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Course Outline for Civil Engineering
CV102 ENGINEERING
MECHANICS (3 + 0)
Statics
: General principles of statics, Brief review
of Vector addition and subtraction, Vector products and
their physical and geometrical meanings, Laws of triangle,
Parallelogram and polygon of forces, General conditions
of equilibrium, Equilibrium of a rigid body, Free body
diagrams, Graphical methods for force analysis, Funicular
Polygon, Methods of Joints and Sections for force analysis,
Internal forces in Structural members, Introduction to
shear force and bending moment.
Dynamics : Rectilinear
and Curvilinear motion, Tangential and Normal components
of acceleration, Simple Harmonic motion, Single and Multiple
degrees of freedom, Work, Energy, Power, Impulse, Momentum,
Conservation of momentum and energy.
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CV103
SURVEYING – I (3 + 1)
General Principles of Surveying
: Determination and plotting of positions, Scales,
Errors and Degree of accuracy required.
Chain Surveying : Chains
and tapes, optical square and other instruments, Ranging
and chaining lines, errors in chaining, Field Book, Plotting
chain survey, Obstacle Surveying.
Compass Surveying :
Prismatic and Surveyor’s compasses, Meridians, Bearings,
declination and local attraction, Traversing, Adjustment
of compass survey.
Theodolite Surveying :
Types of theodolites and their structure. Handling and
care of instruments, Temporary adjustment of theodolite,
Measurement of bearings and horizontal and vertical angles,
Use of theodolite as a levelling instrument.
Plane Table Surveying :
Plane table and accessories, Adjustment and Orientation,
Methods of Plane-table surveying, Merits and demerits
of plane tabling, Contouring with tangent clinometer.
Two-point and three-point problems.
Box Sextant : Structure,
adjustment and use for measuring angles.
Levelling : General
principles of levelling, Optics of Surveying telescope
and their structure, Types of levels, Temporary and permanent
adjustment, Methods of levelling, Level Books, Reduction
of levels and checks.
Levelling for longitudinal section and
cross-section, plotting precaution in levelling, Sources
of error, Corrections for curvature and refraction.
Reciprocal Levelling :
Barometers and their uses for determination of altitude.
Contours and method of Contouring. Clinometers.
Computation of Areas and Volumes
: Calculation of Areas by various methods, Planimeter,
Reducing and enlarging maps. Computation of volumes of
earthwork and storage from control maps. Introduction
to modern computer applications in the field of surveying.
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CV104
CIVIL ENGINEERING SYSTEMS (3 + 0)
Introduction to Civil Engineering, Brief Historical Development.
Civil Engineering Terms. Civil Engineering works. Introduction
to Buildings. Types, components, Bridges, Dams, Reservoirs,
Canals, Tubewells, Roads, Railways, airports, Runways
, Soils, Rocks, Foundations, Water Supply, Sewerage, Docks,
Harbours, Environmental Engineering etc., Civil Engineering
Profession. Professional careers available to Civil Engineers.
Civil Engineeing Societies , Books, Journals, Use of library
Facilities.
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CV105
ENGINEERING DRAWING – I (2 + 2)
Use and care of drawing instruments, Standard Drawing
office practice, Principles of orthographic projection
in relation to simple solids.
Descriptive Geometry : Lines in space
and in planes showing their traces and true inclination
to planes of projection. Plane curves: cycloids, hypocycloid,
involute, Curves of interpenetration of Solids, Development
of Surfaces, Isometric views, Shadows.
Machine Drawing : Representation of
riveted joints, screwed fastenings, Keys and Cotters,
Preparation of fully dimensioned working of Component
parts of machines and engines.
Civil Engineering Drawing : Plan,
elevation and sectional drawing of buildings, stair
case , bridge , highway, foundations, water towers etc.
Reading and Understanding of Drawings and checking of
some construction works with the drawings.
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CV201
STRENGTH OF MATERIALS – I (3 + 1)
Normal, Shearing and bearing stress, Direct and Shearing
Strains, Elastic constants, Poissons’ Ratio, Thermal
stresses and strains, Stresses in composite sections.
Uniaxial and biaxial state of stress, Resolution of
stresses, Principal planes, Principal stresses and strains,
graphical representation of stresses and strains, Mohr’s
circle, Strain energy for direct, bending and shearing
stresses, Strain energy in terms of principal stresses,
Gradually and Suddenly applied loads, Impact loading.
Geometrical properties of plane figures, Moment of
inertia about centroidal axis, Parallel axis theorem,
Moment of inertia about principal and other axis.
Bending moment and shearing force in simply supported
and cantilever beams, Bending and shearing stress distribution
in beams, Curvature, Slope and Deflection of beams using
Direct Integration method.
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CV202
SURVEYING – II (3 + 1)
Theodolite Surveying : Traversing
and Traverse Tables, Closing error and its adjustment,
Heights and distances, Permanent adjustment of theodolites.
Tacheometrical Surveying : Principle,
field-procedures and types of tacheometers, Use of tacheometry
for traversing and contouring, Computations, Tacheometric
tables, diagrams.
Trigonometrical Surveying : Triangulation,
measurement of Base Line and Correction, Selection of
Station Signals, Satellite stations, Computation of
sides and corrections.
Advanced Levelling : Precise, Trigonometrical
and Barometrical levelling.
Setting out Works : Buildings, Bridges,
Tunnels, Dams and earthen slopes, Mine Surveying. Theory
and Practice of setting out horizontal, vertical and
transition curves on roads and railways.
Hydrographic Surveying : Nautical
Sextant, Soundings, methods of observation and computation.
Submarine contours.
Photographic Surveying : Principles of
photogrammetry, Aerial and Terrestrial Photographic Survey,
Stereoscope.
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| CV203 ENGINEERING
MATERIALS (3 + 0) General characteristics,
varieties, uses, strength and tests of Building stones,
Bricks and tiles: Refractory heat insulating and acoustical
materials, Quarrying and redressing of stone, Manufacture
and burning of bricks and tiles, Glazed pipe terracotta.
Composition, manufacture, varieties, properties, tests
and uses of limes, cement mortars and concretes, Gypsum
and Plaster of Paris, Waterproofing materials and surface
treatment.
Varieties and uses of important timbers.
Method of seasoning and sawing. Defects in timber, Decay
and preservation of timber, strength tests, plywood pressed
wood and jaxboard.
Composition, varieties, properties and
uses of glass, plastics, laminates and adhesives: Properties
and uses of asphalt, bitumen, rubber, leather, felt, asbestos,
and asbestos products.
Manufacture, characteristics, strength
and uses of ferrous and non-ferrous metals and their alloys:
Pig-iron, cast-iron, wrought iron, steel, copper, tin,
zinc, lead, aluminium, nickel, brass and bronze: Galvanizing,
oxidation and painting pipes, plane and corrugated iron
sheets and Rolled Steel Sections.
Composition, preparation, properties, tests and uses of
paints, plaster, varnishes and distempers.
Mechanical and theoretical properties
of concrete, Mix design, Quality control, Vibration of
concrete, additives and admixture, Air entrainment, Light
weight concrete, Hot and Cold weather concrete, precast
concrete.
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CV204
CIVIL ENGINEERING DRAWING - II (2 +2)
Planning, Design and Preparing of working drawing and
details of buildings, such as Bungalows, Flats, Offices,
Workshops, Schools and Markets, etc. Elements of perspective
drawing. Computer Aided Drawing.
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| CV205 STRENGTH
OF MATERIALS - II (3+1) Axially
compressed struts and columns, Euler, Rankine, and other
formulae for Buckling load of columns, Eccentrically loaded
columns: Torsion in circular shafts, Shearing stress distribution,
Angle of twist, Strength and stiffness of shafts.
Long columns under eccentric loads, Combination
of lateral and logitudinal load, beams on elastic foundations.
Unsymmetrical bending, Shear flow, shear
centre, curved beams.
Analytical & Graphical methods for
three dimensional Stresses, Energy methods, Theories of
failure.
Investigation of combined stresses
in bars, shafts, and beams, Stress trajectories. Torsion
in non-circular shafts, Membrane Analogy, Torsion in thin
tubes and open sections, Elementary theory of elasticity.
Analysis of stress and strain at a point, compatibility
equations, Formulation of elasticity problems. Stress
equation in polar coordinates Analysis of thin and thick
walled cylinders, plasticity, Stress and deformation relationship,
Plastic hinges, Shape factor, Failure mechanism.
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| CV206 THEORY OF
STRUCTURES - I (3 + 0) Statical
stability and determinacy of structures, Degree of indeterminacy
of rigid frames and Pin-joined structures, Method of joints,
method of sections, and Graphical methods for truss analysis,
Maxwell and Williot-Mohr diagrams.
Unit load method, Moment Area and Conjugate
beam principles, Energy theorems, Castigliano’s
Theorem, Method of Consistent Deformations, Three moment
equation, Stresses in structure due to misfits, temperature
changes and support yielding. Statically determinate and
indeterminate space trusses.
Analysis of arches, two and three hinged
arches, parabolic and circular arches, Temperature effects,
Graphical method of analysis, Analysis of suspension cables.
Stiffening girders, Temperature effects, Anchorage consideration,
Stability Analysis of gravity retaining walls and dams.
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CV207
FLUID MECHANICS - I (3+1)
FPS and SI Units : Properties
of fluids, Density, Specific Weight, Compressibility,
Viscosity, Surface tension, Vapour pressure.
Pressure : Absolute
and gauge pressures, Measurement of pressure, Manometers,
Total pressure on plane areas, Centre of pressure, Buoyancy.
Fluid Flows : Equation
of continuity, flow net, Velocity and acceleration, Energy
equation. Cavitation, Hydraulic and Energy gradients,
Vortex flow.
Basic hydrodynamics :
Circulation and vorticity, Basic flow fields, Stream function
and velocity potential.
Impulse-momentum : Forces
on reducers and bends, Stationary and moving vanes, Torques
in rotating machines. Applications.
Similitude and Dimensional Analysis:
Geometric and other similarities; Dimensionless numbers,
Models.
Fluid measurements: Pressure, Velocity,
Orifices, Venturimeter, Weirs.
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CV208
ENGINEERING GEOLOGY (3 + 0)
General Geology : Definition and Scope:
The earth as a planet, Process of external origin, weathering,
erosion, transportation and deposition of rock material
by geological agents. Processes of internal origin,
volcanism, earth quakes, intrusion, metamorphism and
the rock cycle, Diastrophism and isostasy.
Elements of structural geology : Folds
and faults, joints, fractures and cleavages, unconformities,
Primary and secondary structural features of rock.
Elements of crystallography : Crystallo-graphic
system, Important rock forming and ore minerals, igneous,
sedimentary and metamorphic rocks, Fossils, Basic Principles
of stratigraphy. Geologic time scale. A brief review
of the geology of Indo-Pak Sub-continent.
Applied Geology : The economic minerals
of Pakistan. The geology of water supply, Land slides
and relative phenomenon. Application of geology to construction
projects such as Dams, Reservoirs, Bridges and Tunnels,
Building materials and soils.
Principles of field geology : Methods
of geological survey and mineral prospecting.
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| CV301
THEORY OF STRUCTURE - II (3 + 0) Moving
load analysis, Influence lines for shear force and bending
moment, location and determination of maximum moment and
shear force, Absolute maximum bending moment, Influence
lines for panelled girders and trusses.
Moment Distribution and Slope Deflection
methods of analysis of beams and rigid frames.
Approximate methods for multistory frame
analysis such as Cantilever, Portal and Factor methods.
Influence lines for indeterminate structures,
Column Analogy method for beam and frame analysis. Introduction
to Matrix method of Structural Analysis.
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| HS302
ENGINEERING ECONOMICS (3 + 0) Introduction
: Basic concepts, engineering economy defined
Measures of financial effectiveness, Momentary values.
The Economic Environment :
Consumer and Producer goods, Measures of economic worth,
Price., Supply Demand relationship.
Selections between Alternatives
: Present economy, Selection among materials,
techniques, designs etc. A basic investment philosophy.
Alternatives having identical lives.
Values Analysis : Important
cost concepts. Cost-benefit analysis, feasibility studies.
Values analysis in designing and purchasing.
Linear Programming :
Mathematical statement of linear programming problems,
Graphi solution, simplex procedure, Duality problem.
Depreciation and Valuation :
Types of Depreciation, Economic life, Profit continuous
compounding. Discounting sinking fund problems.
Capital Financing and Budgeting
: Types of ownership, types of stock, partnership
and joint stock companies. Banking and specialized credit
institution.
Theory of Production :
Factors of production, Laws of Returns, Break even charts
and relationship.
Industrial Relationship :
Labour problems, Labour organizations, Prevention and
settlement of disputes.
Comparison of Pakistan’s Economy
with its neighbours and Group of 7 countries. Recommendations
for better Economic growth.
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| CV308
TRANSPORTATION ENGINEERING-I (3 + 1) Highway
Engineering : Development of various modes of
transport in Pakistan. The Role of Highway within a Transport
system, Highway Classification, Highway planning and Economic
appraisal, Traffic Flow characteristics and Survey methods,
Origin and destination studies.
Geometric Design : Fundamental
principles, Sight distances, Horizontal and Vertical alignment,
Intersection and Rotaries, Pavement design, Flexible and
Rigid pavements.
Highway Construction and maintenance
: Stabilized road construction, Pavement materials,
Highway drainage, Pavement failures, Roadside development
and aborriculture, Traffic Engineering, Various traffic
controlling devices, Parking characteristics and parking
control, Road safety, Accident study, Road signs, Traffic
signals, Highway lighting, Segregation of Pedestrian and
vehicular traffic.
Bridge Engineering :
Historical development of bridges, Classification of bridges,
component parts of bridges, Permanent and temporary bridges.
Introduction to computer applications in the field of
Transportation Engineering (Part - I).
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| CV309
STEEL STRUCTURES (3 + 0) Design codes, Design
loads, Safety factors, Load factors.
Design of tension and compression members, Design of
rivetted, bolted and welded connections.
Design of simple beams and compound beams.
Design of Plate girders and Gantry girders.
Analysis and design of roof trusses.
Design of Steel Columns, Base plates and grillage foundations.
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CV311
WATER SUPPLY & SANITARY ENGINEERING (3 + 1)
Sources of water : Demand for water,
maximum demand, estimation of demand for water supply,
Forecasting population.
Rainfall and run-off : Flood flows,
Reservoir storage by mass diagram.
Wells of different types, Flow of water into wells,
infiltration galleries, Water intake.
Design standards for water supply schemes. Service
reservoirs and water towers, service connection, values
and other appurtenances, Cleaning of pipes, Pumps for
water Supply. Different types of pipe material, Laying
of pipes, Tracking of leakages.
Quality of water, Chemical analysis, Sampling, Microscopic
examination. Coliform groups of bacteria and MPN, impurities
in drinking water.
Water treatment. Sedimentation, coagulation. Filtration,
disinfection. Water borne disease.
Ventilation, Warming and cooling, air-conditioning
Principles. Characterisitics of Sewage, system of Sewerage,
Quantity of Sanitary and Storm water sewage. Design
of Sewerage system, construction, Maintenance, Laying
and Testing of Sewer, appurtenances, Sewage treatment.
Primary and secondary, Oxidation ponds. Sludge digestion,
imhoff and Septic tanks, Estimation of BOD,
Plumbing fixtures of a house drain, collection and
disposal.
Environmental Pollution. Introduction to computer applications.
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| CV312 APPLIED SOIL
MECHANICS AND FOUNDATION ENGINEERING (3 + 1) Design
of Slopes, Retaining Structures, and Earth Dams using
Soil Engineering Principles.
Settlement Analysis of Foundation, foundations
under water, Cafferdams, Failure of foundation; Remedial
Measures.
Bearing Capacity determination of Buildings,
Bridge, Water tower sites, Vibratory and Repetitive Loading
of Soils.
Soil Stabilization and Methods of Soil
Improvement.
Foundations : Types,
Selection of the Foundation, Design of Isolated, Combined
and Strap fortings. Deep Foundations. Design of Pile,
Pier and Caisson foundation Design of Flexible and Rigid
Pavements. Design of Machine foundation.
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| CV313 CONSTRUCTION
ENGINEERING (3 + 0) Foundation
: Area of foundation, Depth of foundation. Eccentric
loads, Inverted Arches, Spread footing.
Masonry Construction :
Brick, Stone, and concrete block Masonry, Bonds, and joints.
Hollow walls, Bricks and stone arches. Reinforced brick
masonry, Tall masonry chimneys.
Wood Construction :
Wood Framing, Columns, Beams and partitions, Scaffolding.
Steel Construction :
Steel framing stanchions, Beams and Trusses. Erection
of Steel Chimneys.
Reinforced Concrete Construction
: Framing slabs, beams and columns, reinforcement,
form work, curing.
Floor Construction :
Various types and methods. Floor finishes. Factory floors,
Damp proof courses.
Roof construction :
Pitched and flat roof, Galvanized iron sheet and asbestos
cement roofing. Water proofing of roof.
Doors and Windows :
Wooden and Metal doors and windows.
Stairs : Types and construction,
fire-proof stairs, plaster, painting and protective coverings,
Bearing wall and framed construction of concrete, Steel
and timber for workship and factory building.
Planning of workshops, factories and
workman’s quarters, fire proof and earthquake proof
construction.
Thermal Insulations of buildings, Heating
and ventilation. Acoustics of Buildings, use of sound
proof materials.
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CV314
HYDRAULICS (3 + 1)
Steady Incompressible Flow in Conduits : General
equation for friction, Laminar Flow in pipes, turbulent
flow in circular pipes, Roughness of pipes, Chart for
friction factor.
Minor losses, pipe flow problems.
Forces on Immersed Bodies :
Drag and Drift, Laminar and turbulent boundary layers.
Steady Flow in Open channels
: Equation for uniform flow, Velocity distribution,
circular sections, Specific energy and critical depth,
Gradually varied flow, Water surface profiles.
Unsteady Flow of Incompressible
Fluid : Water hammer.
Hydraulic Machinery :
Similarity laws and factors for turbines and pumps.
Reaction Turbines :
Construction, Draft Tube, Operation of different speeds,
theory of turbines, Cavitation.
Centrifugal Pumps :
Classification, Characteristics, Theory of Caitation.
Reaction Turbines :
Construction, Draft tube, Operation of different speeds,
theory of turbines, Cavitation.
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| CV315 PLAIN AND
REINFORCED CONCRETE (3 + 1) Portland
Cement : Manufacture, chemical Composition, Hydrotion,
Tests on Physical Properties.
Different Types of Cement : Types
of Portland Cement, sulphate resisting cement, Admixtures.
Fresh Concrete : Workability,
slump and other tests, Mixing of concrete, Analysis of
fresh concrete, Lightweight concrete.
Elasticity, Shrinkage and Creep
: Modules of Elasticity, Poisson’s Ratio,
Volume, change, swelling and Shrinkage, creep of concrete.
Testing of Concrete :
Various types of compression tests, cube test, cylinder
test, splitting test, flexure test, ultrasonic pulse test.
Mix Design : Basic considerations,
quality control.
Concrete consituent materials, Mix proportions,
Water-cement ratio, concrete mix design, Stress-strain
curves. Compressive, tensile and shearing strength of
concrete, concrete strength under combined stresses, shrinkage
and creep of Concrete, Reinforcing Steel, Types of Reinforcement,
Strees strain curves, Basic assumptions in reinforced
concrete design, Design code, Design loads, safety factors,
Load factors.
Working Stress and ultimate strength
design of one-way and two-way slabs, and beams, Tee and
Ell beams, continuous slabs and beams, Design for diagonal
tension and bond in beams.
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| CV316 SOIL MECHANICS
(3 + 1) Definition and scope
of soil Mechanics, Historical Survey.
Formation, Structure and physical properties
of clay minerals.
Soil identification and classification.
Soil moisture relations, Limits of consistency,
Intergranular and pore water pressures. Capillarity, Permeability
and Ground Water Movement, Frost-heaving.
Drainage of soils, Seepage and flow nets,
Electro-osmosis phenomenon. Wall points.
Shearing resistances of soil, Strees
strain-time characteristics of cohesive and cohesionless
soils.
Compressibility and consolidation of
soil, Compaction of soils, Standard and Modified AASHTO
Test. Engineering properties of Water-logged and saline
soils.
Soil exploration, sampling and testing:
Selection of suitable type of foundation. Bearing capacity
of soils for foundation design.
Spread footings, Raft and pile foundations,
sheet piling.
Lateral earth pressure, theories of stability
of retaining walls, Stability of slopes and earthen structure.
Mechanical appliances for excavation, earth moving and piling.
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| CV317 REINFORCED
AND PRESTRESSED CONCRETE DESIGN (3 + 1) Design
of RC Stair cases, Flat Slab, Hollow block and ribbed
floors.
Analysis and design of R.C. Retaining
Walls, Under ground and overhead water tanks, columns.
Design, of combined and isolated footings,
strip footings, Raft foundations, and Pile foundation.
Prestressed concrete, Reinforcing Materials,
Advantages, Pressure losses, Flexural and Shear Design
of Prestressed concrete beams.
Machine Foundation Design.
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| CV318
WATER RESOURCES ENGINEERING (3 + 0) Hydrology
: Hydrologic Cycle : Precipitation, Evaporation
and Transpiration, Hydrograph analysis, Runoff, Routing.
Ground Water : Occurrence,
Groundwater Hydraulics, Wells, Yield, Tube-wells, Water
logging, salinity.
Dams : Forces on gravity
and earthen dams: Principles of design.
Barrages and Alluvial Canals
: Khosla’s and Lacey’s theories,
Design of barrage and alluvial canals.
Drainage : Land drainage
for reducing groundwater levels. Culverts and Bridges.
Planning for Water-resources
Developments : Objectives, Data requirements,
Project formulation, Environmental Consideration, system
analysis, Multi-purpose projects, Design of Irrigation
Network System.
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CV404
TRANSPORTATION ENGINEERING-II (3 + 0)
Railroad Engineering : Railway Alignment
and Grades, Cross - section of Railway Tracks, Rails,
Ballast and Sleepers, Laying of Tracks and Maintenance,
Creep and Anticreep Devices, Points and Crossings, Station
and Yards, Signalling and Interlocking, Automatic signalling,
Modern methods of railway traction, Various types of
locomotives, Track resistance, Railway Organization
in Pakistan.
Coastal Engineering : Classification
of Harbours, Design Principles and requirements of a
good harbour, Effect of Wind, Waves, Tides and Current
on the Design, Breakwaters, Channel regulation, Channel
demarcation, Classification of docks and their construction,
Port structures, Transit shed and Ware houses, Harbours
of Pakistan.
Airport Engineering : Airport location,
Airport planning, Factors influencing airport size, Airport
configuration, Runways, Taxiways, Aprons, Aircraft characteristics
related to Airport designing, Aircraft parking systems,
Terminal building, Airport lighting. Introduction to computer
applications in the field of Transportation Engineering
(Part - II).
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| CV405 QUANTITY
SURVEYING AND COSTING (3 + 0) Taking
out quantities and estimating cost of buildings, Structures
of timber, Masonry, Steel, Reinforced concrete, Earth-work,
plumbing.
Analysis of rates and specifications for various items
in construction.
General principles of account of works,
Tenders, Contract Systems, Conditions of contract, Responsibilities
of Engineers, Contractors and Owner.
Valuation of Properties.
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| CV408 CONSTRUCTION
MANAGEMENT (3 + 0) Management
functions, Management tools for construction project management.
Types of planners, Transportation Model, Least Cost Technique,
Project Management Software.
Planning, Scheduling and Control of
construction projects through Rectangular bar charts,
CPM, fundamentals of CPM Network, Computation for event
time and activity time project information, Scheduling
progress, PERT, Project information and precedence network.
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| CV409 ARCHITECTURE
& TOWN PLANNING (3 + 0) Historical
Development, Egyptian, Asiatic, Greek, Roman Indian, Romanesque,
Muslim Architectures, Modern Architecture.
Influences : Geographical,
Geological, Climatic, Religious, Social, Historical, Landscape
Architecture.
Principles of Architecture :
Truth or purpose, Beauty & Truth Qualities, Strength,
Vitality, Grace, Breadth, Scale, Factors, Proportion,
Colour, Balance.
Use of materials : Stone,
Wood, Metals, concrete. General Treatment of Plans of
Buildings, Walls, their construction, Openings, their
position, character and shapes: Roofs: their development
and employment, Columns, their position, or decoration,
Moulding, their form and decortion, Ornament as applied
to any building.
Town Planning : Purpose
and scope, Definitions of town planning, Trends in urban
growth, Objectives of sound planning.
Information required :
Maps, Population, Natural resources, Economic resources,
Legal and administrative problems, Civic survey, City
plan, Need and scope of comprehensive plan, Structure
plan.
Phases of planning :
Principles of planning. Communication plan: Railroad network,
Port and Harbour facilities: Elevated railroad and subways,
street pattern, Gridiron, ring roads and radial systems,
Parkway system. Street traffic and Design.
Use of Land : Residential,
Parks and recreation facilities, Location of public and
semi-public buildings, Civic Centres, Commercial centres,
Local shopping centres, Public schools. Zoning and other
land use control.
Community planning, Suburban development.
Slum areas, Katchi abadi and their redevelopment, Airport
and City plan. Decentralization of industry and residential
areas. Planning for urban areas. Municipal land policies
and bye-laws. Economic value of city plan. Traffic control.
New Town – Selection of site. Planning by laws.
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| CV410 ENVIRONMENTAL
ENGINEERING (3+0) Environmental
Engineering Definition. Environmental Disturbances, Legislations.
Water Pollution, Pollution of receiving water, Eutrophication
types, Physical Chemical and Biological changes, Control
of Eutrophication. Air pollution effects, sources and
control. EIA Guidelines, Environmental Management, EIA
Definitions, Elements of EIA (Environmental Impact Assessment)
process, Design of EIA Case Studies.
Introduction to Solid and Hazardous
Wastes Characterization of solid wastes, Collection Systems.
Transfer stations treatment methods, Disposal methods
Nuclear Wastes, Clinical Wastes and Their Effects on Environment
Spread footings, Raft and pile foundations, sheet piling.
Introduction to computer application in Environmental
Engineering.
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| CV411 IRRIGATION
ENGINEERING (3+0) Introduction
: Irrigation systems, source of water.
Canal Irrigation : Canal
head works, wiers and barrages, selection of their sites,
their components bais Principles of their Design and Construction.
Design examples. Slit Control in Canals Kennedy’s
and Lacy’s Theories. Design of irrigation channels,
Canal Head Regulators, Falls, Metter Flumes, Outlets and
cross drainage works canal lining. Maintenance of Canals,
floods and their Control.
Water Requirements of corps, duty of
Irrigation water. Delta of crops. Irrigation Methods.
Method of minimize water losses.
Water Logging and Salinity. Causes, Effects
of Salinity on Irrigation land. Reclamation methods.
Tubewells : Components, Functioning, Discharge,
and Maintenance. Modern Irrigation methods.
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| CV412 DESIGN OF
STRUCTURES (1+3) Ultimate strength
designs of reinforced concrete slabs, beams and columns
in a structure.
Analysis and design of reinforced concrete
and Steel, Industrial and Commercial type of buildings
including Affects of wind and earthquake, Design of Steel
and R.C. bridges. Brackets and Corbels.
Introduction to analysis and design of thin shell, folder
plate and space structures.
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CV413
COMPUTER AIDED DESIGN (0+3)
Designing and Detailing of Civil Engineering works like
buildings, their structural components, Highways, Bridges,
Irrigation works, Water Supply and Sanitary Works, Dams
etc. with the aid of Computers.
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CV414
TRAFFIC ENGINEERING (3+0)
General Transport Planning Process. Trip Generation, trip
distribution. Traffic Characteristics, speed volume, travel
time and delay studies. Traffic Control devices and methods.
Traffic Accidents. Studies to minimize accidents developments
in traffic engineering and control. Large city traffic
problems and their solution. Case Studies.
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CV499
CIVIL ENGINEERING PROJECT (0 +6)
To give the Students a chance for enhacing their technical
capabilities by implementing their theoretical and Practical
knowledge in the field of Research & Development.
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