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ENCE210
Surveying Lab. I:
(for Architectural Engineering only)
Practical training on
the use of surveying equipment: distance measurements using
taping and electronic devices, elevation measurements, measurements of
horizontal and vertical angles, transverse surveying, and preparing
contour maps using tacheometric surveying.(prerequisite:
ENCE220 or concurrent)
ENCE220
Surveying I: (for
Architectural Engineering only):
Introduction to surveying, theory of errors, distance
measurements, elevation measurements and related applications,
tacheometry, angle measurements using theodolite, traversing, areas
and volumes, and introduction to geodetic surveying.(prerequisite
ENME121)
ENCE223 Mechanics I: (for Architectural Engineering only):
Stress and
strain of axially loaded members, stresses in flexure and torsion,
shear stress, deflection of simple beams, buckling of columns.(prerequesite: ENCE232)
ENCE231
Engineering Geology:
Geology and civil engineering, history of the Earth and its internal
structure , minerals
versus rocks, composition and structure of minerals, physical features
of the Earth, composition and structure of rock, composing the Earth,
weathering and soils, geological maps and their engineering
applications, ground water, earthquakes and Earth’s interior, plate
tectonics.
ENCE232
Statics:
Vectors, equilibrium of static particles,
resolution and resultant of forces, center of gravity and moment of
inertia, equilibrium of structural systems, forces in beams and
frames, force and moment diagrams, friction.(prerequisite:
PHYS131)
ENCE233
Mechanics of Materials:
Stress
and strain resulting from axial force, stress and strain relationship,
stress and strain resulting from torsion, shear and flexure, compound
stresses, Mohr’s circle, introduction to deflection in beams and
column stability.(prerequisite:
ENCE232)
ENCE311
Civil Engineering Laboratory 3:
Laboratory
test and report preparation, determination of water content,
sieve analysis, hydrometer analysis, specific gravity, liquid limit
test, plastic limit test, shrinkage limit test, determination of field
unit weight, standard Proctor compaction test, modified Proctor
compaction test, constant head permeability test, falling head
permeability test, consolidation test, direct shear test, unconfined
compression test, triaxial tests.(prerequisite: ENCE331).
ENCE314 Civil Engineering Laboratory I:
Properties of materials including stone, aggregates, cement, lime,
gypsum, bitumen, asphalt mixes, steel reinforcement, wood, aluminum,
and plastics.(prerequisite: ENCE324
or concurrent)
ENCE315 Civil
Engineering Laboratory II :
Properties of concrete and factors affecting it that
includes tests on aggregates, cement, water.
Properties of fresh concrete, workability tests, strength of
concrete, non-destructive tests on concrete, concrete job-mix design.
Laboratory project on a specified subject. (prerequisite:
ENCE325 or concurrent)
ENCE320
Drawing for Civil Engineering:
Basic
components of civil engineering constructions, steel connection (e.g.
beam-column and truss connections), brick, stone, and concrete walls
(interior and exterior walls, and retaining walls), reinforced
concrete footings, details of reinforced concrete sections, stairs,
details of bridges and water canals, wood constructions, use of
computer drawing packages.(prerequisite
ENME121, one lecture and three hour laboratory).
ENCE323
Mechanics II (for
architectural engineering only):
Structural behavior under loads,
simple and continuous beams, arches, cables, and trusses; internal
forces in beams, trusses, and simple frames, introduction to
determinate and indeterminate structures, selecting the suitable
structural system, introduction to three-dimensional structural
systems. (prerequisite:
ENCE223)
ENCE324
Building Materials:
Rock
and its suitability for aggregates and building stone production,
binding materials: cement, lime, gypsum, bitumen. Introduction to
asphalt mixes, cement mortars, concrete blocks, tiles, clay products,
metals in construction, glass, wood, plastics, insulation materials
for water, heat, and sound, rehabilitation materials. (prerequisite:
ENCE233 or concurrent)
ENCE325
Concrete Technology:
Materials used in concrete production: aggregates, cement, and water,
concrete additives, properties of fresh and hardened concrete and
factors affecting it, methods of testing fresh and hardened concrete,
concrete production, transport, casting, compacting, and curing
concrete, concrete job-mix design, durability of concrete, creep and
shrinkage of concrete. (prerequisite: ENCE314 or concurrent)
ENCE330
Surveying I:
Introduction
to surveying, theory of errors, distance measurements, elevation
measurements and related applications, tacheometry, angle measurements
using the theodolite, traversing, areas and volumes, introduction to
geodetic surveying, practical training involving distance
measurements, mapping, leveling, angle measurements, traverse
surveying, contouring, and total station measurements. (prerequisite:
ENME121, 2-hour lectures and 3-hour laboratory)
ENCE331 Soil Mechanics:
Soil
formation, weight-volume relationships, plasticity and structure of
soil, classification of soil, flow of water in soil (permeability and
seepage), capillary action, effective stress concepts, stresses in
soil, compressibility of soil, shear strength of soil, soil
compaction, slope stability, subsoil exploration.(prerequisite: ENCE231 and ENCE233).
ENCE332
Surveying II:
Route
surveying, design and layout of vertical and horizontal curves,
longitudinal and transverse profiles, earthwork calculations and mass
diagram, and construction surveying, introduction to photogrammetric
surveying, a surveying project which requires preparation of a
topographic map for an assigned area and concentrates on the
applications of route surveying.(prerequisite: ENCE330, and COMP230 or concurrent)
ENCE333
Structural Analysis I:
Analysis of statically determinate structures: beams, trusses, frames,
cables, and arches, influence lines, moving loads on beams and
trusses, deflection of statically determinate structures, moment-area
methods, conjugate beam, virtual and real work, analysis of
indeterminate structures using approximate methods. (prerequisite:
ENCE233)
ENCE336 Concrete Technology and Principles of
Reinforced Concrete Design (for Architectural Engineering only):
Basic properties of concrete constituents, workability and
fresh concrete admixtures, transport, cast, and curing of concrete,
compression strength test, principles of reinforced concrete design:
rectangular sections under flexure and shear, introduction to one- and
two-way slabs, details of reinforcement in beams and slabs, short
columns under concentric loads.(prerequisite:
ENCE323).
ENCE401 Field Training:
Practical training in an
approved engineering consulting or contracting office for a minimum
period of six weeks, a typed report which includes description of the
nature of training activities carried out by the student must be
submitted towards the end of training.(prerequisite:
third/fourth-year level and Department approval).
ENCE419 Civil Engineering Laboratory IV:
Water and wastewater characteristics, turbidity, pH, color odor,
suspended solids, nitrogen, phosphate, dissolved oxygen, biochemical
oxygen demand, chemical oxygen demand, bacteria (fecal coliform, total
coliform).
ENCE431 Transportation Engineering:
The
importance and needs of transportation in the society.
Transportation mode review with concentration on highways,
railroads, airports, and seaports, the effects of transportation on
the social, economical, and environmental aspects of communities,
introduction to traffic engineering and urban public transport.(prerequisite: ENEE331 or concurrent)
ENCE432 Foundation Engineering:
Types of foundations, bearing capacity of shallow foundations, stress
distribution, site improvement for foundation, isolated footing,
combined footing, mat foundations, settlement of foundation, lateral
earth pressure, introduction to deep foundation, design project.(prerequisite: ENCE331 and ENCE433).
ENCE433
Reinforced Concrete I:
Introduction to reinforced concrete, design approaches and codes,
sections under flexure and shear, design and detailing of beams and
one-way slabs, stairs, design of columns under concentric loading,
design project.(prerequisite:
ENCECE 333 and ENCE 315).
ENCE434
Structural Analysis II:
Analysis of statically indeterminate structures: force and displacement
methods, flexibility and stiffness matrices, three moment equations,
moment distribution.
(prerequisite:
ENCE333).
ENCE435 Hydrology:
Hydrological
cycle, precipitation, evaporation and evapo-transpiration, unsaturated
zone, groundwater, surface water, stream flows, runoff,
rainfall-runoff relationships, flood hydrology, urban hydrology,
stochastic hydrology.
ENCE436
Reinforced Concrete II:
continuous beams, two-way slabs, columns under combined axial load and
bending moments, slender columns, reinforced concrete frames, design
project.(prerequisite
ENCE433 and ENCE434).
ENCE437 Steel
Structures I:
Properties of structural steel, design philosophies, bolted and welded
connections, tension members, compression members, rolled beams,
design project.
ENCE438
Highway Engineering:
Basic
principles of roadway design, route location, economy visibility
studies of recommended design alternatives, geometric design involving
vertical and horizontal alignment, highway capacity, roadway drainage
design, design of
flexible and rigid pavements, and
asphalt concrete mix design. (prerequisite:
ECE311 and ENCE431)
ENCE439
Sanitary and Environment Engineering:
Hydraulic design of water
distribution and waste water networks, pumps and pumping stations,
sources of environment pollution, chemical and biological properties
of sewage, introduction to water and waste water treatment,
introduction to environmental impact assessment.(prerequisite: ENCE435)
ENCE511
Seminar Studies in Civil Engineering:
A study of selected
topics in a panel form with the participation of students, faculty,
and visiting scholars. (prerequisite:
ENCE 520 or concurrent)
ENCE520
Introduction to Graduation Project:
Preparatory studies of the literature and data
collection for the graduation project in a particular area of
concentration and under the supervision of one or more faculty
members.(prerequisite:
ENCE401 and fifth year level, must be registered in the
semester before last)
ENCE530
Graduation Project:
continuation of the graduation project that started in the ENCE520
course. One or more
faculty members supervise the graduation project.(prerequisite:
ENCE520)
ENCE532
Construction Management (for Architectural Engineering only):
The importance of planning and
management in project construction, definition of activities and
calculation of execution time periods, relationship between cost and
logical time of project execution, linear and grid planning, reserve
time periods, Critical Path Method, quantity survey, financial and
feasibility issues.(prerequisite: ENAR332 and ENCE336).
ENCE533
Construction Management:
The importance of planning and management in project construction,
definition of activities and calculation of execution time periods,
relationship between cost and logical time of project execution,
linear and grid planning, reserve time periods, critical path method,
quantity survey, financial and feasibility issues.(prerequisite: ENCE436).
ENCE5350 Traffic Engineering:
Elements
of traffic engineering, the principles of speed, traffic volume,
accident studies, parking studies, capacity studies.
Traffic signs, marking, and intersection signal timing design.(prerequisite: ENCE438)
ENCE5351
Pavement Design:
Analysis of pavement loads, stresses, and deflections using the elastic
theory approach for a multi-layer pavement system, design of flexible
and rigid pavements for roads and airports, properties and
specifications of pavement materials, and introduction to pavement
maintenance and rehabilitation. (prerequisite: ENCE438)
ENCE5352
Transportation Planning:
factors that influence transportation planning techniques, social and
environmental factors that influence transportation demand, the
influence of existing and future transportation modes and quality on
the transportation demand, statistical analysis and prediction models
for trip generation, distribution, modal split and traffic assignment,
methods for regional and local transportation planning.(prerequisite:
ENCE 431)
ENCE5353
Urban Public Transportation:
Type and development of urban public transport, public transport
features, and design performance criteria for modes of various urban
settings, management of public transport networks and selection of
service efficiency criteria.(prerequisite:
ENCE 431)
ENCE5354
Photogrammetric Surveying:
Basic principles of photogrammetry, basic characteristics of aerial
photos, stereoscopic vision and parallax, measurements and mapping
from aerial photos using parallax and stereoscopic views, general
principles of remote sensing, and introduction to geographic
information systems (GIS) and global positioning systems (GPS). (prerequisite:
ENCE332)
ENCE5355
Pavement Management and Maintenance:
Pavement testing and evaluation, maintenance
treatments and rehabilitation strategies, performance trends and
prediction models, life-cycle cost analysis, priority maintenance
schedules based on a defined decision policy, and design of a pavement
management system (PMS).
(prerequisite:
ENCE438)
ENCE5361
Reinforced Concrete III:
Basic properties of ordinary and
confined concrete, triaxial state of stress and strains, concrete
confinement, ductility and deflection of beams, deep beams, multistory
high-rise buildings: serviceability requirements, shear walls for wind
and earthquake resistance, members under torsion moments, corbels,
frame connections, research problem. (prerequisite:
ENCE436).
ENCE5362
Steel Structures II:
Behavior and design of bolted and welded moment resistant connections,
design of plate girders and composite steel-concrete beams.(prerequisite:
ENCE437).
ENCE5363
Prestressed Concrete:
Introduction to prestressed concrete and production technology,
different prestressing methods, properties of materials used,
prestress losses, analysis of sections under bending and shear, design
of simple and continuous beams, slabs, practical lab applications. (prerequisite:
ENCE436)
ENCE5364
Special Concrete Structures:
Shells, different geometric shapes and uses of
shells, design of cylindrical shells, domes, and folded plates, water
tanks. (prerequisite:
ENCE436)
ENCE5365
Finite Elements Analysis:
Fundamentals of theory of elasticity, variational principles, one- two-,
and three dimensional elasticity finite element, interpolation
methods, numerical integration, convergence criteria, stress
interpolation. (prerequisite:
ENCE5360)
ENCE5370
Groundwater Engineering:
Characteristics of groundwater aquifers, groundwater flow in aquifers,
groundwater flow to wells, pumping tests, hydrochemistry: analysis,
presentation of data and interpretation; introduction to groundwater
modeling; groundwater pollution: sources, mechanisms, protection and
remedy; groundwater resources management.
ENCE5371 Wastewater Engineering:
Methods of wastewater treatment, sludge treatment, introduction to
industrial wastewater treatment, low cost wastewater treatment,
wastewater reuse in agriculture and artificial recharge.(prerequisite: ENCE439)
ENCE5372 Water Resources Management and Planning:
Assessment of surface and groundwater resources, supply and demand
management, unconventional water resources, water resources
information systems, optimisation methods in water resources
management and planning, hydraulic analysis of water distribution
systems, application of optimisation in water supply systems.
ENCE5373 Hydraulic Construction:
Design principles for reservoirs, storage tanks, and dams, recharge
groundwater wells, open channel, conveyance and energy dissipation
structures. (prerequisite: ENCE435 and ENCE432)
ENCE5374 Solid Waste:
Sources of solid waste, composition and
characteristics of solid waste; collection, storage, transport and
treatment of solid waste; principles
of burying solid waste, design, operation and management of landfills,
treatment of leachate, methods for protection from solid waste
pollution, benefits from gases released from solid waste, solid waste
re-use.(prerequisite: ENCE439 and ENCE 331)
5375
Irrigation and Drainage Engineering:
Irrigation and drainage structures, principles of
design of the variant conveyance and regulatory structures, quantities
of storm water, design of storm water sewers, plant-soil relationship,
crop water demands, irrigation methods, design of irrigation systems
by sprinklers, furrows, canals, and drip irrigation,
design and management of irrigation networks.
ENCE5381
Selected Topics in Civil Engineering:
Courses will be offered in different subjects in
civil engineering based
on the need of the civil engineering students
and the
approval of the Civil Engineering Faculty.(prerequisite:
consent of Department)
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