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Lesson Plan

*Name of the Faculty : Mr. Sanjeet Kumar

Discipline : Civil Engg.

Semester : 4th

Sem.

Subject : Concrete Technology

Lesson Plan Duration : 15 weeks (from January, 2018 to April, 2018)

** Work Load (Lecture/ Practical) Per Week (In Hours): Lecture-03, Practicals -06

Week Theory Practical

Lecture

Day

Topic

(Including assignment/test)

Practical

Day

Topic

1st

1st

Definition of Concrete, Uses of

Concrete in comparison other

building material

1st

& 2nd

To determine the physical

properties of cement as per IS

codes

2nd

Ingredients of Concrete, Cement

aggregates water, Types of Cement

3rd

Classification of aggregates,

Characteristics of aggregates

2nd

1st

Grading of aggregates

1st

& 2nd

To determine flakiness and

elongation index of coarse

aggregates

2nd

Water quality requirement as per IS

Code 456-2000

3rd

Water cement ratio, Duff Abrams

water cement ratio law

3rd

1st

Limitation of water Cement ratio

law and effect on strength of

concrete

1st

& 2nd

To determine silt in fine aggregate 2nd

Work ability, measurement of work

ability, Factor effecting work ability

3rd

Slump Test compacting factor

4th

1st

Properties of Concrete in plastic

state, work ability

1st

Determination of specific

2nd

Bleeding, Harshness, & 2nd

Gravity and water absorption of

aggregates 3rd

Properties in Hardended, Strength

durability

5th

1st

Dimensional changes

impermeability

1st

& 2nd

Determination of bulk density and

voids of aggregates 2

nd Revision

3rd

Test

6th

1st

Objectives of mix design

1st

& 2nd

To determine surface moisture in

fine aggregate by displacement

method

2nd

Adjustment on site for: Buling of

fine aggregate

3rd

Difference between norminal and

controlled concrete

7th

1st

Introduction to IS-10262-2009-code

for controlled mix design

1st

& 2nd

Determination of particle size

distribution of fine, coarse and all

in aggregate by sieve analysis

(grading of aggregate)

2nd

Introduction to admixtures for

improving performance of concrete

3rd

-------Do-------

8th

1st

Special Concrete, Cold weather

concrete, under weather concrete,

hot weather concrete

1st

& 2nd

To determine necessary

adjustment for bulking of fine

aggregate 2

nd Ready mix concrete

3rd

Fiber reinforced concrete

9th

1st

Ploymer Concrete

1st

& 2nd

To determine workability by

slump test:

2nd

Fly and concrete

3rd

Silica fume Concrete

10th

1st

Concreting Operation, Storing of

Cement

To verify the effect of water, fine

aggregate/ coarse aggregate ratio

2nd

Storing of aggregate at site

1st

& 2nd

and aggregate/cement ratio on

slump 3rd

Batching of Cement

11th

1st

Batching of Aggregate by volume by

using gauge box

1st

& 2nd

Compaction factor test for

workability 2

nd Revision

3rd

Test

12th

1st

Mixing, Hand Mixing, Machine

Mixing

1st

& 2nd

Non destructive test on concrete

by:

a. Rebound Hammer Test

2nd

Maintenance of Machine

3rd

Transportation of Concrete by using

tower crane, Transit mixers

13th

1st

Placement of Concrete, Checking of

form work

1st

& 2nd

b. Ultrasonic Pulse Velocity

Test

2nd

Shuttering and precaution to be

taken placement

3rd

Compaction, Hand compaction,

Machine Compaction

14th

1st

Finishing Concrete slabs- screeding,

floating and trowelling

1st

& 2nd

Tests for compressive strength of

concrete strength of concrete

cubes for grades of concrete

2nd

Curing, Objective of curing,

methods of curing

3rd

Jointing , There importance and

location

15th

1st

Defects in Concrete: Identification

and method of Repair

1st

& 2nd

---DO---

2nd

Importance and methods of Non-

destructive tests

3rd

Field Visit may be planned to

explain and show the relevant

things

Lesson Plan

Name of the faculty : Om Parkash Yadav


Semester : 4th

Semester

Subject : Surveying-II


Work Load (Lecture/Practical) per week (in hours): Lectures-02/Practicals-06

Week Lecture

Day

Theory Practical

Day

Practical

Topic( Including Assignment/Test) Topic

1st

1 Concept of contours, purpose, C.I. 1 Preparing contour plan by radial

line method using tangent

clinometer

2 Factors effecting C.I., characteristics of contours,

methods of contouring

2 Preparing contour plan by radial

line method using tangent

clinometer Preparing contour

plan by method of squares

2nd

3 Direct & indirect contouring, interpolation, uses

of contour map

3 Preparing contour plan by

method of squares

4 X-section, alignment of road, canal 4 Contd. (above)

3rd

5 Computation of earthwork and capacity of

reservoir from contour map

5 Preparing contour plan of a

road/railway track/canal by

taking X-sections.

6 Transit vernier theodolite- working, temporary

adjustment

6 Contd. (above)

4th

7 Transiting, swinging- Definitions 7 Study of transit vernier theodolite

8 Measurement of Hz. & Vertical angles, Prolonging

a line, bearing of a line

8 Temporary adjustment of

theodolite

5th

9 Traversing by included angles & deflection angles 9 Reading of vernier

10 Theodolite triangulation, plotting a traverse 10 Measurement of Hz. Angles by

repetition method

6th

11 Concept of co-ordinates and solution of omitted

measurements

11 Measurement of Hz. Reiteration

method

12 Errors in theodolite survey 12 Measurement of vertical angles

and use tacheometry tables

7th

13 Heights of objects- accessible & non accessible

basis

13 Repition of above practicle

14 Numerical Problems 14 Measurment of magnetic bearing

of a line and running a closed

traverse with a theodolite

8th

15 Tachometry – instruments and methods 15 Plotting of closed traverse

16 Stadia system and general principles of stadia

tachometry

16 Height of objects with accessible

base

9th

17 Numerical Problems 17 Height of objects without

accessible base

18 Numerical Problems 18 Setting out of a simple circular

curve with given data by offsets

from chord produced

10th

19 Second Sessional test 19 Contd. (above)

20 Simple circular curve- need definition and Elements 20 Setting out of a simple circular

curve with given data by one

theodolite method

11th

21 Degree of curve, radius of curve and other Elements 21 Contd.(above)

22 Setting out of simple circular curve by linear

measurements

22 Demonstration and use of

Ceylon Ghat Tracer

12th

23 Setting out of simple circular curve by tangential

angles


Tangent Clinometer

24 Centrifugal force and super elevation , Transition

curve


Pantagraph

13th

25 Requirement of transition curve, calculation of

offets and setting out transition curve by tangential

offsets


Abney Level

26 Vertical curve- Definition setting out 26 Use of Planimeter for

computing areas

14th

27 Modern surveying instrument- EDM, planimeter 27 Demonstration of Digital

Instruments.

28 3rd

sessional test, Total station 28 Site visit

15th

29 Remote sensing, GIS, GPS, Abney Level 29 Total Station

30 Ceylon Ghat Tracer, clinometer, pantagraph, and

planimeter

30 Site visit

Lesson Plan

Name of the faculty : Pooja Yadav


Semester : 4th

Semester

Subject : RCC DESIGN


Work Load (Lecture) per week (in hours): Lectures-05

Week Lecture

Day

Theory

1st

Topic (Including Assignment / Test)

1 Concept of reinforced Cement Concrete(RCC) , Reinforcement Materials

2 Properties of mild steel and HYSD Steel, Loading on structures as per IS:

875

3 Working stress method

4 Limit Stress method

5 Revision of previous topics

2nd

6 Shear as per IS:456-2000 by working stress method, Shear strength of

concrete without shear reinforcement

7 Maximum shear stress , Shear Reinforcement

8 Singly Reinforcement Beam(Working stress method), Basic assumptions

and stress strain curve, neutral axis

9 Balanced, under- reinforcement and over reinforcement beams, Moment

of resistance for singly reinforced beam

10 Design of singly reinforced beams

3rd

11 Reinforced Beams including sketches showing reinforcement details


13 Assignment

14 Concept of limit stress method , definitions

15 Assumptions made in limit state of collapse (flexure)

4th

16 Partial factor of safety for materials

17 Partial factor of safety for materials

18 Assignment

19 Partial factor of safety for loads

20 Revisions of previous topics

5th

21 Test

22 Design Loads

23 Stress block, Parameters

24 Singly Reinforced Beams theory


6th

26 Assignment

27 Design of beam

28 Design of beam

29 Singly Reinforced beam by Limit state method

30 Singly Reinforced beam by Limit state method

7th


32 Theory of Doubly Reinforced beams

33 Theory of Doubly Reinforced Beams

34 Basic design of Doubly Reinforced beams

35 Assignment

8th

36 Design of simply supported doubly reinforced rectangular beam by Limit

State Method

37 Revision of precious topic

38 Behaviour of T beams

39 Inverted T beams

40 Isolated T beams

9th

41 Basic of L beams

42 Isolated L Beams

43 One way slab

44 Definitions of one way slab

45 Design of simply supported one way slab

10th

46 Design of simply supported one way slab


48 Assignment

49 Test

50 sketches showing reinforcement of plan

11th

51 sketches showing reinforcement of section

52 plan and section by limit state method

53 theory of two way simply supported slab

54 design of two way simply supported slab

55 simply supported slab with corners free to lift

12th

56 No provisions for torsional reinforcement by limit state method

57 plan of torsional reinforcement by limit state method

58 two sections of torsional reinforcement


60 Definition of colums

13th

61 Classification of colums

62 Effective Length of column

63 Specifications for longitudinal reinforcement

64 Specifications for lateral reinforcement

65 Assignment

14th

66 design of axially loaded square short colums by limit state method

67 design of axially loaded rectangular short colums by limit state method

68 sectional elevation of square and rectangular method of reinforcement

69 plan of reinforcement by limit state method

70 revision of previous topic

15th

71 concept of pre stress concrete

72 methods of pre stressing

73 advantage and disadvantages of prestressing

74 Losses in pre- stress

75 Test

Lesson Plan

Name of the faculty : Neelam


Semester : 4th

Semester

Subject : Irrigation Engg.


Work Load (Lecture) per week (in hours): Lectures-04

Week Lecture

Day

Theory

1st

Topic (including Assignment / Test)

1 Introduction of Irrigation, Definition of Irrigation

2 Necessity of Irrigation, History of Development of irrigation in India

3 Major, Medium and Minor irrigation projects


2nd

5 Principal crops in India and their water requirements

6 Crops seasons- Kharif and Rabi

7 Soil water, soil crop and water relationships

8 Duty, Delta and base period their relationship

3rd

9 Gross commanded area(GCA) , Culturable commanded area(CCA)

10 Intensity of Irrigation, Irrigable area


12 Rain fall, definition of rain gauges-automatic

13 Non- automatic, method of estimating average rainfall

14 Catchment area, Runoff, Factors affecting runoff

15 Hydrograph, basic concept of unit of hydrograph


5th

17 Test

18 Flow Irrigation, its advantages and limitations

19 Lift Irrigation- Tube well and open well Irrigation

20 Lift Irrigation advantages and disadvantages

6th

21 Sprinkler Irrigation Condition favourable, essential requirements

22 Sprinkler system, Classification and component parts

23 Drip Irrigation, Suitability of drip irrigation

24 Drip irrigation layout, Component parts, advantages

7th


26 Classification of canal, appurtenances of a canal

27 Canal function, sketches of diff. canal cross-section

28 Various type of canal lining, its advantages

8th

29 Canal lining disadvantages, sketches of diff. lined canal cross-section

30 Breaches and their control

31 Maintenance of lined and unlined canals


9th

33 Introduction of tube well irrigation, occurrence of ground water

34 Location and command, Advantages and disadvantages

35 Comparison with canal irrigation, Explanation of terms

36 Water table, Radius of influence, Depression head

10th

37 Cone of Depression, Confined and unconfined aquifers

38 Test

39 Yield of a well and methods of determining yield of well

40 Types of tube well

11th

41 Methods of boring, installation, development of well, pump selection

42 Pump installation and Maintenance, Water harvesting techniques

43 Water harvesting needs and methods, Runoff from roof top….

44 Construction of recharge pits, recharge wells, its maintenance

12th

45 Assignment

46 Dams classification, earthen dam-types, causes of failure

47 Cross-section of zoned earthen dam, method of construction

48 Gravity dam, types, cross-section, methods of construction

13th

49 Concept of small and micro dam, concept of spill way, energy

dissipators

50 Canal head works and regulatory works, definition, object, layout

51 Functions of different parts of head works, weir and barrage

52 Cross-drainage works, functions and necessity, types, sketches

14th

53 Assignment

54 Falls, cross and head regulators, outlet, canal escapes

55 Method of river training, guide banks, retired embankments

56 Groynes and spurs, pitched island, cut-off

15th

57 Test

58 Definitions of water logging, its causes, its effects, detection

59 Prevention , Remedies, reclamation of soil, Surface drains

60 Ground water recharge, concept and various techniques

Lesson Plan

Name of the faculty : Hemant Sharma


Semester : 4th

Semester

Subject : Water Supply & Waste Water Engg.


Work Load (Lecture/Practical) per week (in hours): Lectures-05/Practicals-02

A. Water Supply

Week Lecture

Day

Theory Practical

Day

Practical

1st

Topic (Including assignment/test) Topic

1st

Introduction: Necessity & brief

description of water supply system.

1st

To determine

turbidity of given

water sample

2nd

Quantity of water:- 1) Water

requirement. 2) Rate of demand &

variation in rate of demand.

3rd

3) Per capita consumption of domestic,

industrial, public and fire fighting uses as

per BIS standards (no numerical

problems)

1st

To determine

turbidity of given

water sample

4th

4) population forecasting

5th

Quality of water:-Meaning of pure water

& methods of analysis of water

2nd

6th

Physical, Chemical & Bacteriological tests

their significance

2nd

To determine

dissolved

oxygen of

given sample 7

th Standard of potable water as per Indian

Standards. Maintenance of purity of

water(small scale quantity)

8th

Maintenance of purity of water(large

scale quantity)

To determine

dissolved

oxygen of 9

th Water Treatment: Sedimentation-

Purpose, types of sedimentation tanks 2nd

given sample

10th

Coagulation flocculation- usual

coagulation & their feeding

3rd

11th

Filtration- significance, types of filters,

their suitability

3rd

To

determine

pH value of

water 12

th Necessity of disinfection of water, forms

of chlorination, break point chlorination

13th

Residual chlorine, application of

chlorination

3rd

To

determine

pH value of

water 14

th Flow diagram of different treatment

units, functions of 1) Areation fountain

15th

2) Mixer 3) floculator 4) Classifier 5)Slow

sand filter

4th

16th

5) Rapid sand filter 6) chlorination

chamber

4th

To perform jar test

for coagulation.

17th

Conveyance of water:- Different types of

pipes-Cast iron, PVC, steel, asbestos

cement

18th

Concrete or lead pipes. Their suitability

and uses

4th

To perform jar test

for coagulation.

19th

Types of joints in different types of pipes

20th

Appurtenances: Sluice, air, reflux valves

relief valves, scour valve

5th

21st

Bib cocks, stop cocks, fire hydrants,

water meter their working and uses

5th

To determine BOD

of given water

sample 22

nd Distribution site: Requirement of

distribution, minimum head and rate,

methods of layout of distribution of

pipes

23rd

System of water supply- Intermittent &

continuous service reservoirs types,

necessity and accessories

5th

To determine BOD

of given water

sample

24th

Wastage of water- preventive measures

25th

Maintenance of distribution system,

leakage detection

6th

26th

Revision

6th

To determine

residual chlorine

of given water

sample

27th

Laying out of pipes- setting out

alignment of pipes , Excavation of laying

out of pipes

28th

Precaution to be taken in laying pipes in

black cotton soil, Handling

6th

To determine

residual chlorine

of given water

sample 29

th Lowering beginning & jointing of pipes

30th

Testing of pipe lines, Back filling

7th

31st

Use of boring rods To determine

32nd

Building water supply- connection to

water main

7th

conductivity of

water & TDS

33rd

Water supply fixtures & installations

7th

To determine

conductivity of

water & TDS 34

th Terminology related to plumbing

35th

Test

B. Waste Water Engineering

8th

36th

Introduction- Purpose of sanitation,

Necessity of systematic collection and

disposal of waste

8th

To study the

installation of

water meter &

connection of

water supply of

building with main

37th

Definition of terms in sanitary engg.

Collection & conveyance of sewage

38th

Conservancy & water carriage systems,

their advantages and Disadvantages.

Surface drains (only sketches) Various

types, sutability

8th

To study the

installation of

water meter &

connection of

water supply of

building with main 39

th Types of sewage: Domestic, industrial

40th

Storm water & its seasonal variation

9th

41st

Sewerage system: Types of sewerage

systems, material for sewers

9th

To study the

installation of Pipe

valves & bends 42

nd Their sizes and joints. Appurtenance:

Location, function & construction

features.

43rd

Manholes, drop holes, tank hole, catch

basin, inverted siphon

9th

To study the

installation of Pipe

valves & bends 44

th Flushing tanks grease & oil traps, storm

regulators, ventilating shafts

45th

Assignment

10th

46th

Laying & construction of sewers:

Setting out/alignment of sewers

10th

To study the

installation of

Water supply &

sanitary fittings 47

th Excavation, checking the gradient with

boning rods preparation of bedding

48th

Handling & jointing testing & back

filling of sewers

10th

To study the

installation of

Water supply &

sanitary fittings 49

th Construction of surface mains

50th

Different sections required

11th

51

st Sewage Characteristics: Properties of

sewage

To study &

demonstrate the

52nd

IS standards for analysis of sewage 11th

joining/threading

of GI,CI,SW pipes

53rd

Physical & chemical parameters

11th

To study &

demonstrate the

joining/threading

of GI,CI,SW pipes

54th

Biological parameters

55th

Test

12th

56th

Natural Methods of Sewerage Disposal:

General composition of sewage

12th

To study &

demonstrate the

joining/threading

of DI,PVC pipes 57th

Disposal methods, Disposal by dilution

58th

Self Purification of streams

12th

To study &

demonstrate the

joining/threading

of DI,PVC pipes

59th

Disposal by land treatment

60th

Nuisance due to disposal

13th

61st

Sewage treatment:- Meaning &

principle of primary & secondary

treatment

13th

To demonstrate

the laying of SW

pipes for sewers

62nd

Activated sludge process their flow

diagram

63rd

Introduction and uses of screens, grit

chambers, detritus tanks, skimming

tank

13th

To demonstrate

the laying of SW

pipes for sewers

64th

Plain sedimentation tanks, primary

clarifers

65th

secondary clarifers Filters, control beds

14th

66th

Intermittent sand filter, trickling filter

14th

Study of water

purifying process

by visiting a field

lab

67th

Sludge treatment and disposal

68th

Oxidation pond

14th

Study of water

purifying process

by visiting a field

lab

69th

Assignment

70th

Test

15th

71st

Building Drainage: Aims of building To test house

drainage 15th

drainage

72nd

Requirement of building drainages

73rd

Different sanitary fittings

15th

To test house

drainage 74

th installation of sanitary fitting, S Traps

75th

Seals, causes of breaking of seals

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