Lecture

day

Topic

(including assignment/

Practical

Day

Topic

1st(unit-1)

General metallurgical

terms and operation

with Fe.

1st(PR-1) Gravimetric Anlaysis

2nd Metallurgical of Cu.

3rd Metallurgical of Al.

4th Manufacture of Steel.

3rd Gravimetric Anlaysis

5th Alloy's, its types & its purpose of alloys.

6th Properties & applications Invar,brass.

7th

Properties of Alnico, nichrome, stainless steel.

5th

Determination of %

purity of blue vitriol

using N/20 Na₂S₂O₃.

8th Bronze , Duralumin,Brass.

9th Magnalium and Solder

10th(unit-2)

Defination of corrosion

type and

factor affecting

corrosion rate.

7th Revision of pr-1 & pr-2.

11th

Theory of dry & wet Corrosion.

Determination of

moisture in given

sample of coal

12th

Passivity in metel ,

cathodic

protection

13th

Metal coatings.

9th

Determination of

moisture in given

sample of coal

14th Inorganic and organic coating

15th Internal corrosion preventive measure

16th Heat treatment and Revision 11th Revision of pr-3.

17th Test of Ist and 2nd

6th12th

Determination of

percentage

of volatile and non

volatile matter

in given coal sample

4th

8th(PR-3)

5th

10th(PR-4)Determination of

percentage

Semester 2nd

Work Load(Lecture/Practical) per week(in hours):-Lectures -03,Practicals-02

2nd Gravimetric Anlaysis

Ist

Lesson Plan

Name of Faculty DR.S.P.SINGH

Discipline Civil Engg

2nd

3rd

Subject Applied Chemistry-II

Lesson Plain Duration 16 Week(From January 2018 to May 2018 )

Week Theory Practical

4th(PR-2)Determination of %

purity of Blue vitrol

6thDetermination of %

purity of blue vitriol

18th(unit-3)

Fuel - Definition ,

classification ,

characterstic of good

fuel

19th

Relative merits of fuels

13th(PR-5)

Gravimetric

estimation of ash

content in given coal

sample.

20th Calorific value and its determination

21st Analysis of coal & Revision.

22nd(unit-4)Fuel rating 15th Revision of pr-4 & pr-5.

23rd Gaseous fuels.

24th Water gas , Bio gas .

25thHydrogen as future fuel & Nuclear fuel

17th Preparation for viva.

26th Lubricant ,Lubricacation & Its types.

27th Classification of lubricants

28th

Physical properties of Lubricant

19th(PR-7)Determination of flash

point of lubricating oil.

29th Chemical Properties

30th Designation of Lubricating oil

31st Application of cutting fluid 21th Revision.

32nd Assignment of cutting fluid.

33rd Revision of unit -3 & unit -4.

34thTest

23rd Preparation for viva.

35th(unit-5) Types & application of ceramics.

36th

Application and type

ofRefactories &

composite material.

37th Glass 25th Revision

38th Paint ,varnish & enamels

39th(unit-6)

Polymer,Monomer and

degree of

polymerisation

40th Addition and

condensation polymer

27th(PR-9)

Detection of Iron in

given

solution of rust

41st Plastics ,thermoplasticsplastics.

42nd Thermosetting plastics.

43rd Application of Polymer 29th Revision

44th Revision

45th Test

46th Model Test prepration 31st Revision

47th Revision

48th Test16th

32ndRevision

14th

28thDetection of Iron in

given

15th30th

Revision

12th

24th

To study the effect of

Metal

on corrosion coupling

of

13th26th

Revision

10th

20thDetermination of flash

point of lubricating oil.

11th22nd(PR-8)

To study the effect of

Metal

8th

16th(PR-6)Determination of

viscosity of liquid

9th

18thDetermination of

viscosity of liquid

6th12th

Determination of

percentage

of volatile and non

volatile matter

in given coal sample

7th

14thGravimetric

estimation of ash

Lecture

dayTopic(Including assignment/test)

Practical

DayTopic

1 Definition of wave with examples

2 Types of wave motion

3 Transverse and longitudinal wave

4

Relation between velocity of wave,

frequency and wave length of a wave

Assignment- 5 Simple harmonic motion

6 Vibration of spring mass system

7 cantilever

8 Free, forced

9 resonant vibrations

10 Test

11 Sound Waves

12 Acoustics of buildings-reverberation

13 reverberation time,

14 echo, noise

15 coefficient of absorption of sound

16 methods to control reverberation time

17

coefficient of absorption of sound

Assignment

18 cold welding, drilling,cleaning and SONAR

19 Test

20 Optics, Lenses

21 reflection & refraction of light

22 refractive index, lens formula

23

real and virtual image, magnification

Assignment

24 Power of lens

25 microscope, telescope

26 Total internal reflection

27 critical angle

28 Test

29 Basic of Electrostatics

30 Coulomb's law, unit charge

31

Gauss's Law

Assignment

Work load (Lecture/Practical) per week (in hours):Lectures-04,Practicals-02

Lesson Planning

Name of Faculty :AMIT RANA

Dicipline :Applied Science

Subject :Applied Physics-II

Lesson Plan duration :16Weeks(From January 2018 to April 2018)

Week

Theory Practical

1 1

To determine and

verify the time period

of cantilever.

2 2

To determine time

period of Simple

Pendulum.

3 3

To verify ohm’s law.

4 4

To verify law of

resistance in series.

5 5

To verify law of

resistances in parallel.

6 6

To find resistance of

galvanometer by half

deflection method.

7 7

To convert a

galvanometer into an

ammeter of given

range.

8 8

To convert a

galvanometer into a

voltmeter of given

range.

32 Electric field intensity

33 electric potential

34 Application of Gauss’s Law

35 straight charged conductor

36 plane charged sheet

37 Capacitance

38 capacitance of parallel and parallel plate capacitor

39 Dielectric

40 dielectric constant and dielectric breakdown

41 Test

42 Basic of Current Electricity,electric current

43 resistance

44 potential & their units

45 Ohm's law

46 Specific resistance

47 series and parallel combination of resistances

48 effect of temperature on resistance.

49 Kirchhoff's laws

50

Wheatstone bridge

Assignment

51 Heating effect of current and concept of electric power

52 Test

53 Types of materials, intrinsic and extrinsic semi conductor

54 p-n junction diode and its characteristics

55 Diode as rectifier-half wave and full wave rectifier

56

semi conductor transistor pnp and npn

Assignment

57 Test

58 Lasers: concept of energy levels,

59 ionizations and excitation potentials;

60 spontaneous and stimulated emission;

61

population inversion, Laser, types of

lasers, ruby laser and applications of laser

62

Fiber optics: Introduction and application

Assignment

63 Super conductivity

64 Test

8 8

To convert a

galvanometer into a

voltmeter of given

range.

9 9

To study and verify

laws of reflection using

mirrors.

10 10

11 11

12 12

13 13

16 16

14 14

15 15

Lecture

dayTopic(Including assignment/test)

Practical

DayTopic

1 Differential Calculus

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21 Test

22

23

24

25

26

27 Test

28

29

30

31

32

33

34

35

36

37

38 Test

39

40

41

Work load (Lecture/Practical) per week (in hours):Lectures-05

Lesson Planning

Name of Faculty :SAMIKSHA RAGHAV

Dicipline :Applied Science

Subject :Applied Mathematics-II

Lesson Plan duration :16Weeks(From January 2018 to April 2018)

Week

Theory Practical

1Definition of function; Concept of limits

2

Differentiation by definition of x^n , sin x, cos x, tan x, e^x,

logax only, Assignment

Differentiation of sum, product and quotient of functions.

Differentiation of function of a function3

Differentiation of inverse trigonometrical functions,

Logarithmic

differentiation, Exponential differentiation, Successive

differentiation (upto

third order only). Assignment

4

5

Applications:

(a) Maxima and minima

(b) Equation of tangent and normal to a curve (for explicit

functions only) –

Simple problems only

6

Integration as inverse operation of differentiation

7

Simple standard integrals and related problems

8

Simple integration by substitution, by parts and by partial

fractions, Assignment

9

42

43

44

45

46

47

48

49

50

51

52

53

54 Test

55

56

57

58

59

60

61

62

63

64 Test

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80 Test

Simple integration by substitution, by parts and by partial

fractions, Assignment

9

Evaluation of definite integrals

10

Numerical integration by Simpson’s Rule and Trapezoidal

Rule

(simple problems only)

11

Definition, order, degree, linear and non-linear differential

equations

12

Formation of differential equations (upto second order)

13

Solution of first order differential equations by variable

separable method only, Assignment

Measures of Central Tendency: Mean, Median, Mode

14

Measures of Dispersion: Mean deviation, Standard

deviation15

Co-efficient of rank correlation, Assignment

16

Lecture

dayTopic(Including assignment/test)

Practical

DayTopic

1

2

3

4

5

6

7

8

9

10

11

12

13

14 Test

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30 Test

31

32

33

34

35

36

Work load (Lecture/Practical) per week (in hours):Lectures-04,Practicals-02

Lesson Planning

Name of Faculty :Mrs.INQUAL

Dicipline :Applied Science

Subject :Communication Skill-II

Lesson Plan duration :16Weeks(From January 2018 to April 2018)

Week

Theory Practical

1Prepositions

1Locating Main Ideas in

a Listening Excerpt

Pronouns

2 2 Note-takingDeterminers

3

Conjunctions

Assignment 3 Developing Oral

Communication Skills

Question and Question Tag

4 4 Offering-Responding

to OffersTenses (Simple Present, Simple Past)

Assignment

5 5

Requesting-

Responding to

Requests

Reading Skills

6 6 Congratulating

7 7Expressing Sympathy

and Condolences

8 8Expressing

Disappointments

9 9Asking Questions-

Polite Responses

10 10 Apologizing, Forgiving

11Writing Notice

11 Complaining

Writing Circular

12 12 PersuadingWriting a Memo

Assignment

37

38

39

40

41

42

43

44

45 Test

15Paragraph writing:

15 Giving Instructions

13Agenda for a Meeting

13 Warning

Minutes of the Meeting

14 14Asking for and Giving

InformationTelephonic Messages

Assignment

Lecture

dayTopic(Including assignment/test)

Practical

DayTopic

1

C oncep t of eng i neer i ng m

echan i c s def i n iti on of m echan

i c s , st a ti c s , dyna mi c s

Ver i f i ca ti on of t he po l ygon l

aw of force s

2

App li ca ti on of eng i neer i ng m

echan i c s i n prac ti ca l f i e l d s .

Using greave s and appara t u

3

Def i n iti on of App li ed M echan i c

s .Def i n iti on, ba si c quan titi e s

and der i ved quan titi e s of ba si c un

its and der i ved un its

4

D i fferen t s y st e ms of un its (F

PS , C G S , M K S and S I) and t

he i r conver si on fro m one t o ano

t her for den sit y, force, pre ss ure,

5

Work, power, ve l oc it y, acce l era

ti on 1.4 C oncep t of r i g i d body,

s ca l ar and vec t or quan titi e s To ver i fy t he force s i n d i

fferen t m e m ber s

6

Def i n iti on of force, m ea s ure m

en t of force i n S I un its , its repre

s en t a ti on, t ype s of force : P o i

n t force / concen t ra t ed force &

Un i for ml y d ist r i bu t ed force,

of ji b crane

7

Effec ts of force, charac t er isti c s of

a force .D i fferen t force s y st e ms

(cop l anar and non-cop l anar)

8

Pr i nc i p l e of t ran smissi b ilit y

of force s , l aw of s uper-po siti on

C o m po siti on and re s o l u ti on

of cop l anar concurren t force s , re

s u lt an t force,

9

M e t hod of co m po siti on of force

s , l aw s of force s , t r i ang l e l aw

of force s ,

To ver i fy t he reac ti on a t t he s

uppor ts of a

10

po l ygon l aw of force s-graph i ca

ll y, ana l y ti ca ll y,

sim p l y s uppor t ed bea m .

2 2

Lesson Planning

Name of Faculty :YOGESH BAISLA

Dicipline :ME

Subject : Applied Mechanics

Lesson Plan duration :16Weeks(From January 2018 to April 2018)

Work load (Lecture/Practical) per week (in hours):Lectures-04,Practicals-02

Week

Theory Practical

1 1

3 3

11

re s o l u ti on of force s , re s o l v i

ng a force i n t o t wo rec t angu l ar

co m ponen ts

12 Free body d i agra m

13

Equ ili bran t force and its de t er

mi na ti on

To f i nd t he m echan i ca l advan t

age, ve l oc it y

14La mi ' s t heore m (concep t on l y)

Ra ti o and eff i c i ency i n ca s e of

an

15

[Sim p l e prob l e ms on above t op i c

s]Inc li ned p l ane.

16

C oncep t of m o m en t M o m en t

of a force and un its of m o m en t

17

Var i gnon' s t heore m (def i n iti

on on l y)

To f i nd t he m echan i ca l advan t

age,

18

P r i nc i p l e of m o m en t and its app

li ca ti on s (Lever s – sim p l e and co

m pound

ve l oc it y ra ti o and eff i c i ency

19

st ee l yard, s afe t y va l ve, reac ti

on a t s uppor t Of a s crew j ack

20 numerical on moment

21

P ara ll e l force s ( li ke and un li

ke para ll e l force), ca l cu l a ti ng t

he i r re s u lt an t

To f i nd t he m echan i ca l advan t

age,

22

C oncep t of coup l e, its proper ti e

s and effec tsve l oc it y ra ti o and eff i c i ency

23

Genera l cond iti on s of equ ili br i

u m of bod i e s under cop l anar

force s of wor m and wor m whee l .

24

P o siti on of re s u lt an t force by

m o m en t

25

[Sim p l e prob l e ms on t he above

t op i c s To f i nd m echan i ca l advan t age

26

[Sim p l e prob l e ms on t he above

t op i c s ve l oc it y ra ti o and eff i c i ency

27 Fr i c ti on basic of si ng l e purcha s e crab

28

Def i n iti on and concep t of fr i c ti

on

29 t ype s of fr i c ti on

30 force of fr i c ti on

31 Law s of st a ti c fr i c ti on,

32 coeff i c i en t of fr i c ti on

33 ang l e of fr i c ti on

34 ang l e of repo s e

35 cone of fr i c ti on

36

Equ ili br i u m of a body l y i ng on

a hor iz on t a l p l ane

37

equ ili br i u m of a body l y i ng on

a rough i nc li ned p l ane.

3 3

4 4

5 5

6 6

7 7

8 8

9

10

38

Sim p l e prob l e ms on t he above t

op i c s

39

Sim p l e prob l e ms on t he above t

op i c s

40

Sim p l e prob l e ms on t he above t

op i c s

41

Sim p l e prob l e ms on t he above t

op i c s

42 C en t re of Grav ity basic

43

C oncep t , def i n iti on of cen t ro i

d of p l a i n f i gure s

44

cen t re of grav it y of s y mm e t r i

ca l s o li d bod i e s

45

De t er mi na ti on of cen t ro i d of

p l a i n and co m po sit e l a mi na

u si ng m o m en t

46

cen t ro i d of bod i e s w it h re m

oved por ti on

47

De t er mi na ti onof cen t er of grav

it y of s o li d bod i e s-cone,

48 cy li nder, he mis phere and s phere

49

co m po sit e bod i e s and bod i e s

w it h por ti on re m oved

50

Sim p l e prob l e ms on t he above t

op i c s

51

Sim p l e prob l e ms on t he above t

op i c s

52

Sim p l e prob l e ms on t he above t

op i c s

53

Sim p l e prob l e ms on t he above t

op i c s

54

Def i n iti on of effor t , ve l oc it y

ra ti o, m echan i ca l advan t age

55

eff i c i ency ofa m ach i ne and t he

i r re l a ti on s h i p, l aw of m ach i

ne s

56

Sim p l e and co m pound m ach i

ne (E x a m p l e s )

57

Def i n iti on of i dea l m ach i ne,

rever si b l e and s e l f l ock i ng m

ach i ne

58

W ork i ng pr i nc i p l e and app li

ca ti on of whee l and a xl e

59

Sim p l e prob l e ms on t he above t

op i c s

60

Sim p l e prob l e ms on t he above t

op i c s

61 Tor si on i n s haf ts/ bar s

10

11

12

13

14

15

16

62 M odu l u s of r i g i d it y ,

63

Tor si ona l Equa ti on ( sim p l e nu

m er i ca l prob l e ms )

64

P ower Tran smissi on i n s haf ts (

sim p l e nu m er i ca l prob l e ms )

16

Lecture/P

ractical

DayTopic

D i fferen t v i ew s of he x agona l and s quare nu ts and he x agona l

headed bo lt

A ss e m b l y of He x agona l headed bo lt and He x agona l nu t w it h wa s her.

Ci v il eng i neer i ng s an it ary f itti ng s y m bo ls

E l ec t r i ca l f itti ng s y m bo ls for do m e sti c i n t er i or i n st a ll a ti on s

2 2 P r i nc i p l e and u tilit y of de t a il and a ss e m b l y draw i ng s

Lesson Planning

Name of Faculty :RAHUL AGRAWAL

Dicipline :ME

Subject : EGD - 2

Lesson Plan duration :16Weeks(From January 2018 to April 2018)

Work load (Lecture/Practical) per week (in hours): Practicals

WEEK

1 1De t a il and A ss e m b l y Draw i ng

3 3W ooden j o i n ts i .e. corner m or ti ce and t enon j o i n t , Tee ha l v i ng j o

i n t , Mit re faced corner j o i n t

4 4Tee br i d l e j o i n t , C ro ss ed wooden j o i n t , C ogged j o i n t , Dove t

a il j o i n t ,

5 5M or ti ce and Tenon j o i n t , furn it ure draw i ng-freehand and w it h t he he l

p of draw i ng i n st ru m en ts .

6 6S crew t hread s and t hreaded fa st ener s

11 11Draw i ng of var i ou s t ype s of m ach i ne s crew, s e t s crew, st ud s and wa s

her s

7 7

Thread Ter ms and No m enc l a t ure,Type s of t hread s-E xt erna l and In t

erna l t hread s , Ri gh t and Lef t hand t hread s

8 8

D i fferen t For ms of s crew t hread s-V t hread s (B. S . Wt hread s , B.A t

hread, A m er i can Na ti ona l and M e t r i c t hread), S quare t hread s ( s

quare, Ac m e, Bu tt re ss and Knuck l e t hread)

9 9

10 10D i fferen t t ype s of l ock i ng dev i ce s-Locknu t , ca stl e nu t , s p lit p i nnu t ,

l ock i ng p l a t e, sl o tt ed nu t and s pr i ng wa s her

16 16 AUTO C AD

12 12Var i ou s prepara ti on of draw i ng of var i ou s key s and co tt er s s how i ng

key s and co tt er s i n po siti on

13 13Type s ofgenera l purpo s e-r i ve ts head s (4 S hee ts ) 4.2 C au l k i ng

and fu ll er i ng of r i ve t ed j o i n ts 4.3Type s of r i ve t ed j o i n ts

14 14F l ange coup li ng ( P ro t ec t ed and non-pro t ec t ed), m uff coup li ng and ha

l f-l ap m uff coup li ng

15 15