1/2 Term:

Subject

No.

Subjects Name Pre-

requisite

(L-T)-P Credit

CE2101 Surveying None 3-0 4

CE2102 Construction Materials and Introduction of Design None 3-0 4

CE2103 Strength of Materials EM 3-0 4

CE2104 Geo Sciences None 3-0 4

MA2103 Maths-3 None 3-0 4

CE2701 Surveying Lab CE2101 0-3 2

CE2702 Construction materials testing Lab CE2102 0-3 2

HS2101 Human Values-1 None 0-3 P/R

Total load and Credits 15-9 24

Contact hours: 15X2 + 9 = 39

2/2 Term:

Subject

No.

Subjects Name Pre-

Requisite

(L-T)-P Credit

CE2201 Fluid Mechanics and Machinery None 3-0 4

CE2202 Water Resources None 3-0 4

CE2203 Structural Analysis None 3-0 4

EC2201 Introduction to Electronics None 3-0 4

CS2201 Design of Algorithms None 3-0 4

CE2801 Fluid Mechanics and Machinery Lab CE2201 0-3 2

EC2801 Introduction to Electronics Lab EC2201 0-3 2

HS2201 Human Values-2 None 0-3 P/R

Total load and Credits 15-9 24

Contact hours: 15X2 + 9 = 39

1/3 Term: Subject

No.

Subjects Name Pre-

Requisite

(L-T)-P Credit

CE3101 Transportation Engineering None 3-0 4

CE3102 Soil Mechanics None 3-0 4

CE3103 Hydraulics Engineering CE2201 3-0 4

CE3104 Design of Concrete Structures CE2203 3-0 4

Breadth – I None 3-0 3

CE3701 Transportation Lab CE3101 0-3 2

CE3702 Soil Mechanics Lab CE3102 0-3 2

Total Load and Credits 15-9 23

Contact hours: 15X2 + 6 = 36

2/3 Term:

Subject

No.

Subjects Name Pre-

Requisite

(L+T)-P Credit

CE3201 Environmental Engineering None 3-0 4

CE3202 Building Planning and drawings None 3-0 4

CE3203 Design of Steel Structures CE2203 3-0 4

CE3204 Foundation Engineering None 3-0 4

Breadth-II None 3-0 3

CE3801 Environmental Engineering Lab CE3201 0-3 2

CE3802 Strength of Materials labs CE2103/CE3104 0-3 2

Total load and Credits 15-6 23

Contact hours: 15X2 + 6 = 39

1/4 Term:

Subject

No.

Subjects Name Pre-

Requisite

(L-T)-P Credit

CE4101 Construction estimation and management CE3202 3-0 4

CE440_ Elective - I None 3-0 3 / 4

CE440_ Free Elective – I None 3-0 3 / 4

Breadth – III None 3-0 3

CE4700 Project None 0-9 6

CE4701 Construction estimation and management Lab CE4101 0-3 2

Total load and Credits 12-12 21-23

Contact hours: 12X2 + 12 = 36

2/4 Term:

Subject

No.

Subjects Name Pre-

requisite

(L-T)-P Credit

CE450_ Free Elective – II None 3-0 3 / 4

CE450_ Elective - II None 3-0 3 / 4

CE450_ Elective – III None 3-0 4

Breadth – IV None 3-0 3

CE4800 Project None 0-9 6

CE4801 Project viva None 2

Total load and Credits 12-9 21-23

Contact hours: 12X2 + 9 = 33

LABORATORY SYLLABUS

CE2701 SURVEYING LAB

Chain surveying, Compass surveying, Field exercises in traversing, Theodolite surveying,

Plane table surveying, Leveling LS and CS and tachometry, contouring, field exercises using

EDM, GPS, Electronics theodolite, Total station

CE2702 CONSTRUCTION MATERIAL TESTING LAB

Normal Consistency, initial setting time, fineness, soundness and compressive strength of

cement.

Concrete mix design and Slump, flow table, compaction factor and Vee Bee test of fresh

concrete. Compressive strength of cubes by Non-Destructive Testing, Direct compressive,

tensile and flexural strengths of concrete, modules of rupture test.

Water absorption, Compressive strength, efflorescence of bricks

Flexural strength and abrasion resistance of tiles

Bond strength tests on steel reinforcements, flexure test on RCC Beam;

CE2801 FLUID MECHANICS AND MACHINERY LAB

Orifice and Notch, Reynolds Experiment, Metacentric height of a ship model, Free and force

vortex, Momentum equation: Impact of Jet, Energy equation: Verification of Bernoulli’s

equation, Friction losses in pipes, minor losses in pipe fitting, pipes in series and parallel,

Hydraulic Jump in open channels, Flow measurement: In pipe using venture meter and orifice

meter, Flow measurement: In open channels using weirs, Forces on immersed bodies: Fall

velocity, Unsteady flow in pipes: Water hammer, rainfall – runoff simulator.

CE3701 TRANSPORTATION LAB

Laboratory testing of subgrade soils, aggregates, bituminous binders and mixes for their

suitability in road construction with reference to BIS; Traffic studies; Pavement evaluation

tests.

CE3702 SOIL MECHANICS LAB

Specific gravity of Soil Solids, Grain size analysis – Mechanical Method, Grain size analysis

– Hydrometer analysis, Atterberg limits determination – Liquid Limit, Plastic Limit,

Shrinkage Limit, Vane shear test, In-situ density of soils – Sand jar cone method, Coefficient

of permeability – Falling head method, Direct shear test, Unconfined Compression Test(UC),

Unconsolidated Undrained Test(UU), Compaction test, Consolidation test

CE3801 ENVIRONMENTAL ENGINEERING LAB

Physical characteristics of water: Turbidity, Taste, Odor, Colour, Electrical conductivity;

Analysis of solids content of water: Dissolved, settleable, suspended, total, volatile, inorganic

etc.; Alkalinity and acidity ;Hardness: Total, calcium and magnesium; Analysis of ions:

Fluoride, copper, arsenic; Optimum coagulant dose; Break point chlorination; Settling

column analysis for sedimentation tank design; BOD and BOD rate constant determination

COD; DO and re-aeration constant determination; Bacteriological quality measurement:

MPN, plate count

CE3802 STRENGTH OF MATERIALS LAB

Tension test on mild steel and cast iron rods, impact test on metal, compression and shear test

on specimens, buckling of slender steel columns, torsion test on round mild steel and cast

iron rods, indentation hardness test on metals. Measurement of strain by electrical resistance

strain gauge (cantilever beam), evaluation of Poisson’s ratio on mild steel flat, and deflection

of simply supported.

CE4701 CONSTRUCTION ESTIMATION AND MANAGEMENT LAB

Introduction: Purpose of Estimating, Type of Estimating.

Building Estimating: Main items of work and their unit of measurement, methods of

measurement, methods of estimating quantities, estimating quantities of building,

Introduction to estimates of other civil engineering work.

Specification: Objectives and importance of specification of materials, specification of

works, specification as per building classification, Language of specification writing.

Market survey: Traditional and modular materials, Market survey of material of

constructions, wages off labours, tools plant and equipments of construction.

Rate Analysis: Importance of rate analysis, factor affecting rates, over head expenses,

Schedule of rates, task work, labour requirement for different items of work, materials

requirement for different items of work, rate analysis of different items of work.

Abstracting and Billings: Purpose of abstract, preparation of abstract, measurement and

billing, checking of bills and final bill.

Tender: Tender notice, tender document, contract, contractor and terms and conditions of

contract agreement, form of contract, responsibility of owner, architect, contractor and

engineer.

Book keeping: Work abstract, material at site account, measurement book, muster roll, hiring

and maintenance of equipments, record of bills, vouchers and receipt book.

Valuation: Purpose of valuation, personal property and real property, forms of value,

depreciation, sinking fund, lease hold property and free hold property, obsolescence, gross

income, outgoings and net income, capitalize value, rental method of valuation and typical

problems.

Units of measurement - Quantification of various items of construction - Illustrative examples

for different types of structures - Reinforcement bar bending and bar requirement schedules -

Principles of rate analysis - Standard data and schedule of rates approximate estimates,

valuation.