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701.
DESIGN OF STEEL, MASONRY AND TIMBER STRUCTURES
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Termwork
Total
4
4
100
4 50
50
50 250
Steel
Structures :
Connections: stiffened
and Unstiffened, moment
and shear resisting
structural connections, design and detailing of connection between
roof truss to column, column to beam,
beam to
beam, truss to bed block; Design
of roof
trusses: Various types of trusses and their selection in industrial
structures, effect of wind and/or other loads on trusses
and structural detailing; Design of beam & column. Design of
Cantilever shed, plate girder, industrial building (rolled
and tubular)
including gantry girder,
foot over bridges.
Plastic
Methods : elementary
plastic theory of bending, moment curvature
relationship, plastic
hinges, plastic moment
of resistance, shape factor, load factor, collapse load, collapse
mechanism, equilibrium and yield conditions, analysis of beams and
portals. Design of symmetrical
portals using elastic
and plastic approach.
Timber
Structures: Permissible
stresses in timber as per IS code provisions. Tension and Compression
members subjected to axial loading and moment, Single beams and column
sections, timber, roof truss, design of connections.
Design of formwork and scaffolding.
Masonry
Structures: Design of
brick walls, effective thickness, wall under concentrated, uniformly
distributed, eccentric and lateral
loads, Design of masonry
retaining wall.
TERMWORK
Shall
consist of at least six designs with detailing
based on above syllabus.
TEXT BOOKS
Brick and Reinforced Brick structures
P. Dayaratnam
Simplified design of wooden structures
Ambrose
Design of Steel Structures
P. Dayaratnam
Plastic methods
B.G.Neal
Design of Steel Structures
S. K. Duggal
Steel Structures
Arya and Ajmani
IS:800,SP:20,IS:883,IS:905
REFERENCES
Timber Design
and Construction
Henry Jacoby and
Roland
P. Davis
Wood as
building material:
A guide
for
designers and Specifiers
Wiley Publication.
Simplified design of Structural Masonry
J. Ambrose
Simplified design of Steel Structures
J. Ambrose
Design of Steel Structures
S. K. Duggal
702.
QUANTITY SURVEYING,
ESTIMATING AND
VALUATION
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs
marks marks
Termwork
Total
4
3
100
4
50
25
25 200
Rate
Analysis: purpose, factors
affecting rate
analysis, Requirements for rate analysis,
Methods of
preparing rate
analysis, schedules of rate
Estimation: estimating, methods, types and detailing, unit
rates, construction cost index, approximate method of estimating, block
estimates.
Finding
Out Quantity : Data required for working drawings, Methods of
finding out quantities, Identify the items of work, Units of measurements
and quantity, General rules for measurements & quantity, taking out
quantities for typical Civil Engineering structures. Use of computer for
finding out quantity & billing.
Valuation : Concept of cost, price, value, purpose of
valuation, different forms
of value, Free
hold and
lease hold
property, valuation for
land and buildings, Factors &
methods of valuation of properties, capitalised value and years purchase,
valuation tables, depreciation, causes
of depreciation, methods for
estimating cost
depreciation, Reproduction cost and replacement
cost, Examples, obsolescence, sinking fund and its purpose,
outgoing, types, meaning of Gross income, net income and estimation of
outgoing, rent: Object, meaning and forms of rent, methods of
ascertaining standard rent,
easement :Definition, characteristics,
creation of easements, Extinguishment of easements,
effect on valuation, land ceiling &
acquisition acts, Transfer of property
Act, mortgage of property.
TERM
WORK
Shall be based on above syllabus consisting of
problems along with specification and rate analysis.
TEXT BOOKS
Estimating & costing in Civil Engineering
B.N.Dutta
Valuation of Real properties
S.C.Rangwala
Estimating and costing
S.C.Rangwala
REFERENCES
Estimating and costing
G.S.Birdi
Estimating and costing
Sharma and Chandola
Quantity survey
B.S.Patil
I.S.1200 : Method of Measurement of Building Works
Theory and practice of real valuation
R.H.Namavati
Quantity Surveying
P.L.Bhasil
Civil Engineering Contracts & Specification
Vol.2
B.S.Patil
Quantity Surveying & Costing
Gurucharan Singh
703.
MAINTENANCE AND REHABILITATION OF STRUCTURES
Teaching Scheme Examination Scheme
Theory Sessional
Prac/Oral
Theory Tut/Prac
marks
Hrs
marks
marks
Termwork
Total
3
2
100
3
50 25
25
200
Maintenance
of Structures : Maintenance
of Buildings, Roads, Bridges and other Engineering Structures; Monitoring
of Civil Engineering Structures.
Construction
Failures : Meaning of
failure, Historical references, Accountability & Liability, How to
avoid failures, Investigation of failures.
Causes
Of Distress : Flow of
forces, Design deficiencies, Improper materials, Poor workmanship,
,Supervision & Inspection, Natural calamities like fire, flood,
earthquake etc.
Durability
& Compatibility: Carbonation,
Efflorescence, Weathering, Water permeation, Sulphate attack etc.
Assessment
of Distress: Destructive,
semi-destructive & Non - destructive methods of testing of structures,
Load test, core test, carbonation test, Rebound hammer, UPV test, Pull out
tests etc.
Repair
Material & Techniques: Grouts,
Epoxies, Polymers, Quick setting/hardening concrete & mortars,
Grouting and guniting, underpinning, protection of adjacent structures.
Evaluation
of Repaired Structures: Structural
system, evaluation techniques, reliability of different techniques.
Miscellaneous:
Demolition &
dismantling, Installation of services, Time management, cost control,
safety control, underpinning, Management of Maintenance approach, material
supervision, budgeting.
TERMWORK
Termwork will be based on above topics containing
detailed reports & case studies.
TEXTBOOKS
Learning from failures
R.N.Raiker
Building failures-Diagnosis & avoidance
W.H.Ransom
Building disaster & failures
Geoff Scott
Common defects in buildings
HMSO Report
Construction
failures
Jacob Field
Lessons from
failures of concrete
Jacob Field
Structural
failures-Case studies
R.Jagdish
704. DOCKS
AND HARBOURS
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs
marks marks
Termwork
Total
2
-
50
2
25
-
-
75
Elements
Of Harbour: Water
transportation, Harbours: artificial,
natural and
semi-natural, Natural
and artificial
road steads, Accessibility, size
and shape of harbours, Harbour
depth, Features of a harbour,
Defects in harbour, Ports: classification, design and requirements of a good
port.
Break
Waters : Break waters,
Alignment, Forces acting,
Classification of
breakwaters, Breakwater
height and failures, Comparison
of mound type and wall type break waters.
Docks
: General, Open berths, Approaches to basins and
docks, Depth of docks and
basins, Location and internal arrangement,
Design and construction
of basin or dock walls, Dock entrances, Sizes of dock
entrances, Wet docks,
Dry docks.
Berthing
Structures: Jetties,
Piers, Wharves, Quays.
Navigational
Aids: Lighthouse,
buoys, anchors, moorings.
Transit
Sheds & Warehouses: Planning,
design and specific requirements.
TEXT BOOKS
Docks and Harbour Engineering
Oza & Oza
Harbour Engineering
S.C.Rangwala
Harbour and Tunnel Engineering
Srinivasan
REFERENCES
Harbour and Docks
R.Srinivasan
Notes on Harbour Engg.
Gopal Krishanan
Harbour Engineering
M.K.Rajan & Iyenger
705.
ENGINEERING CONTRACTS, TENDERING & SPECIFICATIONS
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Termwork
Total
3
-
100 3
50
-
-
150
Contracts:
Definition, Elements of contract (valid
contract),Forms of contract, Termination of contract, Labour contracts,
Negotiated contract ,schedule of prices contracts, demolition of
contracts, responsibilities of Contractor, Engineer & Owner, contract
between owner and engineer, Earnest money and Security deposit,
mobilization fund.
Conditions
of Contract: Clauses of
conditions of contract, outlines, liquidated damages, contract disputes
& settlements, standing contract (zonal, yearly). contract documents,
labour law and other acts applicable to construction, General &
special conditions of contracts .
Arbitration:
Meaning, purpose, matters to be referred for the
arbitration, quality, process of appointing arbitrator, types of
arbitration (sole, umpire, joint), power & scope of arbitration,
arbitration process, arbitration awards, revocation of arbitration,
contract tribunals.
Specification: Definition, object, Importance, use, types of
specification (Brief & Detailed),
General and special specification, classification, specification
for material, specification for
workmanship, design of specification, principles of specification,
writing, specification out lines, Technical specification.
Tendering
: Tender, types of tender (open, limited, Negotiated,
global, local), pre-qualification and post-qualification of contractors,
Tender documents, preparation of tender, opening of tender, mode of
submission of tender, Method of tender scrutiny, acceptance of tender
,Revocation of Tender, works executed
without a contract,
Special condition of contracts, advertisements,
unbalanced tender.
TEXT
BOOKS
Elements of Estimating
and costing
S.C. Rangwala
Engineering
contracts and
specifications
Robert W.
Abbett
Estimating and
costing
B.N.Datta
REFERENCES
Indian
contract act, Arbitration act, Land ceiling, acquisition &
tribunal
acts. Civil Engineering Contracts & Estimates Vol.1
Contracts
B.S.Patil
706.
PROJECT MANAGEMENT
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks
Hrs marks
marks Termwork
Total
4
1
100
3 50
25
25 200
Organizational
Structure: Function
of head, Regional office and project
management, function of
unit, Financial control, personal
and administration
planning and
design, management
information system, vigilance,
organization as resource.
Project
Planning: Project
identification, project
preparation, project
appraisal, Negotiation,
project approval, detailed project
planning, project
implementation, project monitoring
and control, project evaluation.
Construction
Planning: Necessity,
construction stages, choice and project
life cycle, planning technique and their merits and demerits.
Network: AOA &
AOL presentation,
single and
over lapping
relationship, preparing project network, CPM & PERT
,Analysis of net work, time-cost trade
off.
Scheduling
technique, bar chart.
Resource
Scheduling: Material,
manpower, machinery and energies, single resource - single project,
multiple resource -single project problem.
Principles
Of Management: History of
the development of management thought, concept and
scope of management,
management functions and processes planning, organizing,
staffing, directing, controlling
and evaluating, marketing process
and strategies
relevant to
construction Industries.
Financial
Analysis : Methods
,factors ,purpose, Finance for investment in
real property, Terms of borrowing, Sources of
borrowing, gearing and
equity, financial verses economical analysis, cost-benefit ratio .
Financial
Management & Accounting: Finance as resource, Important function, tender
costing, financial control, unit
level working,
service functions,
financial management
for export
contract, project cost
analysis, managerial accounting,
Role and Scope of management
account, Accounting concept
& principles, Under standing
of financial statements,
balance sheet,
profit and
loss account, cost account(direct and indirect cost),
fixed and variable
cost, unit costing, job costing, cost allocation, Accounting for labour,
material &
over head cost.
Project Information, Monitoring & Control: Management
information system (MIS), Need of MIS, Nature of MIS, Management
by exception, Financial return,
company reports, use of computer, speed of communication, Schedule
& budget,
cash flow
planning, updating,
forecasting for activity,
cost control,
time control,
delay in
construction, reasons & remedies.
Management
Development and Training Needs: Need
of management and training for workers,
operators, manager, shortage of skill, wage element, Accident and
health hazards, planning & review, Advantages of training.
A
Corporate Plan for the Construction Organization: Need
of corporate plan, adaptive planning, participative planning, pioneering
effort, limitations of the plan,
case study of corporate plan.
TERMWORK
Will be based on case studies and project
management problems based on above topics.
TEXT BOOKS
Construction planning
and management
P.S.Gahlot &
B.M.Dhar
Construction planning, equipment & methods
R.L.Peurifoy
REFERENCES
Project management for construction
Chris Mentrickson
Civil Engineering management
O.N.Wakhlu
CPM in construction management
O’Brien
Management guide to PERT & CPM
Wiest & Levy
Project planning & control with CPM
B.C.Punmia & Khandelwal
Quantitative
Methods in Construction
Management
I & II s
ISTE
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