First Semester
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Second Semester
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First Semester
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Second Semester
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First Semester
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Second Semester
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First Semester
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Second Semester
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Course content :
Basis of Matrices theory and linear algebra, beneficial definitions of other systems as system of equations, intrinsic values, vectors in space, determinates, applications on Gauss elimination, least square approximation, stability of differential equations, linear programming, mapping theory and additional definitions for matrices calculation and its applications.Credit Hours: 3 (2+2+0) |
Course content :
Study of construction material as stones, bricks, timber, tiles and cemented material as gypsum, cement and lime, learning of insulation material, recent composite material used in construction as polymers, manufactured and natural fibers. The course aims at the study of the basic engineering properties (physical and mechanical) and standards of materials as well as products. Credit Hours: 3 (2+3+0) |
Course content :
The course comprises the study of the tectonic movement of the earth crust, mantle and the core, mountains and oceanic formation, study of rock cycle and formation of igneous, sedimentary and metamorphic rocks including geological and mechanical properties. Special geological features as joints, discontinuities, faults, cleavage, foliation and its influence on the rock behavior are included. The course includes the description of laboratory testing on intact rocks and the in-situ geophysical testing on rock strata, interpretation of outcrops and geological mapping. Credit Hours: 3 (2+2+0) |
The main aims of this course are: to introduce students to concepts and methodologies underlying the study of language at Higher Education level; and in particular the technical terms used if the faculty of engineering. To show how the different areas of language study reinforce one another; and to provide the basis for a wider understanding of the production and development of spoken language.Credit Hours: 1 (1+0+0)
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Course content :
Introduction to communication, human communication entrance, communication skills with self, connect with others skills, speaking and diction skill, the skill of listening and dialogue, the skill of electronic communication, corresponding functional writing skills, CV and personal interview, contact in small groups, talking and dumping skill.Credit Hours: 2 (2+0+0) |
Course content :
This course concerns with the study of metals, its properties, study of metallic units as reinforcing steel, structural steel, study of welding connections, behavior of metals when subjected to tensile forces, compression, bending, shear, torsion, impact and fatigue effects. Credit Hours: 3 (2+2+2) |
Course content :
The course considers the study of statistical data, statistical records as standard deviation, variance and arithmetic mean. Study of basics of probability, primary probability distribution and its applications in engineering, relation between statistical measures of samples and those calculated procedures of taking samples in a accurate/ random process. The course ends up with a study of confidence level and quality control in civil engineering applications.Credit Hours: 3 (2+2+0) |
Course content :
Statically determinate trusses, influence line for beams and statically determinate frames. The course includes a study of various section properties as cross-sections, statically moment of area, moment of inertia, torsion and flexural rigidity as well as study of normal stresses due to normal forces and bending moments.Credit Hours: 4 (3+3+0) |
Scale units and drawing tools. Sketch drawings and site exploration, longitudinal measures, topo-surveying, site training on using scales, measurements of vertical /horizontal angles and directions, compass, temporary and permanent adjustment of surveying devices. The course takes account of setting of distances and, traverses and co-ordinates system, training of establishing a traverse and drawing of contour mapping. Study of theory of errors and knowledge of indirect means for measuring distances, angles and directions.Credit Hours: 4 (3+3+0)
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Course content :
This topic takes account of the awareness of architectural and structural plans, understanding of plain concrete properties, properties of reinforcing steel, and load distribution on slabs, behavior of concrete sections under bending, design of sections subjected to pure bending moments, influence of shear forces on beams and design of sections subjected to torsion moment. The subjects end with the presentation of reinforcing details of simple and continuous beams. Credit Hours: 3 (2+3+0) |
Course content :
The course includes the soil deposits due to rock disintegration and physical/chemical and mechanical weathering. The subject comprises fundamental soil properties and study of the seepage flow and soil permeability. The student shall also be familiar with basic laboratory and in-situ tests to determine soil permeability, applications of seepage flow on sheet piles, weirs, and concrete and earth dams. The course provides consciousness to vertical/horizontal distribution of stress in soil under the effect of concentrated as well as distributed loads according to theory of elasticity. Credit Hours: 2 (2+1+1) |
Course content :
The course comprises the applications of ordinary leveling surveying as longitudinal leveling, cross section leveling and grid leveling contour lines. The topic entails the study of topographic maps and volume computation, role of surveying in engineering projects including EDM and Total Station applications. Credit Hours: 3 (2+2+2) |
Course content :
The course aims at the study of materials comprising the concrete as aggregates, cement, admixtures and water, concrete fabrication, mix proportioning for strength, work-ability and durability. The course describes the properties of green/fresh and hardened concrete including the awareness of non-destructive testing on concrete, study of casting joints, shrinkage, expansion, acquaintance with using the codes of practice and selects the required testing for both quality control and quality assurance. Credit Hours: 4 (3+3+2) |
Course content :
Types and classification of hydraulic structures, hydraulic design as well as structural design of intersection structures (concrete bridges, culverts, siphons, and aqueducts) control structures as regulators and weirs and navigable structures (locks) storage structures (dams). Credit Hours: 4 (3+3+0) |
Course content :
It includes the study of concrete sections subjected to axial forces, design of columns, design of sections subjected to eccentric forces, design of columns subjected to buckling, design of concrete frames and presentation of steel reinforcing details of frames. Credit Hours: 3 (2+3+0) |
Course content :
This course concerns with the study of sources of errors and its different types in surveying works, theory of errors and its applications, perform calculations to adjust and correct field measurements. The course includes method of reading surveying maps, applications of global positioning systems “GPS”, implementation of digital mapping, awareness of local and global coordinates system and introduction to the geographic information system “GIS”. Credit Hours: 4 (3+3+0) |
Course content :
The course considers the concept of soil compressibility and consolidation and the associated laboratory tests for assessing the change in void ratio and compressibility coefficients, methods of stabilizing soil and compaction process with providing the assessment of soil compaction efficiency through laboratory and field testing. Determination of soil shear strength and the different soil lab tests required for assessing shear parameters, soil stress path method and liquefaction phenomenon of soil. The course also includes the study of earth pressure on smooth and rough retaining walls, slope stability of finite and infinite slopes. Credit Hours: 2 (2+1+1) |
Course content :
It provides the calculation of displacements using the conjugate beam method, determination of straining actions for statically indeterminate structures including beams, frames, and trusses using general method of deflection and equation of three moment’s methods. Credit Hours: 4 (2+0+2) |
Course content :
It presents the study and concepts of water flow through pipes, primary and secondary losses, system of pipelines, pipe networks, and types of water pumps and study of cavitation phenomenon. The course provides the study of water flow through open Channels as well as the application of the mass, momentum and mechanical energy, conservation principles to solve one-D fluid flow problems and the calculation of hydraulic jumps. Credit Hours: 4 (2+1+0) |
Course content :
Definition of scientific thinking, scientific thinking attributes, thinking, creativity and memory constraints of thinking and creativity, cognitive thinking skills, thinking skills over knowledge, Bloom's Taxonomy of cognitive objectives, strategies and methods of thinking about development, style of problem solving futuristic ways, learning style and workmanship, style self-learning, Education computer, education programs thinking, Alchort program, the program of the six hats, Mathioulibman program, a program Perdue, measuring creativity, teaching thinking abstract way, teaching thinking integrated manner. Credit Hours: 1 (1+0+0) |
Course content :
It includes the establishment of the general layout, design of sections subjected to tensile and compressive forces, design of lateral braced beams as purlins, gurts and beams, laterally un-braced beams, (crane girders) design of bolted, riveted and welded connections. Credit Hours: 3 (2+3+0) |
Course content :
The subject matter includes the methods of excavation, soil retaining, preparation and establishment of formworks for different structural elements and method of calculating the quantity of formwork and false work needed. The course includes the awareness of buildings from the perspective of brick types, construction methods, plastering types and method of executing steel structures. Credit Hours: 3 (2+3+0) |
Course content :
The course introduces the basics of construction industry and time schedules of structural projects and procedures of decision making. It includes knowledge on managing construction projects from inception to completion (planning, controlling and executing). It includes many topics as organizational planning, financial, human, equipment and material resource management, productivity measurement contracting specification writing, bid evaluation, value engineering, cash flow forecasting, economic analysis and feasibility studies. The course ends up with an introductory of computer implementation in this issue. Credit Hours: 2 (2+1+0) |
Course content :
The course aims at calculating the bearing capacity of soil for footings subjected to centric, eccentric and inclined vertical forces and for footings located on slopes. It provides the determination the contact stress under the footings, assessment of immediate and consolidation settlement, as well as the effect of footings rigidity on settlement and contact stresses distribution. The course comprises the study of in-situ testing as standard penetration, dynamic and static cone, vane shear and plate loading tests. The course provides the design of shallow foundations, isolated and combined footings and strap beams. Credit Hours: 3 (2+3+0) |
Course content :-
The course considers the types of deep foundations (piles) methods of installation, assessment of pile bearing capacity including skin friction and bearing resistance, settlement calculation of single pile, calculation of pile group efficiency. It takes account of determination of pile bearing capacity of driven piles via pile driving formulae and assessment of pile refusal as well as analysis of vertical pile loading tests, evaluation of pile under lateral load for free and fixed headed piles. The course provides the design of isolated and combined pile caps with the application of computer in assessing the straining actions in pile caps. It includes an introductory to tunneling, stresses and displacements for open tunnels, preliminary design of diaphragm walls secant and tangent piles for supporting deep excavations. Credit Hours: 3 (2+2+0) |
Course content :-
It presents the theories and basics of electrical engineering, electric circuits single face as well as three faces, methods of determining current intensity, voltage and power, distribution of electric power in buildings, drawings and symbols and specifications of electric installations. Credit Hours: 2 (2+1+0) |
Course content :-
It considers the structural analysis using reputable structural software and the application of the computer programs on plane structures including (frames, plates, and shells….etc) as well as bridge analysis under moving loads, in addition to the application on pre-stressed concrete, electric and communication towers. Credit Hours: 3 (2+0+2) |
Course content :-
The project aims at cooperating with the students in selecting the topics conforming to their scope of interest providing all available facilities and supervisors, the students shall revise all former published works and perform preliminary works, every student shall present in an open discussion the most crucial outcomes of his work, afterwards, every student shall pursue with his work and clarifies his project in a written statement supported with drawings/calculation sheets, time schedules, reports,….etc. Credit Hours: 1 (0+3+0) |
Course content :-
It includes a preface to contractual considerations for construction industry, consistency procedure between decision and execution in design and construct of engineering structures, contract basis between Employer and Contractor, types of contracts, tendering procedure and types, evaluation of bids, general and special specifications of the contract. The course includes the knowledge of quantity surveying and study of international laws as FIDIC and its applications, variation orders, claims and disputes resolution. Credit Hours: 3 (2+2+0) |
Course content :-
The course introduces the basis of designing construction time schedules and procedures of monitoring, control and study of proper distribution of various resources, different organizational options including functional task force, line and staff and matrix concepts. Design of schedules according to the minimum constraint limit required for executing projects and the critical path method, method of reporting, time and cost control, development and management of resources and application on computer software (quantities and specifications). Credit Hours: 3 (2+3+0) |
Course content :-
The project aims at cooperating with the students in selecting the topics conforming to their scope of interest providing all available facilities and supervisors, the students shall revise all former published works and perform preliminary works, every student shall present in an open discussion the most crucial outcomes of his work, afterwards, every student shall pursue with his work and clarifies his project in a written statement supported with drawings/calculation sheets, time schedules, reports,….etc. Credit Hours: 3 (1+0+6) |
Course content :-
The concept of human rights and its importance, the origins and sources of human rights, national and international sources of human rights law, individual rights, collective rights, restrictions on human rights, women's rights, children's rights, the rights of people with special needs, the international system for protecting human rights, human rights mechanisms in the constitutional system and national law, international organizations and human rights, non-governmental organizations and human rights. Credit Hours: 1 (1+0+0) |
Course content :-
It includes the study of the basics of pre-stressed concrete, systems of pre-stressed concrete, loss of pre-stressing, analysis and design of bending, shear and anchorages. It comprises the systems of concrete bridges, types, loading, design of slab bridges, girder bridges, box-sections with presenting the steel reinforcement details. Shell structures, including analysis methods, design and reinforcing details. Credit Hours: 4 (3+3+0) |
Course content :-
This course concerns with the understanding of contract and tender documents, basic principles of economic analysis for application in the decision making process, understanding of several economic and financial evaluations models, concepts and techniques of analysis useful in evaluating the worth of systems, products and services in relation to their cost., different depreciation methods and understanding of the different financial documents and the methods of analyzing them, perform net present value and equivalent annual cost analysis. Credit Hours: 3 (2+2+0) |