lesson planning for the semester starting w.e.f....

Lesson Planning for the semester starting w.e.f. 09.01.2018

Guru Gobind Singh Govt. Polytechnic Education Society, Cheeka (District Kaithal)

Name of the Faculty: Sharvan Kumar (Theory + Practical)

Discipline: Lecturer (Mechanical Engg.)

Semester: 6th

Subject: Inspection and Quality Control

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

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

Week

Theory

Practical

Lecture

day

Topic

(including assignment/ test)

Practical

day

Topic

1st

1st

Inspection : Introduction, units of measurement,

standards for measurement

1st

Introduction about

the apparatus and

procedure of 1-2

experiments.

2nd International, national and company standard,

line and wavelength standards

3rd Planning of inspection: what to inspect? When

to inspect? Who should inspect? Where to

inspect?

4th Types of inspection, interchangeability

2nd

5th

remedial, preventive and operative inspection,

incoming,

2nd

1. Use of dial

indicator for

measuring taper.

6th Study of factors influencing the quality of

manufacture.

7th in-process and final inspection

8th Assignment of unit-1

3rd

9th

Measurement and Gauging: Basic principles

used in measurement and gauging,

3rd

2. Use of

combination set,

bevel protector and

sine bar for

measuring taper.

10th Basic principles used in mechanical, optical,

electrical and electronic

11th Study of various measuring instruments like:

calipers, micrometers, dial indicators, surface

plate, straight edge, try square, protectors, sine

bar, clinometers Slip gauge

12th comparators – mechanical

4th

13th

comparators – electrical

4th Viva Voce of

Experiments 1-2 14th comparators –pneumatic

15th Working Principal of tool room microscope

16th Working Principal of profile projector

5th

17th

Limit gauges: plug, ring, snap, taper, thread,

height, depth, form, feeler, wire 5th

Introduction about

the apparatus and

procedure of 3-4

experiments. 18th Limit gauges applications for linear, angular,

surface, thread and gear measurements gauge

tolerances

19th Geometrical parameters and errors: concept

of error

20th Errors & their effect on quality

6th

21st

measurement of geometrical parameter such as

straightness

6th

3. Measurement of

thread

characteristic using

vernier and gauges.

22nd measurement of geometrical parameter such as

flatness

23th measurement of geometrical parameter such as

parallelism

24th Study of procedure for alignment tests on lathes

7th

25th

Study of procedure for alignment tests on

drilling

7th

4. Use of slip

gauge in

measurement of

center distance

between two pins.

26th Study of procedure for alignment tests on

milling

27th Testing and maintenance of measuring

instruments

28th Assignments of Unit -2

8th

29th

Statistical Quality Control: Basic statistical

concepts

8th Viva Voce of

Experiments 3-4 30th empirical distribution and histograms

31st frequency, mean, mode, standard deviation

32nd normal distribution, binomial and Poisson

9th

33rd Simple- examples.

9th

Introduction about

the apparatus and

procedure of 5-6

experiments.

34th Introduction to control charts,

35th Control charts for variables and attributes

36th frequency, mean, mode, standard deviation for X

Charts

10th

37th

frequency, mean, mode, standard deviation for R

Charts

10th

5. Use of tool

maker’s

microscope and

comparator.

38th frequency, mean, mode, standard deviation for P

Charts

39th frequency, mean, mode, standard deviation for C

Charts

40th Introduction to Sampling plans acceptance and

rejected sampling

11th

41st selection of sample size, method of taking

samples,

11th

6. Plot frequency

distribution for 50

turned components

42nd Types of Sampling frequency of samples

43rd Inspection plan format and test reports


12th

45th Modern Quality Concepts: Concept of total

quality management (TQM)

12th Viva Voce of

Experiments 5-6 46th National and International Codes

47th ISO-9000, concept and its evolution

48th QC tools

13th 49th Introduction to Kaizen,

13th Introduction about

the apparatus and 50th Introduction to 5S

51st Assignments of Unit -4 procedure of 7

experiments. 52nd Instrumentation: Introduction and concept of

Instrumentation

14th

53rd Measurement of mechanical quantities such as

displacement

14th

7. With the help of

given data, plot X,

R, P and C charts

54th Measurement of mechanical quantities such as

vibration

55th Measurement of mechanical quantities such as

frequency

56th pressure temperature by electro mechanical

transducers of resistance

15th


transducers of capacitance

15th Viva Voce of

Experiments 7


transducers of inductance type

59th Concept and introduction of Transducers and

LVDT


GURU GOBIND SINGH GOVERNMENT POLYTECHNIC EDUCATION SOCIETY

(CHEEKA)

LESSON PLAN

NAME OF

FACULTY: Mr. Himanshu Gupta

DISCIPLINE: Mechanical Engineering

SEMESTER: 2nd

SUBJECT: Environment Studies

LESSON PLAN

DURATION 15 WEEKS STARTING FROM JANUARY 2018 TO APRIL 2018

**WORKLOAD LECTURE/PRACTICAL PER WEEK IN HOURS: LECTURE (3)

WEEK

THEORY

DAY TOPIC (INCLUDING ASSIGNMENT/ TEST)

1st

1st Environment, Ecology, Eco system concept

2nd Eco system its Structure, Components & importance

3rd Carbon Nitrogen, Sulphur Cycle

2nd

4th Sustainable Development, Assignment-I

5th Conservation of land reforms, preservation of species

6th Prevention of advancement of desert and lowering of watertable

3rd

7th Rainwater harvesting, Acid Rain, Maintenance of ground water

8th Water supply engineering

9th Deforestation, causes, effects and control measures

4th

10th Coverage of any topic listed above

11th Revision/ Question/ Doubts Clearing

12th Revision/ Question/ Doubts Clearing/ Submission of Assignment

5th

13th Sessional-I

14th Sessional-I

15th Sessional-I

6th

16th Evaluation Sessionals, Assignments

17th Pollution its causes and types, Pollutants and its types

18th Air and Water Pollution its causes, effects and control

7th

19th Noise, soil, radioactive and nuclear Pollution its causes, effects and control

20th Cleaner production technology, its benefits and scope

21st physical, biological, chemical treatment of pollutants

8th

22nd photocatalytic degradation of pollutants

23rd

waste minimization technique, chemical degradation of waste, concept of

zero discharge, Assignment-II

24th

Solid waste management, classification of refuse material, sources, effects

and control, E-waste management

9th

25th Water prevention and control of pollution Act

26th Coverage of any topic listed above

27th Revision/ Question/ Doubts Clearing/ Submission of Assignment

10th 28th Sessional-II

29th Sessional-II

30th Sessional-II

11th

31st Evaluation Sessionals, Assignments

32nd Air prevention and control of pollution Act, Environmental Protection Act

33rd Role & Function of State Pollution Control Board, EIA, Assignment-III

12th

34th Energy Conservation Act, Energy Conservation Amendment Act

35th Energy Management, conservation, efficiency, need

36th Non Conventional energy resources, Solar, Wind, Bio, Hydro

13th

37th Impact of energy usage on environment, Global warming

38th Green House Effect, depletion of ozone layer

39th Eco-friendly material, recycling of material

14th

40th Concept of Green Building

41st Coverage of any topic listed above

42nd Revision/ Question/ Doubts Clearing/ Submission of Assignment

15th

43rd Sessional-III

44th Sessional-III

45th Sessional-III


Name of Faculty: MANISH KUMAR

Discipline:MECHANICAL ENGINEERING

Semester:2ND

Subject:ENGINEERING DRAWING

Work Load (Lecture/ Practical) per week (in hours): Practicals-08HRS

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

Week Practical

Practical

Day Topic

week1

DAY1(4HRS)

Unit 1 Detail and assembly drawing

1.1 Principle and utility of detail and assembly drawings

1.2 Wooden joints i.e. corner mortise and tenon joint

day2 1.3 Tee halving joint

1.4 mitre faced corner joint

week2

day3 1.5 Tee bridle joint

1.6 Crossed wooden joint

day4 1.7 Cogged joint

1.8 Dovetail joint

week3

day5

1.9 Through mortise and tenon joint

1.10Furniture joint drawing_freehand and with the help of drawing

instruments

day6

Unit 2Screw thread

2.1 Thread terms and nomenclature

2.2 Types of thread -external and internal thread ,right and left thread ,single

and multiple thread

2.3 Different forms of screw thread -v thread

week4 day7

2.4 Square thread

2.5acme thread

day8 2.6 Buttress thread

week5

day9 2.7Knuckle thread

day10

Unit 3 Nuts and bolts

3.1 Different views of hexagonal and square nuts,square and hexagonal

headed bolt

week6

day11

3.2Assembly of hexagonal headed bolt

3.3 Hexagonal nut with washer

3.4Assembly of square headed bolt with hexagonal and with washer

day12 Unti4 Locking devices

4.1Different types of locking devices -lock nut,castle nut ,split pin nut

,locking plate,slotted nut and spring washer

week7 day13 4.2 Foundation bolts -rag bolt,lewis bolt

day14 4.3 Curved bolts

week8 day15 4.4 eye bolt

day16 4.5 Drawing of various types of studs

week9

day17

Unit 5 Keys and cotters

5.1Various types of keys and cotters-their practical applications

day18 5.2Drawing of various keys and cotter showing keys and cotter in positions

week10 day19 5.3 Spigot and socket joint

day20 5.4 Gib and cotter joint

week11

day21 5.5 Knuckle joint

day22

Unit 6Rivets and rivted joints

6.1 Types of general purpose -rivets heads

6.2 Caulking and fullering joints

week12 day23 6.3Lap joints

day24 6.4Single rivted ,single cover plate butt joint

week13 day25 6.5 Double rivted double cover plate butt joint

day26 6.6Single rivted double cover plate butt joint

week14 day27

Unit 7 Coupling

7.1Introduction,uses and types of coupling

day28 7.2 Muff coupling

week15 day29 7.3 Flange coupling

day30 7.4 Flexible coupling



Name of the Faculty: Sharvan Kumar (Theory + Practical)

Discipline: Lecturer (Mechanical Engg.)

Semester: 4th

Subject: HYDRAULICS AND HYDRAULIC MACHINES



Week

Theory

Practical

Lecture

day

Topic


Practical

day

Topic

1st

1st

Introduction: Fluid, types of fluid

1st

Introduction about the

apparatus and procedure of 1-

2 experiments.

2nd Properties of fluid viz mass density,

weight density (specific weight),

specific volume and their units.

3rd Properties of fluid viz capillarity,

specific gravity, viscosity,

compressibility, surface tension and

their units.

2nd

4th Properties of fluid viz kinematic

viscosity and dynamic viscosity and

their units and Assignments

2nd

1. Measurement of pressure

head by employing.

i) Piezometer tube ii)

Single and double column

manometer 5th

Pressure and its Measurement :

Concept of pressure (Atmospheric

Pressure, gauge pressure, absolute

pressure)

6th Pascal’s Law, Static

Pressure

3rd

7th Pressure measuring devices: peizometer

tube manometers

3rd

2. To find out the value of

coefficient of discharge for a

venturimeter.

8th simple U-tube, differential single

column, inverted U-tube,

micromanometer

9th

simple problems based on manometers

4th 10th Introduction to pressure gauge

:Bourdon pressure gauge

4th Viva Voce for Experiments

1-2

11th Diaphragm pressure gauge, dead

weight pressure gauge and Assignments

12th Flow of Fluids: Types of fluid flow –

steady and unsteady, uniform and non-

uniform, laminar and turbulent.

5th

13th

rate of flow and their units; continuity

equation of flow

5th



4 experiments. 14th potential energy of a flowing fluid; total

head

15th Bernoulli’s theorem (statement and

proof)

6th 16th applications and limitations of

Bernoulli’s theorem simple problems

6th

3. Measurement of flow by

using venturimeter.

17th

Discharge measurement with the help

of venturi-meter

18th Discharge measurement with the help

of orifice meter

7th 19th Discharge measurement with the help

of pitot-tube and Assignments

7th 4. Verification of Bernoulli’s

theorem.

20th Flow through Pipes : Definition of

pipe flow, wetted perimeter, hydraulic

mean depth, hydraulic gradient

21st

loss of head due to friction; Chezy’s

equation and Darcy’s equation of head

loss (without proof),

8th 22nd Reynold’s number and its effect on pipe

friction; siphon

8th

Viva Voce for Experiments

3-4

23th Nozzle - definition, velocity of liquid

flowing through the nozzle, power

developed. Water hammer, anchor

block, syphon, surge tank (concept

only).

24th Loss of head in pipes due to sudden

enlargement, sudden contraction,

obstruction on flow path

9th

25th

Loss of head in pipes due to change of

direction and pipe fittings and

Assignments

9th



6 experiments.

26th Flow through Orifices : Definition of

Cc, Cv, Cd and their relation.

27th flow through drowned, partially

drowned orifices

10th 28th time for emptying a tank through a

circular orifice

10th 5. To find coefficient of

friction for a pipe (Darcy’s

friction). 29th

Simple problems based on the topics

and Assignments

30th Hydraulic Machines: Description,

operation and application of hydraulic

systems

11th 31st Principal, working and construction of

hydraulic ram, hydraulic jack

11th 6. To study hydraulic circuit

of an automobile brake and

hydraulic ram. 32nd hydraulic brake, hydraulic accumulator

33rd

hydraulic door closer, hydraulic press

12th 34th selection of specification of above

systems for different applications and

Assignments

12th



8 experiments.

35th Water Turbines and Pump: Concept

of a turbine, types of turbines –impulse

and reaction type (concept only),

difference between them.

36th Construction and working of pelton

wheel turbine

13th

37th

Construction and working of Francis

turbine

13th

7. Study the working of a

Pelton wheel and Francis

turbine.

38th Construction and working of Propeller

and Kaplan turbines

39th Unit speed, unit power, unit discharge,

specific speed of turbines, selection of

turbines based on specific speed.

14th 40th Concept of hydraulic pump,

construction and operation of single

acting reciprocating pump

14th

8. To study a single stage

centrifugal pump for

constructional details and its

operation to find out its

normal head and discharge.

41st construction and operation of vane,

screw and gear pumps

42nd Construction, working and operation of

centrigual pump

15th 43rd

Performance, efficiencies and

specifications of a centrifugal pump.

15th

Viva Voce for Experiments

5-8

44th Trouble shooting and problems in

centrifugal pumps and remedial

measures

45th Pitting, cavitation, priming and

Assignments



Discipline:MECHANICAL ENGG.

Semester: 4th

Subject: MATERIALS AND METALLURGY


Lesson Plan Duration:45 DAYS/15 weeks (from January, 2018 to April, 2018)

Week Theory Practical

Lecture

Day Topic

Practical

Day Topic

Week

1

Day 1

UNIT: 1 Introduction

day 1

Classification about 25

specimen of materials

/machine parts into

(1.1)Metals and non metals

1.1 Material and history of material

origin, scope of material science

Day 2 1.2 Overview of different engineering

materials and applications

Day 3

1.3classification of materials

1.4

Thermal,chemical,electrical,mechanical

properties of of materials

Week

2

Day 4 1.5 Present and future needs of materials

day 2

Given a set of specimen of

metals and alloy; identify

and indicate the various

properties possessed by

them

1.6Overview of biomaterials

Day 5 1.7Overview of semiconducting

materials

Day 6 1.8Various issues of material usage-

economical

1.9 Environmental and social issues

day 3

study of heat treatment

furnance

Week 3

Day 7

Unit 2: Introduction about

Crystallogaphy

2.1 Fundamentals: Crustals, unit cell,

space lattice

Day 8 2.2 Arrangement of atoms in symple

cubic crystal, BCC

Day 9 2.3 Arrangement of atoms in FCC and

HCP crystals

2.4 Number of atoms per unit cell

Week 4 Day10 2.5 Atomic packing factor day4 study of a metallurgical

2.6 Overview of deformation behavoiur

and its mechanism

microscope and a specimen

polishing machine

Day 11 2.7 behavoiur of material under load and

stress-strain

day 12 2.8 Overview o failure modes,fracture

2.9 Intoduction about fatigue and creep

week 5

day5

Microscopic examination

of the specimen of brass

material day 13 unit 3:introduction of metal and alloys

3.1 History and development of iron and

steel

day 14 3.2 Different iron ores

day15 3.3 Raw material in production of iron

and steel

week 6

day 16 3.4 Basis process of iron and steel

making day6


of the specimen of copper

material day17 3.5 Classification of iron and steel

day 18 3.6 Different types of cast iron

week7

day 19 3.7 Manufacture and usage of cast iron

day 7 Microscopic examination

of the specimen of grey

material

day 20

3.8 Steel and alloy steel

3.9Classification of plain carbon

steels,availability

days 21 3.10 Properties and uses of different

types of plain carbon steels

week 8

days 22 3.11 Effect of of various alloys on

properties of steel

day 8 Microscopic examination

of the specimen of

malleable material

days 23 3.12Uses of alloy steels(h.s.s,s.s,spring

steel,silicon steel)

day 24 3.13 Non ferrous materials : Properties

and uses of light metals and their alloys

week 9

day25 3.14 Properties and uses of white metals

and their alloys

day 9


of the specimen of low

carbon steel

days 26

unit 4 Introduction to heat treatment

4.1 Purpose of heat treatment

4.2 Solid solution and its types

day27 4.3 Iron carbon diagram

week

10

day28 4.4 formation and decomposition of

austenite

day10 Microscopic examination

of the specimen of high

carbon steel

day29 4.5Martensitic transformation -

simplified transformation cooling curves

day30 4.6Hardening and tempering

week

11

day 31 4.7 Annealing and normalizing day11 Microscopic examination

of the specimen of hss day32

4.8 Case hardening and surface

hardening

day33 4.9Types of heat treatment furnaces

required for operations(basic ideas)

week

12

day 34

Unit 5 Introduction to engineering

plastics

day12

To anneal a given specimen

and find out difference In

hardness as a result of

annealing 5.1 Important sources of plastics

5.2 Classification of thermo plastics

day 35 5.3 Thermoset and their uses

day36

5.4 Various trades names of engg.

plastics

5.5 Plastic coating

week

13

day 37 Unit 6Introduction of advanced

materials

day 13

To normalize a given

specimen and find out

difference In hardness as a

result of normalizing 6.1 Composites -

Classification,properties,application

day38 6.2 Cermics-Classification

,properties,application

day39 6.3Heat insulating materials

week

14

day 40 unit -7 Introduction of miscellanous

materials

day14

To normalize a given

specimen and find out

difference In hardness as a

result of normalizing 7.1 Properties and uses of asbestos

,glass wool

day 41 7.2 Properties and uses of

thermocole,cork,mica

day 42 7.3Overview of tool and die materials

week

15

day 43 7.4 Materials for bearing metals ,spring

materials day15

To harden and temper a

given specimen and find

out difference In hardness

as a result of tempering day 44 7.5Materials for nuclear energy

day 45 7.6 refractory materials



Discipline:MECHANICAL ENGINEERING

Semester:4TH

Subject:HHM


Lesson Plan Duration:15 weeks (from January, 2018 to April, 2018)/45 DAYS

Week Theory Practical

Lecture

Day Topic

Practical

Day Topic

week 1

day1 Unit 1 Introduction

day 1

Measurement of pressure head

by employing piezometer tube

1.1 fluid,types of fluid

day2

1.2 Properties of fluid viz mass

density,weight density,specific

volume, capillarity ,specific

gravity,viscosity,compressibility

day3 Surface tension,kinematic viscosity,

dynamics viscosity

week 2

day 4

Unit 2 Pressure and its measurement

day 2


by employing single column

manometer 2.1Concept of pressure,Atmospheric

pressure,gauge pressure,absolute

pressure,pascal law,static pressure

day5

2.2pressure measuring devices:

piezometer tube manometers,U-tube

manometer

day6 2.3Differential single column

manometer

week3

day7 2.4 inverted U tube

manometer,micrometer

day 3


by employing double column

manometer day 8 Bourden tube pressure gauge

day 9 2.5Diaphragm pressure gauge,dead

weight pressure gauge

week 4

day 10

Unit 3 Flow of fluids

day 4

To find out the value cofficient

of discharge for a

venturimeter/VIVA VOCE

EXP.1-2

3.1Types of fluid flow-steady and

unsteady flow,uniform and non

uniform flow

day 11 3.2 laminar and turbulent flow,rate

of flow,continuity equation

day 12 3.3Potential energy of a flowing

fluid,total head

week 5

day13 3.4 bernoullis theorm its statement

and proof,and its applications day 5

measurement of flow by using

venturimeter

day 14 discharge measurement with the

help of venturi meter

day 15 Orificemeter

week 6

day 16 Pitot tube

day 6

verification of Bernoulli's

theorm day 17

Limitation of bernoulli's theorm,

numerical problems

day18

Unit 4 Flow through pipes

4.1Defination of pipe flow,wetted

perimeter

week 7

day19 4.2 hydraulic mean depth,hydraulic

gradient,loss of head due to friction day7

To find out cofficent of friction

for a pipe

day20 4.3 Chezy equation of head loss

day 21 4.4 Darcy equation of head loss

week 8

day 22 4.5 reynolds no.and its effect on

pipe friction,siphon

day8

To study hydraulic circuit of an

automobile brakE

day 23

Nozzle-its defination,velocity of

liquid flowing through the

nozzle,power developed ,water

hammer

day 24 4.6 Anchor block,syphon,surge tank

week 9

day 25 4.7Loss of head due to sudden

enlargement

day 9

To study hydraulic circuit of an

hydraulic ram/VIVA VOCE

EXP.3-5

day26 4.8 Loss of head due to sudden

contraction,due to obstruction on

flow path

day27 4.9 loss of head due to change of

direction and pipe fittings

week

10

day28

Unit 5 flow through orifices

day10

Study the working of a pelton

wheel 5.1 Cc,Cv,Cd,flow through through

drowned orifice

day29 5.2 Flow through partially drowned

orifices

day30

5.3 Time for emptying a tank

through a circular orifice,numerical

problems

week

11

day 31

Unit 6 Hydraulic Machines

day11

Study the working of Francis

turbine 6.1 Hydraulic ram-

description,operation and

application

day32

6.2 hydraulic jack-


application

day 33

6.3 Hydraulic brake-


application

week

12 day34

6.4Hydraulic accumulator-

description,operation and day12

To study single stage centrifugal

pump

application

day 35

6.5 Hydraulic door closer-


application

day 36

6.6hydraulic press-


application

Unit 7 Water turbine and pumps

day13

week13

day 37 7.1 Cocept of turbine,types of

turbine,differenve between impulse

and reaction turbine

To find normal head and

discharge of centrifugal pump

day 38 7.2Construction and woring of

pelton wheel

day 39 7.3 Francis turbine,Propeller and

Kaplan turbine

week

14

day 40 7.4 Unit speed,unit power,unit

discharge,specific speed,selection of

turbines based on specific speed day14

Study the working of a pelton

wheel

day 41

7.5 Concept of hydraulic

pump,single acting reciprocating

pump

day 42 7.6 Vane ,screw and gear pump

week

15

day 43 7.8 Construction ,working and

operatioan of centrifugal pump

day15

measurement of flow by using

venturimeter/VIVA VOCE

EXP.6-8

day 44

7.9 Performance,efficency and

specification of a centrifugal

pump,troubleshooting and problems

in centrifugal pumps

day 45 7.10Remedial

measures,pitting,cavitation,priming

LESSON PLAN

NAME OF FACULTY: PARTAP SINGH

DISCIPLINE: MECHANICAL ENGINEERING – G.P. SHERGARH

SEMESTER: IV

SUBJECT: I.C. ENGINES

LESSON PLAN DURATION: 15 WEEKS

WORK LOAD (LECTURE/PRACTICAL) PER WEEK: THEORY- 3, Prac.-2

WEEK THEORY PRACTICAS

LECTURE TOPIC TOPIC

NO.

1. IC Engines (09 hrs) 1. Study of a two stroke

1

1 Introduction engine using cut section

.2 Working principle of two stroke and four stroke

model, note the function

1st

cycle and material of each part.

2 SI engines and CI engines,

3 Otto cycle,

4 diesel cycle 2. Study of a four stroke

engine using cut section

2

nd 5 and dual cycle

model. Note the function

6

1.3 Location and functions of various parts of IC of each part.

engines and materials used for them

7

1.4 Concept of IC engine terms: bore, stroke, dead Copy Checking/revision

centre, crank throw,

3rd 8 compression ratio, piston displacement, piston

speed

9

2. Fuel Supply in Petrol Engine (08 hrs)

1 Concept of carburetion

10 2 Air fuel ratio 3. Study of battery

ignition system of a multi-

11 2.3 Simple carburetor and its application

cylinder petrol engine

4th MPFI, stressing ignition

12

timings, setting, fixing

order and contact

breaker;

gap adjustment.

13 Common rail system, 4. Study of cooling of IC

engine.

5th 14 super charging and turbo charger

15 Probem soving

16 SESSIONAL TEST-I Copy Checking/revision

6th 17 3. Fuel System of Diesel Engine (06 hrs)

3.1 Components of fuel system

18 3.2 Description and working of fuel feed pump

7th 19

3.

2 Description and working of fuel feed pump 5. Study of lubricating

20 3.3 Fuel injection pump system of IC engine.

21 3.4 Injectors

4. Ignition System of IC Engines (06 hrs) 6. Determination of BHP

22

4.

1 Description of battery coil and magnet ignition by dynamometer.

8th

system

23

4.1 Description of battery coil and magnet ignition

system

24 4.2 Electronic ignition system

25

4.3 Fault finding in ignition system and remedial Copy Checking/revision

action

9th 26 SESSIONAL TEST-II

27

5. Cooling and Lubrication (10 hrs)

5.

1 Function of cooling system in IC engine

5.2 Air cooling and water cooling system, use of 7. Morse test on multi-

28 thermostat, radiator and forced circulation in water cylinder petrol engine.

cooling (description with line diagram)

10th

5.2 Air cooling and water cooling system, use of

29 thermostat, radiator and forced circulation in water



30 thermostat, radiator and forced circulation in water


31 5.3 Function of lubrication

8. Local visit to roadways

or private automobile

11th 32 5.4 Types and properties of lubricant

workshops.

33

5.5 Lubrication system of engine

34

5.6 Fault finding in cooling and lubrication and Copy Checking/revision

remedial action

12th 35 5.6 Fault finding in cooling and lubrication and

remedial action

36

6. Testing of IC Engines (09 hrs)

.1 Engine power - indicated and brake power

37

6.2 Efficiency - mechanical, thermal. relative and Viva-Voice

volumetric

13th

38 6.3 Methods of finding indicated and brake power

39 .4 Morse test for petro1 engine

40 6.5 Heat balance sheet Viva-Voice

6.6 Concept of pollutants in SI and CI engines,

41

pollution control, norms for twoor four wheelers

BIS – I, II, III and IV methods of reducing pollution

14th

in IC engines,


42


BIS – I, II, III and IV methods of reducing pollution

in IC engines,

43 alternative fuels like CNG and LPG Comiplation

15th 44 Viva-voice

45 SESSIONAL TEST-III

Lesson Plan

Name of faculty:- Mr. Rakesh Dadhwal ( Theory and Practical)

Discipline:- Mechanical Engineering

Semester:- 4th

Subject:- Machine Design & Drawing

Lesson Plan Duration:- 15 weeks (from Jan-2018 to Apr-2018)

Work Load:- Lectures-2, Practicals-6

WEEK

THEORY PRACTICAL

LECTURE

DAY

TOPIC

PRACTICAL

DAY ( 3hrs

each)

TOPIC

1

1

Introduction, Design – Definition,

Type of design, necessity of design

Comparison of designed and

undersigned work

1

Design terminology: stress,

strain, factor of safety, factors

affecting factor of safety,

stress concentration, methods

to reduce stress concentration,

fatigue, endurance limit.

General design consideration,

Codes and Standards (BIS

standards)

2

Design procedure, Characteristics of

a good designer

2

Engineering materials and

their mechanical properties:

Properties of engineering

materials: elasticity, plasticity,

malleability, ductility,

toughness, hardness and

resilience. Fatigue, creep,

tenacity, strength

2

1

Selection of materials, criterion of

material selection

1

Design Failure- Various

design failures-maximum

stress theory, maximum strain

theory, maximum strain

energy theory

2

Classification of loads

2

Design under tensile,

compressive and torsional

loads

3 1

Design of Shaft- Type of shaft, shaft

materials

1

Shaft subjected to torsion

only, determination of shaft

diameter (hollow and solid

shaft) on the basis of :

Strength criterion

Rigidity criterion

2

Type of loading on shaft, standard

sizes of shaft available

2

Determination of shaft dia

(hollow and solid shaft)

subjected to bending

4

1

Numerical problems

1

Determination of shaft dia

(hollow and solid shaft)

subjected to combined torsion

and bending.

2

Unit-1 test

2

Unit-2 test

5 1

Sessional 1st 2

6

1

Design of Key- Types of key,

materials of key 1

Failure of key (by Shearing

and Crushing).

2

Functions of key

2

Design of key (Determination

of key dimension)

7

1

Effect of keyway on shaft strength

1

Important terms used in screw

threads, designation of screw

threads

2

Design of Screwed Joints-

Introduction 2

Initial stresses due to screw up

forces, stresses due to

combined forces

8

1

Advantages and Disadvantages of

screw joints 1

Design of power screws

(Press, screw clamp)

2

Location of screw joints

2

Design of power screws

(screw jack )

9

1

Revision (unit-4)

1

Unit-4 test

2

Revision (unit-5)

2

Unit-5 test

10 1 Sessional 2nd

2

11 1 Cams- Types of cams and followers

Uniform motion (Theory) 1

Profile of cams for imparting

following motion with knife

edge and roller followers

Uniform motion

2

Simple harmonic motion (Theory)

2




Simple harmonic motion

12

1

Uniformity accelerated and retarded

motion (Theory)

1




Uniformity accelerated and

retarded motion

2

Gears- Nomenclature of gears and

conventional representation 2

Drawing the actual profile of

involute teeth gear by Base

Circle method

13

1

Gears- Types of gears

1


involute teeth gear

by involute profile method

2

Revision

2


involute teeth gear by Base

Circle method

14

1

Unit-6 test (theoretical part)

1




Uniformity accelerated and

retarded motion

2

Unit-6 test (theoretical part)

2


involute teeth gear

by involute profile method

15

1

Sessional 3rd 2

Lesson Plan

Name of faculty:- Mr. Rakesh Dadhwal (Theory)

Discipline:- Mechanical Engineering

Semester:- 4th

Subject:- WT-II

Lesson Plan Duration:- 15 weeks (from Jan-2018 to Apr-2018)

Work Load:- Lectures-3

WEEK

THEORY

LECTURE

DAY TOPIC

1st

1 Introduction, objectives and application of workshop technology

2 Cutting Tools - Various types of single point cutting tools and their uses,

Single point cutting tool geometry

3 Tool signature and its effect, Heat produced during cutting and its effect,

Cutting speed, feed and depth of cut and their effect

2nd

1 Cutting Tool Materials - Properties of cutting tool material

2

Study of various cutting tool materials viz. High-speed steel, tungsten carbide,

cobalt steel cemented carbides, stellite, ceramics and diamond.

3 Introduction to Lathe machine, Principle of turning, Function of various parts

of a lathe

3rd

1 Classification and specification of various types of lathe , Work holding device

2

Lathe tools and operations :- Plain and step turning, facing, parting off, taper

turning, eccentric turning, drilling, reaming, boring, threading and knurling,

form turning, spinning.

3 Cutting parameters – Speed, feed and depth of cut for various materials and for

various operations, machining time.

4th

1 Speed ratio, preferred numbers of speed selection, Lathe accessories:- Centers,

dogs, different types of chucks, collets,

2

Lathe accessories:- face plate, angle plate, mandrel, steady rest, follower rest,

taper turning attachment, tool post grinder, milling attachment, Quick change

device for tools

3 Introduction to capstan and turret lathe

5th

1 Sessional 1st

2

3

6th

1 Drilling- Principle of drilling, Classification of drilling machines and their

description

2 Various operation performed on drilling machine – drilling, spot facing,

reaming, boring, counter boring, counter sinking, hole milling, tapping.

3 Speeds and feeds during drilling, impact of these parameters on drilling,

machining time.

7th

1 Types of drills and their features, nomenclature of a drill

2 Drill holding devices

3 Boring- Principle of boring, Classification of boring machines and their brief

description

8th

1 Boring tools

2 Boring bars and boring heads

3 Working principle of shaper, planer and slotter

9th

1 Type of shapers, Type of planers

2 Types of tools used and their geometry

3 Speeds and feeds in above processes

10th

1 Sessional 2nd

2

3

11th

1

Broaching - Introduction, Types of broaching machines – Single ram and

duplex ram horizontal type

2 Types of broaching machines –vertical type pull up, pull down, push down

3 Elements of broach tool, broach tooth details – nomenclature

12th

1 Broach tooth details –types, and tool material.

2 Jigs and Fixtures- Importance and use of jigs and fixture, Principle of location

3 Locating devices

13th

1 Clamping devices

2 Advantages of jigs and fixtures

3

Cutting Fluids and Lubricants - Function of cutting fluid Types of cutting

fluids

14th

1 Difference between cutting fluid and lubricant

2 Selection of cutting fluids for different materials and operations

3 Common methods of lubrication of machine tools

15th

1 Sessional 3rd

2

3


(CHEEKA)

LESSON PLAN

NAME OF



SEMESTER: 4th

SUBJECT: Material & Metallurgy

LESSON PLAN


**WORKLOAD LECTURE/PRACTICAL PER WEEK IN HOURS: LECTURE (3), PRACTICAL (2)

WEEK

THEORY LECTURE PRACTICAL

DAY

TOPIC (INCLUDING

ASSIGNMENT/ TEST) DAY TOPIC

1st

1st

Material definition, its scope,

need, future

1st

Classification of about 25 specimens

of materials/machine parts into

(i) Metals and non metals

(ii) Metals and alloys

(iii) Ferrous and non ferrous metals

(iv) Ferrous and non ferrous alloys

2nd

Material origin, history,

development,

3rd

Classification & brief

introduction of various

materials, Assignment-I

2nd

4th

Properties of Materials,

Thermal, Physical, Optical,

Magnetic, Technological

2nd

Given a set of specimen of metals

and alloys (copper, brass, aluminium,

cast iron,

HSS, Gun metal); identify and

indicate the various properties

possessed by them.

5th

Mechanical, Chemical,

Electrical Properties of

Materials

6th

Bio material, Semiconducting

Materials

3rd

7th

Economical, Social,

Environmental Issues related

with Materials

3rd Study of heat treatment furnace.

8th

Crystals, Crystallography,

Crystal Structure, Types of

Crystal Structure, Examples

9th

Unit Cell, Space Lattice,

Crystalographic Axes, Crystal

geometry,

4th

10th

No. of atoms per unit cell,

Atomic Packing Factor,

Coordination Number in

different crystal structure

(simple cubic, FCC, BCC,

HCP) 4th

Study of a metallurgical microscope

and a specimen polishing machine.

11th

Deformation, Elastic, Plastic

deformation, Load, Types of

Load, Stress, Types of Stress,

12th

Fracture/ Failure mechanism,

Brittle & Ductile Fracture,

Fatigue, Creep, Submission of

Assignment-I

5th

13th

Revision of above topics/

Questions/ Doubts Clearing

5th

Objective Type Questions Related to

Expt1,2, 3, 4 discussion

14th



15th



6th

16th Sessional-1st

6th

Evaluation of Sessional Test/

Assignment

17th Sessional-1st

18th Sessional-1st

7th

19th

Iron Ore, Raw Material for

production of iron & steel,

history of iron & steel

7th

To prepare specimens of following

materials for microscopic

examination and to

Examine the microstructure of the

specimens of following materials:

i) Brass ii)Copper iii)Grey

iv)Malleable v)Low carbon steel

vi)High carbon steel

vii) HSS

20th

Basic Process of Iron & Steel,

Types of Cast Iron, Types of

Steel, Composition,

application, properties

21st

Types & Uses of Alloy Steel,

Effects of Alloying Element to

the properties of steel & cast

iron

8th

22nd

Properties & Uses of Light

metal & White metals,

Assignment-II

8th

To anneal a given specimen and find

out difference in hardness as a result

of

annealing.

23rd

Heat Treatment, objectives,

types of Heat Treatment, Solid

Solution, types of solid

solution,

24th

Iron Carbon Phase equilibrium

diagram, TTT diagram,

Cooling Curve

9th

25th



9th


Expt 5,6 discussion

26th



27th



10th

28th Sessional-2nd

10th


Assignment

29th Sessional-2nd

30th Sessional-2nd

Material & Metallurgy 4th Semester

WEEK

THEORY LECTURE PRACTICAL

DAY

TOPIC (INCLUDING

ASSIGNMENT/ TEST) DAY TOPIC

11th

31st

Heat treatment processes,

nitriding, hardening,

tempering, cynaiding,

annealing, normalizing,

surface hardening

11th

To normalize a given specimen and

to find out the difference in hardness

as a

result of normalizing.

32nd

Plastics origin, Types,

Thermoplastic, Thermosetting

Plastic, Trade names of Engg.

Plastics, Plastic Coating,

Assignment-III

33rd

Composite Materials, Types,

Applications, Properties

12th

34th

Ceramic Materials, Types,

Applications, Properties

12th

To harden and temper a specimen

and to find out the difference in

hardness due to

tempering.

35th

Heat insulating materials,

Types, Applications,

Properties

36th

Asbestos, glass wool,

thermocole, cork, mica, their

properties, composition,

different forms, uses

13th 37th

Tool & Die Materials,

Refractory Materials, Spring

Materials, Materials for

Nuclear energy, materials for

bearing metals

13th


Expt1,2, 3, 4 discussion

38th



39th



14th

40th



14th

Internal Practicals Viva-Voce

41st



42nd



15th

43rd Sessional-3rd

15th


Assignment/ Compilation of Internal

Sessionals, Continuous Evaluation 44th Sessional-3rd

45th Sessional-3rd

LESSON PLAN

NAME OF FACULTY: MOHAN LAL SAHU

DISCIPLINE: MECHANICAL ENGINEERING – G.P. CHEEKA

SEMESTER: IV

SUBJECT: WORKSHOP TECHNOLOGY-II


WORK LOAD (LECTURE/PRACTICAL) PER WEEK: THEORY- (3 PERIODS)

WEEK THEORY

LECTURE TOPIC

NO.

1. Cutting Tools and Cutting Materials

1 1.1. Cutting Tools - Various types of single point cutting tools and their

1st

uses.

2 Single point cutting tool geometry, tool signature and its effect

3

Heat produced during cutting and its effect, Cutting speed, feed and depth

of cut and their effect.

1.2

Cutting Tool Materials - Properties of cutting tool material, Study of

4 various cutting tool materials viz. High-speed steel, tungsten carbide,

2nd

cobalt steel cemented carbides, stellite, ceramics and diamond.

5 2. Lathe

2.1 Principle of turning

6 2.2 Function of various parts of a lathe

7 2.3 Classification and specification of various types of lathe

3rd

8 2.4 Work holding devices

2.5

Lathe tools and operations :- Plain and step turning, facing, parting off,

9

taper turning, eccentric turning, drilling, reaming, boring, threading

and

knurling, form turning, spinning.

10

2.6

Cutting parameters – Speed, feed and depth of cut for various materials

and for various operations, machining time.

4th 11 2.7 Speed ratio, preferred numbers of speed selection.

12

2.8

Lathe accessories:- Centers, dogs, different types of chucks, collets,

face plate, angle plate, mandrel, steady rest, follower rest cont..

13

2.8

Lathe accessories:- Centers, dogs, different types of chucks, collets,

face plate, angle plate, mandrel, steady rest, follower rest,

5th 14 Taper turning attachment, tool post grinder, milling attachment, Quick

change device for tools. Cont..

15

Taper turning attachment, tool post grinder, milling attachment, Quick

change device for tools.

16 2.9 Introduction to capstan and turret lathe

6th

17 SESSIONAL TEST-I

3. Drilling

18 3.1 Principle of drilling.

3.2 Classification of drilling machines and their description.

19

3.

2 Classification of drilling machines and their description.

7

th 20

3.3

Various operation performed on drilling machine – drilling, spot facing,

reaming, boring, counter boring, counter sinking, hole milling,

tapping.

21

3.4 Speeds and feeds during drilling, impact of these parameters on

drilling, machining time.

22 3.5 Types of drills and their features, nomenclature of a drill

8th

23 3.6 Drill holding devices.

4. Boring

24 4.1 Principle of boring

4.2 Classification of boring machines and their brief description.

25 4.2 Classification of boring machines and their brief description.

9

th 26

4.3 Boring tools, boring bars and boring heads.

27

5. Shaping, Planing and Slotting

5.1 Working principle of shaper, planer and slotter.

28

5.2 Type of shapers

5.

3 Type of planers

10th

29 5.4 Types of tools used and their geometry.

30

5.5 Speeds and feeds in above processes.

31 SESSIONAL TEST-II

6. Broaching

11

th 32

6.1 Introduction

6.

2

Types of broaching machines – Single ram and duplex ram

horizontal

type, vertical type pull up, pull down, push down.

33

6.2

Types of broaching machines – Single ram and duplex ram horizontal

type, vertical type pull up, pull down, push down.

34

6.3

Elements of broach tool, broach tooth details – nomenclature, types,

and tool material.

12th

35

7. Jigs and Fixtures

7.1 Importance and use of jigs and fixture

36 7.2 Principle of location

37 7.3 Locating devices

38

7.4 Clamping devices

13

th 7.5 Advantages of jigs and fixtures

8. Cutting Fluids and Lubricants (08 hrs)

39

8.

1 Function of cutting fluid

8.2 Types of cutting fluids

40 8.2 Types of cutting fluids

14th 41 8.3 Difference between cutting fluid and lubricant

8.4 Selection of cutting fluids for different materials and operations

42 8.4 Selection of cutting fluids for different materials and operations

43

8.5 Common methods of lubrication of machine tools.

15th 44 VIVA - VOICE


LESSON PLAN


DISCIPLINE: MECHANICAL ENGINEERING – G.P. CHEEKA

SEMESTER: IV

SUBJECT: I.C. ENGINES


WORK LOAD (LECTURE/PRACTICAL) PER WEEK: THEORY-3, Practical-2

WEEK THEORY PRACTICAS

LECTURE TOPIC TOPIC

NO.

1. IC Engines (09 hrs) 1. Study of a two stroke

1

1.

1 Introduction engine using cut section

1.

2

Working principle of two stroke and four

stroke model, note the function

1st

cycle and material of each part.

2 SI engines and CI engines,

3 Otto cycle,

4 diesel cycle 2. Study of a four stroke

engine using cut section

2

nd 5 and dual cycle

model. Note the function

6

1.3 Location and functions of various parts of IC of each part.

engines and materials used for them

7

1.4

Concept of IC engine terms: bore, stroke, dead Copy Checking/revision

centre, crank throw,

3rd 8 compression ratio, piston displacement, piston

speed

9

2. Fuel Supply in Petrol Engine (08 hrs)

2.

1 Concept of carburetion

10 2.2 Air fuel ratio 3. Study of battery

ignition system of a multi-

11 2.3 Simple carburetor and its application

cylinder petrol engine

4th MPFI, stressing ignition

12

timings, setting, fixing

order and contact

breaker;

gap adjustment.

13 Common rail system, 4. Study of cooling of IC

engine.

5th 14 super charging and turbo charger

15 Probem soving

16 SESSIONAL TEST-I Copy Checking/revision

6th 17 3. Fuel System of Diesel Engine (06 hrs)

3.1 Components of fuel system

18 3.2 Description and working of fuel feed pump

7th 19

3.

2 Description and working of fuel feed pump 5. Study of lubricating

20 3.3 Fuel injection pump system of IC engine.

21 3.4 Injectors

4. Ignition System of IC Engines (06 hrs) 6. Determination of BHP

22

4.

1

Description of battery coil and magnet

ignition by dynamometer.

8th

system

23

4.1

Description of battery coil and magnet ignition

system

24 4.2 Electronic ignition system

25 4.3 Fault finding in ignition system and remedial Copy Checking/revision

action

9th 26 SESSIONAL TEST-II

27

5. Cooling and Lubrication (10 hrs)

5.

1 Function of cooling system in IC engine

5.2 Air cooling and water cooling system, use of 7. Morse test on multi-

28

thermostat, radiator and forced circulation in

water cylinder petrol engine.


10th


29


water



30


water


31 5.3 Function of lubrication

8. Local visit to roadways

or private automobile

11th 32 5.4 Types and properties of lubricant

workshops.

33

5.5 Lubrication system of engine

34

5.6 Fault finding in cooling and lubrication and Copy Checking/revision

remedial action

12th 35 5.6 Fault finding in cooling and lubrication and

remedial action

36

6. Testing of IC Engines (09 hrs)

6.

1 Engine power - indicated and brake power

37

6.2

Efficiency - mechanical, thermal. relative and Viva-Voice

volumetric

13th

38 6.3 Methods of finding indicated and brake power

39 6.4 Morse test for petro1 engine

40 6.5 Heat balance sheet Viva-Voice


41


–

BIS – I, II, III and IV methods of reducing

pollution

14th

in IC engines,


42


–

BIS – I, II, III and IV methods of reducing

pollution

in IC engines,

43 alternative fuels like CNG and LPG Comiplation

15th 44 Viva-voice


LESSON PLAN


DISCIPLINE: MECHANICAL ENGINEERING - G.P. CHEEKA

SEMESTER: VI

SUBJECT: AUTOMOBILE ENGINEERING


WORK LOAD (LECTURE/PRACTICAL) PER WEEK: (3 lectures /2 Practical’s)

THEORY PRACTICALS

WEEK

LECTURE

TOPIC

TOPIC

NO.

1

UNIT-1. Introduction 1. Fault and their

1.1 Automobile and its development. remedies in

(i)

1st

2

1.2 Various types of automobiles manufactured

in Battery Ignition

India. system (ii) magnetic

3 1.3 Layout of chassis. Ignition system.

4

UNIT-2. Power System 2. Demonstration of

2.1 Fuel systems for petrol and diesel engines (i) Head Light Model

2nd

5

Multi point fuel injection (MPFI), common rail direct

(ii) Wiper and

injection (CRDI). Indicators

.

6 Fuel injectors and nozzles.

7 2.2 Comparison of MPFI with carburetor system. 3 Demonstration of

(i) AC Pump

3rd 8 2.3 Concept of double overhead cam, single overhead

(ii)

SU Pump (iii)

cam. Master

Cylinders.

9 Twin cam 16 valve technology in 4 cylinder engine.

10 SESSIONAL TEST -I 4 Demonstration of

(i) rear axle

UNIT-3. Transmission System

4th

(ii) differential

11 3.1 Clutch - Function, Constructional details of single

plate clutch.

(Iii) Steering system.

12 Constructional details of multi plate friction clutches.

13

Centrifugal and semi centrifugal clutch, Hydraulic 5 Fault finding

clutch. practices on

an

5th 14 3.2 Gear Box - Function, Concept of sliding mesh, automobile - four

constant mesh, and synchromesh gear box. wheelers (petrol/

Torque converter and overdrive, diesel vehicles).

15 3.3 Types of drives – Front wheel, Rear wheel, Four

Wheel.

3.4 Function of Propeller shaft, Universal joint, 6 Tuning of an

16 Differential and Different types of Rear axles and Front automobile engine.

Axles.

6th

3.5 Wheels and Tyres - Types of wheels, Types and

17 specifications of tyres used in Indian vehicles, Wheel

balancing.

UNIT-4. Steering System

18 Function and principle of Ackerman steering

mechanism.

7th 19 Function and principle of Davis steering mechanism.

7 Driving practice on

20

Types of steering gear boxes – Worm and nut, worm a 4-wheeler.

and wheel cont.

21 Worm and roller, rack and opinion.

22 Power steering system. 8 Charging of an

automobile battery

8th 23

Alignment of wheels – Toe in, toe out, camber, caster,

an

d measuring cell

kingpin inclination.

voltage and specific

24

SESSIONAL TEST -II

gravity of

Electrolyte.

UNIT-5. Braking system 9 Changing of wheels

25 Constructional details and working of mechanical

and inflation of tyres,

brake. cont. balancing of wheels.

9

th

26

Constructional details and working of hydraulic brake.

cont.

27

Concept of air and vacuum brake.

28

Brake adjustment. 10 Checking spark

gap and valve

10th 29

Introduction to Anti lock brake system and its working.

clearance.

30

UNIT-6. Suspension System

Function, Types of coil spring. cont.

31 Working of coil spring. 11 Cleaning and

adjusting a

11th 32 Function, Types of leaf spring cont.

carburetor.

33 Working of leaf spring.

34 Concept of Air suspension Copy Checking /

revision

12th 35 Shock absorber.

36

UNIT-7. Auto Electrical System

Constructional details of lead acid cell battery.

37 Maintenance of batteries. Viva- voice

13th 38 Checking of batteries for voltage and specific gravity.

39 Magneto and Battery coil ignition system.

40 Concept of Dynamo. Viva- voice

14th 41 Alternator - Construction and working.

42

Charging of battery by Alternator and Regulator.

15th 43 SESSIONAL TEST -III



Name of the Faculty: ER. Rohit Kamboj

Discipline: Lecturer

Semester: 6th

Subject: EDM


Work Load (Lecture/ Practical) per week (in hours): Lecture- 03

Week

Theory

Lecture

day

Topic


1st

1st

Entrepreneurship Concept /Meaning and its need

2nd Qualities of entrepreneur

3rd Functions of entrepreneur

2nd

4th

Barriers in entrepreneurship

5th Sole proprietorship in business organisations

6th Partnership firms in business organisations

3rd

7th

Schemes of assistance by entrepreneurial support agencies at

National, State, District –level

8th Organisations NSIC, NRDC,MSME, SIDBI

9th NABARD, Commercial Banks, SF, TCO

4th

10th

KVIB , DIC

11th Technology Business Incubators (TBI)

12th

Science and Technology Entrepreneur Parks

5th

13th

Test

14th Scanning of the business environment

15th Salient features of National and State industrial policies

6th

16th Resultant Business opportunities

17th Types and conduct of market survey

18th Assessment of demand and supply in potential areas of growth

7th

19th

Identifying business opportunity

20th Considerations in product selection

21th Test

8th

22th

Assignment

23th Preliminary project report 24th Detailed project report

9th

25rd

Technical, economic and market feasibility of project

26th Common errors in project report preparations

27th Exercises on preparation of project report

10th

28th Test and Problem solving

29h Definitions and importance of management,

Functions of management: Importance and process of planning,

organising,

staffing, directing and controlling

30th

Principles of management (Henri Fayol, F.W. Taylor)

11th

31th Concept and structure of an organization, Types of industrial

organizations: Line organization,Line and staff organization,

Functional Organisation

32th Test and Assignment

33st Leadership: Definition and Need, Qualities and functions of a leader,

Manager Vs leader,Types of leadership

12th

34rd Motivation: Definitions and characteristics, Factors affecting

motivation

35th Theories of motivation (Maslow, Herzberg, Douglas, McGregor)

36th Management Scope in Different Areas, Human Resource

Management, Introduction and objective

13th 37th Introduction to Man power planning, recruitment and

selection,Introduction to performance appraisal methods

38th Material and Store Management: Introduction, functions, and

objectives, ABC Analysis and EOQ

39th Marketing and sales:Introduction, importance, and its functions

,Physical distribution, Introduction to promotion mix,Sales promotion

14th 40th Financial Management :Introductions, importance and its functions ,

Elementary knowledge of income tax, sales tax, excise duty, custom

dutyand VAT

41th Test and Assignment

42th Customer Relation Management (CRM): Definition and need,Types

of CRM

15th 43th Total Quality Management (TQM), Statistical process control, Total

employees Involvement, Just in time (JIT)

44th Intellectual Property Right (IPR), Introductions, definition and its

importance, Infringement related to patents, copy right, trade mark

45th Test and Revision



Name of the Faculty: ER. Rohit Kamboj

Discipline: Lecturer

Semester: 6th

Subject: I.E


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

Week

Theory

Lecture

day

Topic


1st

1

Productivity : Introduction to productivity

2 Factors affecting productivity

3 Measurement of productivity

4 Causes of low productivity

2

5 Methods to improve productivity

6 Introduction and Definition of work study

7 Scope of work study

8 Inter-relation between method study and work measurement

3

9 Inter-relation between method study and work measurement

10 Introduction of Human aspects of work study

11 Human aspects of work study

12 Role of work study in improving productivity

4

13 Assignment

14 Test

15 Problem and doubts

16 Method Study: Introduction and Objectives

5

17 Procedure for Method Study

18 Method analysis

19 Information collection

20 Recording techniques.

6

21 Test

22 Motion Analysis: Introduction

23 Principles of Motion analysis

24 Therbligs

7

25 SIMO chart

26 Normal work area and design of work places

27 Ergonomics

28 Work Measurement: Introduction and Objectives

8

29 Work measurement techniques

30 Time study

31 Stop watch method ,principle, equipment used and procedure

32 Systems of performance rating

9

33 Calculation of basic time,

34 Various allowances

35 Calculation of standard time

36 Work sampling

10

37 Standard data and its usage

38 Test and Assignment

39 Introduction to wages, Wage payment for direct and indirect

labour

40 Wage payment plans

11

41 Incentives and various incentive plans

42 Incentives for indirect labour

43 Introduction, objectives and components (functions) of P.P.C,

Advantages of production planning and Production Control

(P.P.C)

44 Stages of P.P.C

12

45 Process planning, Routing, Scheduling, Dispatching and Follow

up

46 Routing purpose, route sheets

47 Scheduling purpose, machine loading chart, Gantt chart,

48 Dispatching purpose and procedure, Follow up purpose and

procedure

13

49 CPM/PERT technique, drawing of simple networks and critical

time calculation

50 Production Control in job order

51 Batch type and continuous type of productions, Difference

between these controls

52 Test and Assignment

14 53 Estimating and Costing; Introduction, purpose/functions of

estimating

54 Costing concept, ladder and elements of cost

55 Difference between Estimation and Costing

56 Overheads and their types

15

57 Estimation of material cost

58 Estimation of cost for machining processes,numerical problems

59 Test

60 Assignment and Doubts


(CHEEKA)

LESSON PLAN

NAME OF



SEMESTER: 6th

SUBJECT: Employability Skills-II

LESSON

PLAN

DURATION

15 WEEKS STARTING FROM JANUARY 2018 TO APRIL 2018

**WORKLOAD LECTURE/PRACTICAL PER WEEK IN HOURS: Practical (2)

WEEK

PRACTICAL


1st 1st Importance of Communication, Effect and methods to improve, essentials for

good communication, its role in getting job, "Words can be bullets or blooms"

2nd 2nd How to prepare for interview, Mock Interview, Questions/ Answer asked in an

interview

3rd 3rd Call for meeting, agenda of meeting, minutes of meeting

4th 4th Group Discussion Do's & Don'ts

5th 5th Viva Voce

6th 6th Seminar

7th 7th Tips for making Presentation

8th 8th Elements of good presentation

9th 9th Structure & tools of presentation

10th 10th Viva Voce

11th 11th Paper Reading

12th 12th Power Point Presentation

13th 13th Q/A and evaluation

14th 14th Internal Viva Voce

15th 15th Evaluation & Compilation of Internal Sessional Marks

LESSON PLAN

NAME OF



SEMESTER: 6th

SUBJECT: Industrial Engineering

LESSON PLAN


**WORKLOAD LECTURE/PRACTICAL PER WEEK IN HOURS: LECTURE (4)

WEEK

THEORY LECTURE


1st

1st Introduction, Scope of Industrial Engg., Production, Productivity

2nd Factors affecting Productivity, Causes of Low Production/ Productivity

3rd Measurement of Productivity, Methods to improve productivity

4th Assignment-I, Objective Type Questions

2nd

5th

Stop watch time study on any machine like lathe, drilling machine or

milling

machine

6th Work Study, Scope, Method of work study

7th Human Aspects of Work study,

8th Role of work study in productivity improvement

3rd

9th objective & Procedure work study

10th Recording Techniques

11th Method improvement - Assembly of bolt, nut and 3 washers

12th Motion Analysis tools

4th

13th Principles of Motion Analysis

14th Therbligs

15th SIMO Chart

16th Design of Work Place

5th

17th Ergonomics

18th Revision Question/ Answer session

19th Assignment-II Objective Type Questions

20th Revision

6th

21st Sessional-I

22nd Sessional-I

23rd Sessional-I

24th Sessional-I

7th

25th Evaluation of Sessional Test/ Assignment

26th Preparation of flow process chart

27th Types of Flow Process Chart

28th

work measurement, stop watch time study, standard rating, normal

rating, standard performance

8th 29th Work sampling, standard data

30th Determination of standard time for assembly of electrical switch

31st Wage & Incentive. Types

32nd Assignment-III Objective Type Questions

9th

33rd Incentive Plan

34th Functions of PPC, Advantage Stages in PPC

35th Revision

36th Doubts Clearing

WEEK

THEORY LECTURE


10th

37th Sessional-II

38th Sessional-II

39th Sessional-II

40th Sessional-II

11th

41st Evaluation of Sessional Test/ Assignment

42nd

Routing, Scheduling, dispatching, follow up, route sheet, process

planning,

43rd machine loading chart, Gantt chart

44th Preparation of SIMO chart

12th

45th Preparation of flow diagram

46th Doubts Clearing

47th Quiz

48th Evaluation of Sessional Test/ Assignment

13th

49th CPM, PERT techniques

50th Network, Critical Time calculation

51st Estimating, Costing

52nd Ladder of Cost

14th

53rd Overheads, Types

54th Estimation of Material Cost

55th Estimation of Machining Time

56th Numericals

15th

57th Sessional-III

58th Sessional-III

59th Sessional-III

60th

Evaluation of Sessional Test/ Assignment/ Compilation of Internal

Sessionals, Continuous Evaluation

LESSON PLAN

NAME OF FACULTY: PARTAP SINGH

DISCIPLINE: MECHANICAL ENGINEERING - G.P. SHERGARH

SEMESTER: VI

SUBJECT: AUTOMOBILE ENGINEERING


WORK LOAD (LECTURE/PRACTICAL) PER WEEK: (3 lectures /2 Practical’s)

THEORY PRACTICALS

WEEK

LECTURE

TOPIC

TOPIC

NO.

1

UNIT-1. Introduction 1. Fault and their

1.1 Automobile and its development. remedies in

(i)

1st

2

1.2 Various types of automobiles manufactured

in Battery Ignition

India. system (ii) magnetic

3 1.3 Layout of chassis. Ignition system.

4

UNIT-2. Power System 2. Demonstration of

2.1 Fuel systems for petrol and diesel engines (i) Head Light Model

2nd

5

Multi point fuel injection (MPFI), common rail direct

(ii) Wiper and

injection (CRDI). Indicators.

6 Fuel injectors and nozzles.

7 2.2 Comparison of MPFI with carburetor system. 3 Demonstration of

(i) AC Pump

3rd 8 2.3 Concept of double overhead cam, single overhead

(ii)

SU Pump (iii)

cam. Master

Cylinders.

9 Twin cam 16 valve technology in 4 cylinder engine.

10 SESSIONAL TEST -I 4 Demonstration of

(i) rear axle

UNIT-3. Transmission System

4th

(ii) differential

11 3.1 Clutch - Function, Constructional details of single

plate clutch.

(Iii) Steering system.

12 Constructional details of multi plate friction clutches.

13

Centrifugal and semi centrifugal clutch, Hydraulic 5 Fault finding

clutch. practices on

an

5th 14

3.2 Gear Box - Function, Concept of sliding mesh, automobile - four

constant mesh, and synchromesh gear box. wheelers (petrol/

Torque converter and overdrive, diesel vehicles).

15 3.3 Types of drives – Front wheel, Rear wheel, Four

Wheel.

3.4 Function of Propeller shaft, Universal joint, 6 Tuning of an

16 Differential and Different types of Rear axles and Front automobile engine.

Axles.

6th

3.5 Wheels and Tyres - Types of wheels, Types and

17 specifications of tyres used in Indian vehicles, Wheel

balancing.

UNIT-4. Steering System

18 Function and principle of Ackerman steering

mechanism.

7th 19 Function and principle of Davis steering mechanism. 7 Driving practice on

20

Types of steering gear boxes – Worm and nut, worm a 4-wheeler.

and wheel cont.

21 Worm and roller, rack and opinion.

22 Power steering system. 8 Charging of an

automobile battery

8th 23

Alignment of wheels – Toe in, toe out, camber, caster,

an

d measuring cell

kingpin inclination.

voltage and specific

24 SESSIONAL TEST -II

gravity of

Electrolyte.

UNIT-5. Braking system 9 Changing of wheels

25 Constructional details and working of mechanical and inflation of tyres,

brake. cont. balancing of wheels.

9

t

h

26

Constructional details and working of hydraulic brake.

cont.

27

Concept of air and vacuum brake.

28

Brake adjustment. 10 Checking spark

gap and valve

10th 29

Introduction to Anti lock brake system and its working.

clearance.

30

UNIT-6. Suspension System

Function, Types of coil spring. cont.

31 Working of coil spring. 11 Cleaning and

adjusting

a

11th 32 Function, Types of leaf spring cont.

carburetor.

33 Working of leaf spring.

34 Concept of Air suspension Copy Checking /

revision

12th 35 Shock absorber.

36

UNIT-7. Auto Electrical System

Constructional details of lead acid cell battery.

37 Maintenance of batteries. Viva- voice

13th 38 Checking of batteries for voltage and specific gravity.

39 Magneto and Battery coil ignition system.

40 Concept of Dynamo. Viva- voice

14th 41 Alternator - Construction and working.

42

Charging of battery by Alternator and Regulator.

15th 43 SESSIONAL TEST -III

lesson planning for the semester starting w.e.f....

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