Excel and Power point)
6	Microsoft office (Word, Excel and Power point)
7	Microsoft office (Word, Excel and Power point)
8	Microsoft office (Word, Excel and Power point)
9	Microsoft office (Word, Excel and Power point)
10	Computer oriented procedures
11	Computer oriented procedures
12	Flow charts
13	Computer oriented procedures
14	Flow charts
15	Introduction to programming language

Weeks	C.E.113 Engineering Drawing (I)
	Theory	Tutorial	Laboratory	Units
	—	2hr. / Week	4hr. / Week	2
1	Graphic instruments and their use and arabic and Latin lettering
2	Drawing of all types of lines
3	Drawing of all types of lines
4	Geometrical operation
5	Geometrical operation
6	Drawing of Projections
7	Drawing of Projections
8	Drawing of Projections
9	Drawing of Projections
10	Collection of isomeric shapes
11	Collection of isomeric shapes
12	Collection of isomeric shapes
13	Collection of isomeric shapes
14	Drawing of sections
15	Drawing of sections

Weeks	C.E.117 Probability and Statistics (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hrs./ Week	—	2
1	Introduction and definitions
2	Introduction and definitions
3	Data collection and summarizing
4	Data collection and summarizing
5	Graphical presentations
6	Graphical presentations
7	Location and desperation measurement, applications and examples
8	Location and desperation measurement, applications and examples
9	Location and desperation measurement, applications and examples
10	Location and desperation measurement, applications and examples
11	Theory of probabilities, application and examples
12	Theory of probabilities, application and examples
13	Theory of probabilities, application and examples
14	Theory of probabilities, application and examples
15	Theory of probabilities, application and examples

Weeks	C.E.121 Engineering Material properties
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	—	2hr. / Week	2
1	Mechanical properties of materials
2	Mechanical properties of materials
3	Mechanical properties of materials
4	Rocks composition of materials
5	Rocks composition of materials
6	Rocks composition of materials
7	Rocks composition of materials
8	Chemical properties of materials
9	Chemical properties of materials
10	Chemical properties of materials
11	Heat and sound properties of materials
12	Heat and sound properties of materials
13	Heat and sound properties of materials
14	Electrical properties of materials
15	Electrical properties of materials

Weeks	C.E.125 Workshops
	Theory	Tutorial	Laboratory	Units
	—	—	2hr. / Week	1
15	The workshop training program is designed to satisfy the following objectives: Teaching safety rules and regulations on-site in an industrial environment.Proper use of working tools, instruments, and machines.Introducing basic workshop practices, production, labor, and time-requirements of workshop operations.The students are introduced to training programs in many workshops including electrical, welding, turning and milling, carpentry, plumbing, auto-mechanics.

Weeks	C.E.129 Civil Engineering Fundamentals
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	—	1
1	Introduction to Civil Engineering
2	Engineering Ethics
3	Engineering Ethics
4	Structural Engineering Fundamentals
5	Structural Engineering Fundamentals
6	Foundation Engineering Fundamentals
7	Foundation Engineering Fundamentals
8	Sanitary and Environmental Engineering Fundamentals
9	Sanitary and Environmental Engineering Fundamentals
10	Roads and Transports Engineering Fundamentals
11	Roads and Transports Engineering Fundamentals
12	Water Resources Engineering fundamentals
13	Water Resources Engineering fundamentals
14	Safety, Risk and Engineering Practice
15	Safety, Risk and Engineering Practice

No. of Weeks	C.E.133 Arabic Language
	Theory	Tutorial	Laboratory	Units
	1hr. / Week	—	—	1
15	This course aims to grow the students’ familiarity with and competence in Arabic literature in its various genres to increase their ability to appreciate literature and to develop their awareness of its concepts through the study of poetry, novel and the short story

Weeks	C.E.135English for Academic Purposes (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	—	2
1	Understanding English Grammar
2	Understanding English Grammar
3	Understanding English Grammar
4	Understanding English Grammar
5	Understanding English Grammar
6	Reading skills
7	Reading skills
8	Reading skills
9	Reading skills
10	Listening skills
11	Listening skills
12	Listening skills
13	Making notes during lectures
14	Making notes during lectures
15	Making notes during lectures

First Year/ Second Semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.100	Mathematics (II)	3	1	–	3
C.E.104	Engineering Mechanics (II)	3	1	–	3
C.E.108	Programming (I)	1	1	2	2
C.E.112	Engineering Drawing (II)	–	2	4	2
C.E.116	Probability and Statistics (II)	2	1	–	2
C.E.120	Construction Materials	1	1	2	2
C.E.124	Engineering Geology	2	1	–	2
C.E.132	Freedom & Human Rights	1	–	–	1
Total		13	8	8	17
Total		29			17

Weeks	C.E.100 Mathematics (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Derivatives of trigonometric and inverse trigonometric functions.
2	Derivatives of hyperbolic and Inverse hyperbolic functions.
3	Application of Derivatives, L’Hapital rule, Velocity and acceleration, Max. and Min. and point of inflection.
4	Indefinite Integrals, Integration formulas and integration of logarithmic, exponential trigonometric and inverse trigonometric functions.
5	Integrals of functions, Integration of Hyperbolic and Inverse hyperbolic functions.
6	Methods of Integration, Integration by parts and integration for odd and even powers of sine and cosine.
7	Integration of Trigonometric Substitutions and integral involving (ax² + b x + c).
8	Integration of Partial fractions and rational functions of *sinx* and *cosx* and other trigonometric functions.
9	Applications of Integration, Definite integral and area.
10	General Substitutions, Length of the curve and surface area.
11	Volume by Triple Integrals.
12	Double Integrals, Area between two curves.
13	Vectors, Vector in space, parallel vectors and product of vectors.
14	Vectors, Triple product, volume of box and projection of two vectors.
15	General Substitutions and quiz, Quiz, answers and solutions.

Weeks	C.E.104 Engineering Mechanics (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Centroids of area.
2	Determination of centroid by integration.
3	Centroids of a composite line or area.
4	First Moments of area.
5	Moments of Inertia
6	Moments of inertia by integration
7	Polar moment of inertia; Radius of gyration
8	Parallel axis theorem
9	Moment of inertia of Composite areas
10	Moment of inertia of inclined axes.
11	Friction, Law of friction; Angles of friction
12	Types of cases in friction problems
13	Solving problems in friction.
14	Dynamics, definitions and basic principles.
15	Rectilinear motion, curvilinear motions, relative motion; absolute dependent motion

Weeks	C.E.108 Programming (I)
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	2hrs./ Week	2
1	Introduction, Types of constants and variables
2	Arithmetic expressions
3	Input statements (Basic Language)
4	Output statements
5	GOTO statements
6	IF statements
7	IF statements
8	Do statement
9	One dimensional matrix
10	Two dimensional matrix
11	Two dimensional matrix
12	Subroutine
13	Input and output to files
14	Applications on civil engineering cases studies
15	Applications on civil engineering cases studies

Weeks	C.E.112 Engineering Drawing (II)
	Theory	Tutorial	Laboratory	Units
	—	2hr. / Week	4hr. / Week	2
1	Introduction to Drawing of Constructions and key symbols
2	Review of Projections
3	Review of Sections
4	Constructions Plane
5	Projections of Constructions
6	Projections of Constructions
7	Profile and Cross Sections of Constructions
8	Profile and Cross Sections of Constructions
9	Sections of Footings
10	Sections of Walls
11	Sections of Columns
12	Sections of Beams
13	Sections of Slabs
14	Steel Constructions and Frames
15	Review

Weeks	C.E.116 Probability and Statistics II
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hrs./ Week	—	2
1	Estimation theory and hypothesis testing
2	Estimation theory and hypothesis testing
3	Estimation theory and hypothesis testing
4	Z-test
5	Z-test,
6	Hypothesis tests
7	Hypothesis tests
8	T-test
9	T-test
10	F-test (ratio of normal variances)
11	F-test (ratio of normal variances)
12	chi-squared test (normal variance)
13	chi-squared test (normal variance)
14	Regression and data fitting
15	Regression and data fitting

Weeks	C.E.120 Construction Materials
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	2hr. / Week	2
1	Bricks: Classification, manufacture, properties of brick, durability, standard tests and specifications
2	Bricks: Classification, standard tests and specifications
3	Bonding materials: Classification, manufacture, Standard tests and specifications
4	Bonding materials: Classification, manufacture, Standard tests and specifications
5	Bonding materials: Classification, manufacture, Standard tests and specifications
6	Bonding materials: Classification, manufacture, Standard tests and specifications
7	Bonding materials: Classification, manufacture, Standard tests and specifications
8	Timber: Classification, seasoning, types of defects, standard tests
9	Timber: Classification, seasoning, types of defects, standard tests
10	Thermal and acoustic insulation materials
11	Thermal and acoustic insulation materials
12	Plastics: Methods of manufacturing, moldings, plastic binders, fields of application of plastics
13	Plastics: Methods of manufacturing, moldings, plastic binders, fields of application of plastics
14	Metal: Classification, composition, uses, standard tests and specifications.
15	Metal: Classification, composition, uses, standard tests and specifications.

Weeks	C.E.124 Engineering Geology
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction: Relationship between geology and civil engineering, earth structure (crust, mantle, core), geological cycle
2	Minerals and rocks
3	Minerals and rocks
4	Soil: Weathering, soil formation, classification, transported and residual soils, mineral composition, soils of Iraq
5	Soil: Weathering, soil formation, classification, transported and residual soils, mineral composition, soils of Iraq
6	Structural geology: Types of earth movements, basic definitions.
7	Structural geology: folds, faults, joints, and their types.
8	Topographic and geological maps
9	Topographic and geological maps
10	Topographic and geological maps
11	Physical and engineering properties of rocks
12	Physical and engineering properties of rocks
13	Surface and ground water
14	Surface and ground water
15	Surface and ground water

Weeks	C.E.132 Freedom and Human Rights
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	—	—	1
1	Origins of civil rights and freedom, including: legislation for civil rights.
2	Understanding civil rights, philosophy of civil rights, economical conception of civil rights
3	Legal basis for the rule of law
4	General Freedoms guarantee
5	General Freedoms guarantee
6	Basic Freedoms and basic civil rights
7	Basic Freedoms and basic civil rights
8	Freedom of movement of people
9	Freedom of thought, opinion &belief
10	Freedom of labor.
11	Freedom of owning property, capitalistic & socialist understanding of ownership
12	Freedom of owning property, capitalistic & socialist understanding of ownership
13	Freedom of trade and industry including constitutional requirements, commercial freedom, etc.
14	Other Freedoms including, forming political parties, third world application of civil rights
15	Other Freedoms including, advances in scientific& technical aspects of civil rights

SECOND YEAR

Second Year/ First Semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.201	Mathematics (III)	3	1	–	3
C.E205	Strength of Material (I)	3	1	–	3
C.E.209	Programming (II)	1	–	2	2
C.E.213	Engineering Surveying (I)	2	1	2	3
C.E.217	Fluid Mechanics (I)	2	1	2	3
C.E.221	Building Construction (I)	2	1	–	2
C.E.225	Concrete Technology (I)	2	–	2	3
C.E.229	English for Academic Purposes (II)	2	–	–	2
Total		17	5	8	21
Total		30			21

Weeks	C.E.201 Mathematics (III)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Matrix algebra
2	Transpose, Determinate, and Inversion of Matrix
3	Solution of system of linear equations
4	Vectors algebra
5	Dot and Cross Product
6	Lines and Planes in Space
7	Polar Coordinates
8	Equations Relating Polar and Cartesian Coordinates
9	Graphing in Polar Coordinates
10	Applications on Polar Coordinates
11	Infinite Sequences
12	Series Tests
13	Power Series
14	Taylor Series and Maclaurin Series
15	Taylor Series and Maclaurin Series

Weeks	C.E.205 Strength of Materials (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Types of Loads and stress
2	Simple stress
3	Hook’s low
4	Simple strain
5	Simple strain
6	Thermal stress
7	Thermal stress
8	Torsion
9	Torsion
10	Shear and bending Moment Diagrams
11	Shear and bending Moment Diagrams
12	Flexural stress in Beam
13	Flexural stress in Beam
14	Composite Beams
15	Composite Beams

Weeks	C.E.209 Programming (II)
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	—	2hr. / Week	2
1	Fortran programming preliminaries, Fortran contents and variables
2	Fortran programming preliminaries, Fortran contents and variables
3	Fortran programming preliminaries, Fortran contents and variables
4	Arithmetic expression
5	Arithmetic expression
6	Input-output statements, control statements and statement subscripted variables
7	Input-output statements, control statements and statement subscripted variables
8	Input-output statements, control statements and statement subscripted variables
9	Elementary format specifications logical expression, and decision table
10	Elementary format specifications logical expression, and decision table
11	Functions and subroutines
12	Functions and subroutines
13	Processing files in variables, character manipulation in Fortran
14	Processing files in variables, character manipulation in Fortran
15	Processing files in variables, character manipulation in Fortran

Weeks	C.E.213 Engineering Surveying (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	2hr. / Week	3
1	General concepts and principles of surveying
2	General concepts and principles of surveying
3	Errors and mistakes
4	Linear measurements: Taping methods; systematic error in taping, measuring obstructed distances, other uses of tape.
5	Linear measurements: Taping methods; measuring obstructed distances, other uses of tape.
6	Levelling:
7	Direct levelling; level, basic parts and principles.
8	Differential levelling; systematic errors, field procedure, types of differential levelling.
9	Differential levelling; systematic errors, field procedure, types of differential levelling.
10	Adjustment of differential levelling by the least squares method.
11	Profile levelling; field procedure, adjustment of profile levelling, computation of cut and fill.
12	Profile levelling; field procedure, adjustment of profile leveling, computation of cut and fill.
13	Angles and directions
14	Angles; types of angles, types of horizontal angles.
15	Directions; direction of a line, meridian, azimuth, bearing.

Weeks	C.E.217 Fluid Mechanics (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	2hrs./ Week	3
1	Introduction: Distinction between solids, liquids & gases
2	Dimensions & Units
3	Fluid Properties, Density, specific weight
4	Viscosity
5	Compressibility; surface Tension
6	Fluid Statics: Pressure
7	Atmospheric properties; hydrostatic equation
8	Pressure measurement devices
9	Forces on immersed surfaces
10	Buoyancy and Archimedes’ principle
11	Accelerated fluid masses
12	Fluid Dynamics :Definitions of flow types
13	Continuity equation
14	Euler’s and Bernoulli’s equations
15	Applications on Bernoulli’s equation

Weeks	C.E.221 Building Construction (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction. definitions
2	Earth Works (Cut and fill)
3	Foundations Works
4	Foundations Works
5	Piles Works
6	Concrete Works
7	Concrete Works
8	Brick and Block Works
9	Brick and Block Works
10	Brick and Block Works
11	Masonry Works
12	Forms and Scaffoldings
13	Forms and Scaffoldings
14	Beams, Girders and Columns
15	Beams, Girders and Columns

Weeks	C.E.225 Concrete Technology (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	2hr. / Week	3
1	Introduction to Concrete materials
2	Manufacture of Cement and its Components
3	Hydration of Cement
4	Volume of Hydration
5	Volume of Hydration
6	Tests of Cement
7	Types of Cement
8	Types of Cement
9	Modern cementiutes materials
10	Aggregate, properties of Aggregate
11	Impurities in Aggregate
12	Alkali reaction of Aggregate
13	Sieve analysis
14	Application of new aggregate materials
15	Application of new aggregate materials

Weeks	C.E.229 English for Academic Purposes (II)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	—	2
1	Principles of academic writing
2	Principles of academic writing
3	Principles of academic writing
4	Principles of academic writing
5	Speaking Skill
6	Speaking Skill
7	Preparing academic posters.
8	Preparing academic posters.
9	Preparing academic posters.
10	Preparing academic posters.
11	Preparing academic oral presentation.
12	Preparing academic oral presentation.
13	Preparing academic oral presentation.
14	Preparing academic oral presentation.
15	Preparing academic oral presentation.

Second year/ Second Semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.200	Mathematics (IV)	3	1	–	3
C.E.204	Strength of Materials (II)	3	1	–	3
C.E.208	Programming (III)	1	–	2	2
C.E.212	Engineering Surveying (II)	2	1	2	3
C.E.216	Fluid Mechanics (II)	2	1	2	3
C.E.220	Building Construction (II)	2	1	–	2
C.E.224	Concrete Technology (II)	2	–	2	3
C.E.228	Geomatic Engineering	1	1	–	1
Total		16	6	8	20
Total		30			20

Weeks	C.E.200 Mathematics (IV)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Functions of Several Variables
2	Partial Derivatives
3	The Chain Rule
4	Applications of Partial Derivatives
5	Multiple Integrals
6	Double and Iterated Integrals over Rectangles
7	Double Integrals over General Regions
8	Double Integral in polar forms
9	Applications of Double Integrals
10	Triple Integrals
11	Triple Integrals in Cylindrical and Spherical Coordinates
12	Applications on Triple Integrals
13	Introduction to differential equations
14	First order ordinary differential equations

Weeks	C.E.204 Strength of Materials (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Shear stress
2	Shear stress
3	Spacing of nail
4	Double integration method
5	Double integration method
6	Moment-area method
7	Moment-area method
8	Axial-flexural combined stress
9	Axial-flexural combined stress
10	Shear-torsion combined stress
11	Shear-torsion combined stress
12	Analysis of plane stress and strain
13	Equations for the transformation of plane stress
14	Graphical solution – Mohr’s circle

Weeks	C.E.208 Programming (III)
	Theory	Tutorial	Laboratory	Units
	1 hrs./ Week	—	2hr. / Week	2
1	Introduction and Programming basics
2	Conditionals , Nested conditionals; logical operators
3	Iteration: for
4	Iteration: while
5	Developing algorithms; nested loop
6	User-defined functions
7	Executing a user-defined function
8	Discrete vs. continuous; plotting
9	2-d Arrays—matrix
10	Characters and strings
11	Cell arrays, working with numeric/text data (file I/O)
12	Structures and structure arrays
13	Array of objects, constructor that handles variable number of args
14	Sorting and Searching

Weeks	C.E.212 Engineering Surveying (II)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hrs./ Week	2hr. / Week	3
1	General concepts angles measuring instruments: Basic parts and principles, optical-reading theodolites, digital theodolite, total station. Measuring horizontal angles; repetition method, direct method.
2	Angles measuring instruments: Basic parts and principles, optical-reading theodolites, total station.
3	Measuring horizontal angles; repetition method, direct method.
4	Measuring horizontal angles; repetition method, direct method.
5	Angles measuring instruments: Measuring vertical angles,
6	Traversing: Introduction; methods of control survey, accuracy standards and specifications, basic concept of traversing, types of traverses.
7	Traversing: Computation of horizontal coordinates of the traverse stations. Adjustment of horizontal coordinates of the traverse stations.
8	Traversing: Computation of horizontal coordinates of the traverse stations. Adjustment of horizontal coordinates of the traverse stations.
9	Areas: Methods of measuring area
10	Areas: Methods of measuring area
11	Topographic Surveying
12	Volume of earth work
13	Volume of earth work
14	Horizontal and Vertical Curves
15	Horizontal and Vertical Curves

Weeks	C.E.216 Fluid Mechanics (II)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	2hr. / Week	3
1	Momentum Principle: Momentum equation
2	Impinging jets; forces on vanes and blades
3	Real Fluid Flow: Laminar and turbulent flow
4	Laminar flow through circular pipes
5	Turbulent Flow and the Moody Diagram
6	Specifying Pipe Sizes
7	Head losses in laminar flow
8	Pipe Flow Applications : Flow resistance in smooth and rough pipes
9	Minor losses; analysis of pipelines
10	Three reservoirs problem
11	Three reservoirs problem
12	Pipe networks
13	Pipe networks
14	Open Channel Flow
15	Open Channel Flow

Weeks	C.E.220 Building Construction (II)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction, Definitions
2	Floors and Roofs
3	Floors and Roofs
4	Arches, Lintels and Sills
5	Arches, Lintels and Sills
6	Damp Proofing
7	Damp Proofing
8	Finishing of Walls and Ceilings
9	Finishing of Walls and Ceilings
10	Doors and Windows
11	Doors and Windows
12	Means of Moving Between Levels
13	Means of Moving Between Levels
14	Joints in Buildings
15	Joints in Buildings

Weeks	C.E.224 Concrete Technology (II)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	2hrs./ Week	3
1	Introduction for fresh concrete
2	Workability and its tests
3	Factors affected workability
4	Segregation
5	Compaction of concrete
6	Hardened Concrete
7	Application for types of concrete
8	Factors affected the strength of concrete
9	Curing of concrete
10	Mix design of concrete
11	Modulus of elasticity
12	Modulus of elasticity
13	Volume Change
14	Creep
15	Durability of Concrete

Weeks	C.E.228 Geomatics Engineering
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	—	1
1	The basic components and benefits of Remote Sensing
2	Physical foundations of Remote Sensing
3	Aerial survey Eng., applications, type of photographs, different between vertical aerial photographs & maps, Indications on aerial photographs.
4	Vertical aerial photograph, Eng. Relations for vertical aerial photograph, photographic coordinate system, scale of vertical aerial photographs.
5	The design of the airline
6	Remote sensing from the space, Satellite characteristics around the earth.
7	Interpretation satellite Image.
8	The applications of Remote Sensing Techniques (low, medium, high and very high (civil engineering applications)) discrimination
9	Digital Image Processing.
10	Using Remote Sensing Techniques in Road Eng. (evaluation for highway Alignment).
11	Using Remote Sensing Techniques in environment Eng. And environment analysis and estimation Pollution Problems.
12	Using Remote Sensing Techniques in Resources Management and Hydrologic, Climate analysis, cartographic, Cities analysis, Urban Planning, Agriculture analysis and Forests.
13	Introduction in Geographic Information Systems (GIS) and applications.
14	Introduction in Global Position System (GPS) and applications.
15	Ground Penetration Radar (GPR) and its applications.

THIRD YEAR

Third Year/First Semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.301	Engineering Analysis	3	1	–	3
C.E.305	Theory of Structures (I)	3	1	–	3
C.E.309	Soil Mechanics (I)	2	1	2	3
C.E.313	Reinforced Concrete (I)	3	1	–	3
C.E.317	Environmental Engineering	1	1	2	2
C.E.321	Project Management	2	1	–	2
C.E.325	Traffic Engineering	1	1	–	1
C.E.329	Irrigation & Drainage Engineering	2	1	–	2
C.E.333	English for Academic Purposes (III)	2	–	–	2
Total		19	8	4	21
Total		31			21

Weeks	C.E.301 Engineering Analysis
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Classification of DE
2	Solution of 1st order ODE
3	Applications on 1st order ODE
4	Solution of Homogenous 2nd order ODE
5	Solution of Non Homogenous 2nd order ODE
6	Solution of Linear higher order ODE
7	Euler – Cauchy equations
8	Applications on 2nd order ODE
9	Solution simultaneous linear DE
10	Applications on Simultaneous linear DE
11	Fourier Series
12	Applications on Fourier Series
13	Partial differential equations
14	Separation of variables
15	Applications on Partial differential equations

Weeks	C.E.305 Theory of Structure (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Theory of Structures
2	Introduction and types of structures and loads
3	Determinacy and stability
4	Analysis of statically determinant frames
5	Analysis of statically determinant frames
6	Influence line for statically determinant beams
7	Influence line for statically determinant trusses
8	Influence line for statically determinant floor girders
9	Maximum influence at a point due to a series of concentrated loads
10	Maximum influence at a point due to a series of concentrated loads
11	Deflections by virtual work method: Beams
12	Deflections by virtual work method: Beams
13	Deflections by virtual work method: Frames
14	Deflections by virtual work method: Trusses
15	Deflections of Beams by conjugated-beam method

Weeks	C.E.309 Soil Mechanics (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	2hrs./ Week	3
1	Introduction to Soil Mechanics
2	Soil properties
3	Soil properties
4	Weight volume relationships
5	Weight volume relationships
6	Soil classification
7	Soil classification
8	Soil classification
9	Soil compaction
10	Soil compaction
11	Soil compaction
12	Soil permeability
13	One dimensional flow
14	One dimensional flow
15	Two dimensional flow

Weeks	C.E.313 Reinforced Concrete (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Introduction
2	Analysis using working stress method
3	Design using working stress method
4	Analysis of doubly beams using working stress method
5	Design of doubly beams using working stress method
6	Analysis of single beams using ultimate strength method
7	Design of single beams using ultimate strength method
8	Analysis of doubly beams using ultimate strength method
9	Design of doubly beams using ultimate strength method
10	Analysis of T- beams and irregular using ultimate strength method
11	Design of T- beams and irregular using ultimate strength method
12	Analysis and design of continuous beams.
13	Shear strength of concrete beams
14	Torsion Design of beams
15	Severability of beams

Weeks	C.E.317 Environmental Engineering
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	2hr. / Week	2
1	Introduction to environmental protection engineering.
2	Principle of EIA (environmental impact assessment).
3	EIA report preparation according to international codes.
4	EIA report preparation according to international codes.
5	Water resources and water pollution sources.
6	Water resources and water pollution sources.
7	Water pollution and the kind of polluters and the diseases that transport through water.
8	Water pollution and the kind of polluters and the diseases that transport through water.
9	Introduction to air pollution (types, sources and measurements).
10	Method of air pollution control and treatment.
11	Method of air pollution control and treatment.
12	The solid waste and its effects on the environment and the ways of storing, collecting, and treating it
13	The solid waste and its effects on the environment and the ways of storing, collecting, and treating it
14	Noise and its effects on the human’s health.
15	Noise and its effects on the human’s health.

Weeks	C.E.321 Project Management
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction, project phasis
2	Contracting methods and contract types
3	Changes in duration and cost for the construction projects
4	Planning and scheduling methods
5	Bar charts
6	Activity on Arrow Method
7	Activity on Nod Method
8	PERT method
9	Line of Balance Method
10	Time Cost Trade off Analysis
11	Time Cost Trade off Analysis
12	Cash flow forecasting
13	Cash flow forecasting
14	Cash flow forecasting
15	Microsoft Project

Weeks	C.E.325 Traffic Engineering
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	—	1
1	Traffic administration
2	Volume studies
3	Volume studies
4	Speed
5	Speed
6	Traffic Flow Theory
7	Traffic Flow Theory
8	Traffic Flow Theory
9	Delay Studies
10	Capacity and Level of Service (LOS)
11	Capacity and Level of Service (LOS)
12	Capacity and Level of Service (LOS)
13	Design of traffic signals
14	Design of traffic signals
15	Traffic management to reduce congestion and increase safety

Weeks	C.E.329 Irrigation & Drainage Engineering
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Irrigation(definition, purposes, sources)
2	Soil-water relationship
3	Flow of water into and through soil
4	Water requirement, Irrigation efficiencies
5	Consumptive use, Water duty
6	Unlined irrigation canal
7	Unlined irrigation canal
8	lined irrigation canal
9	lined irrigation canal
10	Drainage
11	Drainage
12	Planning of irrigation and drainage networks
13	Planning of irrigation and drainage networks
14	Methods of field irrigation
15	Methods of field irrigation

Weeks	C.E.333 English for Academic Purposes (III)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	—	2
1	Academic writing skills
2	Academic writing skills, Paraphrasing
3	Writing assay, general structure of an assay
4	Writing assay, general structure of an assay
5	Skills of writing a report, advanced skills with Microsoft word
6	Skills of writing a report, advanced skills with Microsoft word
7	Examples for good and poor assays
8	Examples for good and poor assays
9	Scientific Method
10	Science Method/ Ways of doing Science
11	Obtaining scientific info
12	Exploiting E-Journals.
13	Exploiting E-Journals.
14	Effective Communication
15	Effective Communication

Third Year/ Second Semester

Code	Subject	Hrs. /week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.300	Numerical Analysis	2	–	2	3
C.E.304	Theory of Structures (II)	3	1	–	3
C.E.308	Soil Mechanics (II)	2	2	2	3
C.E.312	Reinforced Concrete (II)	3	1	–	3
C.E.316	Water Engineering	3	1	–	3
C.E.320	Engineering Economy	2	1	–	2
C.E.324	Geometric Road Design	1	1	–	1
C.E.328	Computer Applications in Civil Engineering (I)	1	–	2	2
Total		17	7	6	20
Total		30			20

Weeks	C.E.300 Numerical Analysis
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	2hr. / Week	3
1	Solution of f(x) = 0
2	Advanced Matrices
3	Numerical solution of Ax = B
4	Eigen value problems
5	Numerical Solution of nonlinear system of equations
6	Interpolation (reading between numbers)
7	Numerical Differentiation
8	Numerical integration
9	Numerical solution of ODE
10	Finite Difference
11	Solution of ODE using finite difference
12	Numerical solution of PDE
13	Elliptic PDE
14	Parabolic PED
15	Hyperbolic PDE

Weeks	C.E.304 Theory of Structures (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Analysis of statically indeterminate Structures by the force method: Beams
2	Analysis of statically indeterminate Structures by the force method: Beams
3	Analysis of statically indeterminate Structures by the force method: Frames
4	Analysis of statically indeterminate Structures by the force method: Trusses
5	Analysis of statically indeterminate structures by slope-deflection method
6	Analysis of statically indeterminate structures by slope-deflection method
7	Analysis of statically indeterminate structures by slope-deflection method
8	Analysis of statically indeterminate structures by slope-deflection method
9	Analysis of statically indeterminate structures by moment distribution method
10	Analysis of statically indeterminate structures by moment distribution method
11	Analysis of statically indeterminate structures by moment distribution method
12	Approximate analysis of statically indeterminate structures
13	Approximate analysis of statically indeterminate structures
14	Elective Topics
15	Elective Topics

Weeks	C.E.308 Soil Mechanics (II)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	2hr. / Week	2hr. / Week	3
1	Stresses in a soil mass
2	Stresses in a soil mass
3	Stress due to loads
4	Stress due to loads
5	Immediate settlement
6	Consolidation settlement
7	Consolidation settlement
8	Shear strength
9	Direct shear
10	Triaxial shear test
11	Triaxial shear test
12	Triaxial shear test
13	Unconfined compression test
14	Lateral earth pressure
15	Lateral earth pressure

Weeks	C.E.312 Reinforced Concrete (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Analysis of one-way slab
2	Design of one-way slab
3	Analysis of two-way slab
4	Design of two-way slab
5	Analysis of short concrete columns
6	Design of short concrete columns
7	Analysis of long concrete columns
8	Design of long concrete columns
9	Analysis of short circular concrete columns
10	Design of short circular concrete columns
11	Analysis of long circular concrete columns
12	Design of long circular concrete columns
13	Analysis of short concrete columns
14	Development length

Weeks	C.E.316 Water Engineering
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Introduction of Sanitary Engineering
2	Basics of Sanitary and Environmental Engineering
3	Sources of water, the amount of water and sewage
4	Water collection
5	Surface water, quality of water ,drinking water standards
6	Water consumption
7	Pumping design
8	Water treatment(coagulation)
9	Water treatment (flocculation)
10	Water treatment(sedimentation)
11	Water treatment(sedimentation)
12	Water treatment(filtration)
13	Water treatment(disinfection)
14	Water distribution
15	Introduction to Advanced Treatments

Weeks	C.E.320 Engineering Economy
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction, demand and supply
2	Simple and compound interest
3	Equivalent annual cost
4	Economical comparison methods, Annual Cost
5	Present Worth Method
6	Interest Rate of Return Method IRR
7	Interest Rate of Return Method IRR
8	Break Even Analysis
9	Break Even Analysis
10	Depreciation
11	Depreciation
12	Linear Programming
13	Linear Programming
14	Incentive Scheme
15	Incentive Scheme

Weeks	C.E.324 Geometric Road Design
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hr. / Week	—	1
1	Elements of design
2	Stopping and passing sight distance
3	Stopping and passing sight distance
4	Stopping and passing sight distance
5	Design of horizontal curves
6	Design of horizontal curves
7	Design of horizontal curves
8	Design of vertical curves
9	Design of vertical curves
10	Design of vertical curves
11	Design of vertical curves
12	Interchanges
13	Interchanges
14	Design of parking
15	Design of parking

Weeks	C.E.328 Computer Applications in Civil Engineering (I)
	Theory	Tutorial	Laboratory	Units
	1hr. / Week	—	2hr. / Week	2
1	Introduction to AutoCAD( history, viewport and bars, essential commands, Quick access toolbar)
2	Coordinates input methods with applications
3	Modify menu and its applications
4	Draw menu and its applications
5	Draw menu and its applications
6	Hash and dimensions of the drawing
7	Make, insert, edit Block
8	Modify menu and its applications
9	Layers and its applications
10	Structural design presentation
11	Drawing of foundations
12	Drawing of reinforced concrete beams and columns
13	Drawing of reinforced concrete slabs
14	Drawing of stairs and lifts
15	Some structural details

FOURTH YEAR

Fourth Year/ First semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.401	Foundation Engineering (I)	3	1	–	3
C.E.405	Asphalt Technology	2	–	2	3
C.E.409	Concrete Design (I)	3	1	–	3
C.E.413	Steel Structure (I)	2	1	–	2
C.E.417	Wastewater Engineering	3	1	–	3
C.E.421	Estimation & Specifications	2	1	–	2
C.E.425	Hydrology	2	1	–	2
C.E.431	Elective topics in Structural Engineering	1	1	–	1
C.E.429	English for Academic Purposes (IV)	2	–	–	2
C.E.433	Engineering Project	–	–	4	2
Total		20	7	6	23
Total		33			23

Weeks	C.E.401 Foundation Engineering (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Soil explorations
2	Soil explorations
3	Bearing capacity of shallow foundations
4	Bearing capacity of shallow foundations
5	Bearing capacity of shallow foundations
6	Bearing capacity of shallow foundations
7	Settlement of foundations
8	Settlement of foundations
9	Structural design of foundations
10	Structural design of foundations
11	Structural design of foundations
12	Structural design of foundations
13	Structural design of foundations
14	Mat foundations
15	Mat foundations

Weeks	C.E.405 Asphalt Technology
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—	2	3
1	Cross-Section Elements and Mass Haul Diagram
2	Cross-Section Elements and Mass Haul Diagram
3	Cross-Section Elements and Mass Haul Diagram
4	Types and properties of asphalt in pavement construction
5	Types and properties of asphalt in pavement construction
6	Types and properties of asphalt in pavement construction
7	Aggregate used in Asphalt Concrete
8	Aggregate used in Asphalt Concrete
9	Aggregate used in Asphalt Concrete
10	Requirements for bituminous mixes
11	Volumetric Properties of Asphalt Mixtures
12	Volumetric Properties of Asphalt Mixtures
13	Design of aggregate gradation for asphalt mixes
14	Design of asphalt mixes
15	Design of asphalt mixes

Weeks	C.E.409 Concrete Design (I)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Review for concrete design member and types of load
2	Types of two way slab system
3	Design of two way slab by Direct Design Method
4	Design of two way slab by Direct Design Method
5	Design of two way slab by Direct Design Method
6	Design of two way slab by Direct Design Method
7	Design of Punching Shear in flat slab
8	Design of Punching Shear in flat slab
9	Design of Punching Shear in flat slab
10	Design of Punching Shear in flat slab
11	Design of two way slab by Equivalent frame method
12	Design of two way slab by Equivalent frame method
13	Design of two way slab by Equivalent frame method
14	Design of two way slab by Equivalent frame method
15	Design of two way slab by Equivalent frame method

Weeks	C.E.413 Steel Structures (I)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction of steel structures
2	Types of loadings
3	Design of tension members
4	Design of tension members
5	Design of compression members (columns)
6	Design of compression members (columns)
7	Design of compression members (columns)
8	Design of flexural members (beams)
9	Design of flexural members (beams)
10	Design of flexural members (beams)
11	Design of flexural members (beams)
12	Design of beam – column members
13	Design of beam – column members
14	Design of beam – column members
15	Design of beam – column members

Weeks	C.E.417 Wastewater Engineering
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Sewerage system
2	Quality of waste water
3	Sewer hydraulic
4	Waste water treatment objective
5	Types and method of waste water treatment
6	Primary treatment
7	Biological treatment(activated sludge)
8	Biological treatment, Fixed growth
9	Clarification, Filtration
10	Disinfection
11	Trickling filter
14	Sludge treatment
15	Advanced treatment

Weeks	C.E.421 Estimation & Specifications
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction about estimating and earth works with planning and leveling.
2	Excavation of foundation
3	Layer of boulder and layer of sub-base for the whole area of the excavation with a width equal to the foundation width indicated in plans.
4	Casting lean with width equal to the foundation
5	layer of block or rock
6	Casting lean concrete with width equal to the thickness of wall
7	Wall building work – Build by brick and cement mortar and by block
8	Casting a concrete for girders and column s
9	Casting a concrete to the slabs.
10	Finishing works
11	Roof works estimating
12	Box Culvert estimating
13	Water Tank estimating
14	Canals estimating
15	project estimating

Weeks	C.E.425 Hydrology
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Hydrology, hydrologic cycle, Meteorological data
2	Precipitation, Rainfall information
3	Estimating missing precipitation data, Double mass curve analysis
4	Average precipitation over an area
5	Evaporation and transpiration, Infiltration
6	Stream flow
7	Extension of rating curve
8	Hydrograph
9	Hydrograph
10	Reservoir routing
11	Stream flow routing
12	Groundwater
13	Well hydraulics
14	Well hydraulics
15	Flood Probability

Weeks	C.E.431 Elective Topics in Structural Engineering
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	1hrs./ Week	—	1
1	Review on stiffness matrix
2	Matrix and solutions
3	Matrix and solutions
4	Two dimensional stiffness matrix of truss in local and global coordinates
5	Two dimensional stiffness matrix of truss in local and global coordinates
6	Analysis of plan trusses using S.M.M
7	Analysis of plan trusses using S.M.M
8	Two dimensional stiffness matrix of Beams in local and global coordinates
9	Two dimensional stiffness matrix of Beams in local and global coordinates
10	Analysis of plan beams using S.M.M
11	Analysis of plan beams using S.M.M
12	Two dimensional stiffness matrix of frame element in local and global coordinates
13	Two dimensional stiffness matrix of frame element in local and global coordinates
14	Analysis of plan frames using S.M.M
15	Analysis of plan frames using S.M.M

Weeks	C.E.429 English for Academic Purposes (IV)
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hrs./ Week	—	2
1	What is research?
2	Resources types
3	Resources types
4	Resources types
5	Research Design
6	Research Design
7	Data Presenting and treatment
8	Data Presenting and treatment
9	Data Presenting and treatment
10	Plagiarism
11	Plagiarism
12	Plagiarism
13	Citations and Referencing
14	Citations and Referencing
15	Citations and Referencing

No. of Weeks	C.E.433 Engineering Project
	Theory	Tutorial	Laboratory	Units
	—	—	4hr. / Week	2
15	Students are required to work on project in any of the areas related to Civil Engineering. The students will work 4 hrs. per week with his / her supervisor(s) during the all-academic year in the 4^th stage.

Fourth year/ Second Semester

Code	Subject	Hrs./week			Units
Code	Subject	Theo.	Tut.	Lab.	Units
C.E.400	Foundation Engineering (II)	3	1	–	3
C.E.404	Pavement Design	2	–	–	2
C.E.408	Concrete Design (II)	3	1	–	3
C.E.412	Steel Structure (II)	2	1	–	2
C.E.416	Plumbing Engineering	2	1	–	2
C.E.420	Construction Methods	2	1	–	2
C.E.424	Hydraulic structures	2	1	–	2
C.E.428	Computer Applications in Civil Engineering (II)	–	–	2	1
C.E.433	Engineering Project	–	–	4	2
C.E.440	Engineering Ethics	1	–	–	1
Total		17	6	6	20
Total		29			20

Weeks	C.E.400 Foundation Engineering (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Lateral earth pressure
2	Retaining walls
3	Retaining walls
4	Sheet piles design in sand
5	Sheet piles design in clay
6	Pile foundations
7	Design of single pile
8	Pile design using SPT data
9	Pile design using CPT data
10	Pile capacity dynamic analysis
11	Pile capacity from Pile load test
12	Piles group
13	Piles group
14	Piles group
15	Introduction to slop stability

Weeks	C.E.404 Pavement Design
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	—-	—	2
1	Types of pavements and general principles
2	Types of pavements and general principles
3	Stresses in flexible pavement
4	Stresses in flexible pavement
5	Design of Flexible Pavement
6	Design of Flexible Pavement
7	Design of Flexible Pavement
8	Thickness design of rigid Pavement
9	Thickness design of rigid Pavement
10	Types of joints in rigid pavement
11	Stresses in rigid pavement
12	Stresses in rigid pavement
13	Reinforcement design of rigid pavement
14	Reinforcement design of rigid pavement
15	Reinforcement design of rigid pavement

Weeks	C.E.408 Concrete Design (II)
	Theory	Tutorial	Laboratory	Units
	3hrs./ Week	1hr. / Week	—	3
1	Introduction for yield line theory
2	Analysis of slab by yield line
3	Analysis of slab by yield line
4	Analysis of slab by yield line
5	Analysis of slab by yield line
6	Design of slab by yield line
7	Design of slab by yield line
8	Introduction for perstress concrete members
9	Stresses in perstress concrete beams
10	Stresses in perstress concrete beams
11	Allowable stresses in perstress concrete and steel
12	Design of prestress beam (ASD method)
13	Design of prestress beam (ASD method)
14	Design of prestress beam (Ultimate method)
15	Shear in prestress beams

Weeks	C.E.412 Steel Structures II
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Design of bolted connections
2	Design of bolted connections
3	Design of bolted connections
4	Design of bolted connections
5	Design of welded connections
6	Design of welded connections
7	Design of welded connections
8	Design of welded connections
9	Design of plate girders
10	Design of plate girders
11	Design of plate girders
12	Miscellaneous design considerations
13	Miscellaneous design considerations
14	Miscellaneous design considerations
15	Miscellaneous design considerations

Weeks	C.E.416 Plumbing Engineering
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hrs./ Week	—	2
1	Pipes: types, of pipes, fittings, and valves.
2	Sanitary fixtures: tanks, pressures, water consumption, discharges.
3	Design of cold water pipe systems: Types of systems, pressures.
4	Design of cold water pipe systems: Calculation of pipe sizes, equivalent pipe methods, cold water cistern.
5	Design of hot water pipe system: Direct and indirect systems of hot water distribution, hot water storage tank types, capacity and required energy.
6	Drainage pipes system within buildings: Types and methods of joining, supports of drainage pipes.
7	Design of drainage systems: Pipe size calculations for one-pipe system.
8	Design of drainage systems: Pipe size calculations for two-pipe system.
9	Design of vent systems: Individual venting, loop venting.
10	Design of vent systems: Branch venting, and methods of jointing.
11	Storm water drainage systems: Rain water intensity, equivalent units.
12	Storm water drainage systems: Equivalent units.
13	Firefighting systems with buildings: Fire hydrants, sprinklers.
14	Firefighting systems with buildings: sprinklers.
15	Firefighting systems with buildings: Hazard occupancy classification.

Weeks	C.E.420 Construction Methods
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hr. / Week	—	2
1	Introduction to The Methods of construction
2	Introduction to Methods of management projects
3	An engineer and contractor with the economics of construction
4	Costs of operation equipment
5	Costs of operation equipment with examples
6	Engineering fundamentals for choosing construction tools 1
7	Engineering fundamentals for choosing construction tools 2 examples
8	Engineering fundamentals for choosing construction tools 3 examples
9	Methods of estimating The productivity of machines
10	Methods of estimating The productivity of machines
11	Methods of estimating The productivity of machines
12	Methods of estimating The productivity of machines and cost s
13	Methods of stabilities soils
14	Methods of stabilities soils
15	The Works of wood

Weeks	C.E.424 Hydraulic structures
	Theory	Tutorial	Laboratory	Units
	2hrs./ Week	1hrs./ Week	—	2
1	Hydraulic structures (introduction)
2	Seepage under hydraulic structures
3	Seepage under hydraulic structures
4	Seepage under hydraulic structures
5	Design of Regulators
6	Design of Regulators
7	Design of Regulators
8	Design of Gates
9	Design of Box Culverts
10	Design of Box Culverts
11	Design of Inverted Siphon
12	Design of Transition in open channels
13	Design of Stilling Basins
14	Design of Stilling Basins
15	Barrages

Weeks	C.E.428 Computer Applications in Civil Engineering (II)
	Theory	Tutorial	Laboratory	Units
	—	—-	2hrs./ Week	1
1	Introduction to STAADPRO Program
2	Editor method
3	Orders used in editor method
4	Orders used in editor method
5	Analysis of concrete structures using editor
6	Analysis of concrete structures using editor
7	Analysis of steel structures using editor
8	Analysis of steel structures using editor
9	Design of concrete structures using editor
10	Design of concrete structures using editor
11	Design of steel structures using editor
12	Design of steel structures using editor
13	Viewing results of concrete design
14	Viewing results of steel design
15	Viewing results of steel design

Weeks	C.E.432 Engineering Ethics
	Theory	Tutorial	Laboratory	Units
	1hrs./ Week	—	—	1
1	Importance of Ethics in Science and Engineering
2	Importance of Ethics in Science and Engineering
3	Philosophy, Religion, and Ethics; Moral Analysis;
4	Philosophy, Religion, and Ethics; Moral Analysis;
5	Theory and practice of ethics in academic
6	The Role of Codes of Ethics
7	Leadership in Engineering and Industry
8	Distinguishing Exterior and Interior Morality
9	Distinguishing Exterior and Interior Morality
10	Factors Limiting Moral Responsibility and Degrees of Responsibility
11	The Importance of Intention
12	Ethics in the Global Engineering Profession
13	Fairness in Supervising; Fairness in Contracting; Intellectual Property and Society.
14	Fairness in Supervising; Fairness in Contracting; Intellectual Property and Society.
15	Social Aspects of Employment

No. of Weeks	C.E.433 Engineering Project
	Theory	Tutorial	Laboratory	Units
	—	—	2hr. / Week	2
15	Students are required to work on project in any of the areas related to Civil Engineering. The students will work 4 hrs. per week with his / her supervisor(s) during the all-academic year in the 4^th stage.

College of Engineering

Civil Engineering Department Syllabus