LESSON PLAN Name of the Faculty : SWATI GARG...

LESSON PLAN

Name of the Faculty : SWATI GARG

Discipline : ELECTRICAL ENGINEERING

Semester : 4TH

Subject : ENERGY SOURCES AND MANAGEMENT OF ELECTRICAL

ENERGY

Lesson Plan Duration: 15 WEEKS(From January 2018 to April 2018)

Work Load (Lecture/Practical)

per week (in hours) :Theory-05

Week

Theory Practical

Lecture

Day Topic

Practical

Day Topic

1st

1st

(i) Introduction to the Subject

(ii) Introduction of the nature of the examination and

marks distribution of different topics

2nd Introduction to various energy sources

3rd Importance of non conventional sources of energy

4th Continued

5th Present scenario for energy conservation

2nd

1st Continued

2nd Future prospects and economic criteria

3rd CASE STUDIES FOR ENERGY CONSERVATION

4th Test Of chapter 01

5th Principle of conversion of solar radiation into heat

3rd

1st photo-voltaic cell, electricity generation

2nd solar water heaters, solar furnaces,

3rd solar cookers, solar lighting, solar pumping.

4th Continued

5th Test of Chapter 02

4th

1st Introduction to Bio Mass Conversion

2nd Bio-mass conversion technologies- wet processes.

3rd Bio-mass conversion technologies- dry processes.

4th Methods for obtaining energy from biomass.

5th Continued

5th

1st Power generation by using gasifiers

2nd Continued

3rd Test of Chapter 03

4th Technical Quiz No. 01

5th Evaluation of Assignment-01 and QUIZ NO. 01

6th

1st Wind energy conversion

2nd windmills

3rd

Electricity generation from wind- types of wind

mills

4th local control, energy storage

5th Test of Chapter No. 04

7th

1st Geo-thermal sources

2nd Ocean thermal electric conversion

3rd Open and Closed cycles

4th Hybrid cycles

5th Prime movers for geo-thermal energy conversion

8th

1st Steam Generation and electricity generation

2nd Test of Chapter No. 05

3rd Magneto Hydro Dynamic (MHD) Power Generation

4th Continued

5th Test of Chapter No 06

9th

1st Technical Quiz No. 02

2nd Evaluation of Assignment-02 and QUIZ NO. 02

3rd Design and operating principles of a fuel cell

4th Conversion efficiency, work output of a fuel cell

5th EMF of fuel cells, applications

10th

1st Test of Chapter No 07

2nd Need for energy conservation with brief description

of oil and coal crisis.

3rd Environmental aspects

4th Energy efficiency- its significance

5th Energy efficient technology an overview

11th

1st Continued

2nd Energy conservation in Domestic sector- Lighting,

home appliances

3rd Continued

4th Need for energy efficient devices

5th

Energy conservation in Industrial sector- Motors,

Industrial lighting, Distribution system, Pumps, Fans,

Blowers etc.,

12th

1st Continued

2nd Energy conservation in Agriculture sector, Tube-well

pumps

3rd

Energy conservation in diesel-generating sets,

Standby energy sources.

4th Continued

5th

Macro Level approach for energy conservation at

design stage.

13th

1st Test of Chapter No 08

2nd Technical Quiz No. 03

3rd Evaluation of Assignment-03 and QUIZ NO. 03

4th Revision test of Chapter 01


14th

1st Revision test of Chapter 03

2nd Revision test of Chapter 04

3rd Revision test of Chapter 05



15th

1st Revision test of Chapter 08

2nd Revision test for whole syllabus

3rd Revision test for whole syllabus

4th Revision test for whole syllabus

5th Revision test for whole syllabus

LESSON PLAN

Name of the Faculty : Mr. Sohan Sharma


Semester : 4th

Subject : INSTRUMENTATION(120946)

Lesson Plan Duration

: 15 WEEKS(From January 2018 to

April 2018)

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

: Practical- 2

Week Theory Practical

Lecture

Day Topic

Practical

Day Topic

1st 1st

(a) Importance of measurement, (b)

Introduction to basic measuring

systems 1st

To measure the level of a

liquid using a transducer

2nd

Advantages of each measuring

systems and display devices

3rd

Limitations of each measuring

systems and display devices

2nd 1st

Theory, construction and use of

transducers (resistance) 1st

To measure temperature

using a thermo-couple

2nd


transducers ( Inductance)

3rd


various transducers (Capacitance)

3rd 1st Wire wound potentiometer 1st

Study and use of digital

temperature controller

2nd LVDT

3rd

strain gauges and their different

types such as inductance type,

resistive type, wire and foil type etc

4th 1st

Gauge factor, gauge materials and

their selections 1st

Use of themistor in

ON/OFF transducer

2nd

Use of electrical strain gauges, strain

gauge bridges and amplifiers

3rd Test of Chapter No. 01 and 02 and 03

5th 1st

Technical Quiz 01 and Evaluation of

Assignment No. 01 1st

(a) Technical Quiz for

Experiment no. 01,02, 03,

04 (b) Viva Voce and

Practical file Evaluation

2nd

Different types of force measuring

devices and their principles,

3rd

Load measurements by using elastic

transducers

6th 1st Electrical strain gauges. 1st

Study of variable

capacitive transducer

2nd Load cells,

3rd

Measurements of torque by brake,

dynamometer, electrical strain gauges

7th 1st

Speed measurements: different

methods, devices. 1st

Draw the characteristics of

a potentiometer

2nd

Bourdon pressure gauges: Principle,

Construction and Applications. Use

of pressure cells.

3rd

Electrical pressure pick ups:

Principle, Construction and

Applications.

8th 1st Use of pressure cells 1st

To measure linear

displacement using LVDT

2nd Test of Chapter 04 AND 05

3rd

Technical Quiz 02, Evaluation of

Assignment No.02

9th 1st

Basic principles of magnetic flow

meters 1st


Experiment no. 05, 06, 07

(b) Viva Voce and


2nd

Basic principles of ultrasonic flow

meters


10th 1st Bimetallic thermometer 1st

To study the use of

electrical strain gauge

2nd Thermoelectric thermometer

3rd Temperature recorders

11th 1st Thermisters 1st

To study weighing

machine using load cell

2nd Pyrometer Thermometers

3rd Thermocouple

12th 1st Test of Chapter 07 1st To study pH meter.

2nd

Measurement of non electrical

quantitity: Humidity

3rd

Measurement of other non electrical

quantity: pH

13th 1st

Measurement of non electrical

quantities: level and vibrations 1st


Experiment no.08, 09, 10

(b) Viva Voce and


2nd Test of Chapter 08

3rd

Technical Quiz 03, Evaluation of

Assignment No. 03

14th 1st Revision test- Chapter 1 and 2 1st

INTERNAL PRACTICAL

FOR

INSTRUMENTATION

Lab

2nd Revision test- Chapter 3 and 4

3rd Revision test- Chapter 5

15th 1st Revision test- Chapter 6 1st

2nd Revision test- Chapter 7


Lesson Plan

Name of the Faculty : Ms. Natasha Singla (Theory and Practical)

Discipline : Electrical Engg.

Semester : 4th

Subject : Electrical Machines- I

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

Work Load (Lecture/Practical) per week (in hours): Lecture-04, Practicals-03


Lecture

Number

Topic Practical

day

Topic

1st

1 Introduction to Electrical

Machines

1st

Detailed introduction of

machine lab and its equipments.

2 Definition of motor and

generator, concept of torque

3 Torque development due to

alignment of two fields and the

concept of torque angle

4 Electro-magnetically induced emf

2nd

5 Elementary concept of an

electrical machine

2nd

Measurement of the angular

displacement of the rotor of a

slip-ring induction motor on

application of DC to stator of

motor winding in sequence and

simultaneously to each phase of

rotor winding.

6 Comparison of generator and

motor

7 Test of unit 1

8 Unit 2 introduced

3rd

9 Main constructional features,

Types of armature winding of DC

Machine.

3rd

Speed control of dc shunt motor

(i) Armature control method (ii)

Field control method

10 Function of the commutator for

motoring and generation action

11 Factors determining induced emf

12 Factors determining the

electromagnetic torque

4th

13 Types of dc generation on the

basis of excitation, voltage built

up in a dc shunt generator

4th

Study of dc series motor with

starter (to operate the motor on

no load for a moment)

14 Significance of back e.m.f., the

relation between back emf and

Terminal voltage

15 Armature Reaction

16 Commutation methods to improve

commutation

5th

17 Performance and characteristics

of different types of DC motors

5th

Study of 3 point starter for

starting D.C. shunt motor.

18 Speed control of dc shunt/series

motors

19 Need of starter, three point dc

shunt motor starter and 4-point

starter

20 Applications of DC motors

6th

21 Losses in a DC machine

6th

To perform open circuit and

short circuit test for

determining: (i) equivalent

circuit (ii) the regulation.

22 Determination of losses by

Swinburne’s test

23 Test of unit 2

24 Revision

7th

25 Sessional test 1

7th

(iii) efficiency of a transformer

from the data obtained from

open circuit and short circuit

test at full load

26 Introduction to single phase

transformers

27 Constructional features of a

transformer and parts of

transformer

28 Working principle of a

transformer

8th

29 EMF equation

8th

To find the efficiency and

regulation of single phase

transformer by actually loading

it.

30 Transformer on no-load and its

phasor diagram

31 Assignment of sessional 1

32 Transformer – neglecting voltage

drop in the windings – Ampere

turn balance – its phasor diagram

9th

33 Mutual and leakage fluxes,

leakage reactance

9th

Checking the polarity of the

windings of a three phase

transformer and connecting the

windings in various

configurations.

34 Transformer on load, voltage

drops and its phasor diagram.

35 Equivalent circuit

36 Relation between induced emf

and terminal voltage, regulation

of a transformer-mathematical

relation.

10th

37 Losses in a transformer

10th

Finding the voltage and current

relationships of primary and

secondary of a three phase

transformer under balanced load

in configuration conditions such

as

(a) Star-star

38 Open circuit and short circuit test.

Calculation of efficiency,

condition for maximum

efficiency-maintenance of

Transformer, scheduled

Maintenance

39 Test of half topics of 3rd unit.

40 Auto transformer construction,

saving of copper, working and

applications

11th

41 Different types of transformers

including dry type transformer.

11th



secondary of a three phase 42 Revision

43 Test of 3rd unit transformer under balanced load


as

(b) Star delta

44 Sessional test 2

12th

45 Introduction of three phase

transformers

12th






as

(c) Delta star

46 Construction of three phase

transformers

47 Assignment of sessional 2.

48 Accessories of transformers such

as Conservator, breather,

Buchholz Relay, Tap Changer

(off load and on load)

13th

49 Types of three phase transformer

i.e. delta-delta, delta-star, star-

delta and star-star

13th






as

(d) Delta - Delta

50 Conditions for parallel operation

51 On load tap changer

52 Difference between power and

distribution transformer

14th

53 Cooling of transformer

14th

Queries regarding any

experiment. 54 Assignment submission and

discussion from 3rd unit.

55 Taking Queries

56 Test of 3rd unit

15th

57 Sessional test 3

15th

Files checking.

58 Revision

59 Previous year paper discussion


Lesson Plan

Name of the Faculty : Ms. Meenakshi Goyal (Theory)


Semester : 4th

Subject : Estimating and costing in electrical engg.


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

Week Theory

Lecture Number Topic

1st

1 Purpose of estimating and costing

2 proforma for making estimates

3

preparation of materials schedule, costing, price list, preparation of

tender document (with 2-3 exercises)

4 net price list, market survey, overhead charges, labour charges,

2nd

5 electrical point method and fixed percentage method,

6 contingency, profit, purchase system, enquiries, comparative

statements,

7 orders for supply, payment of bills. Tenders – its constituents,

finalization, specimen tender

8 Test of unit 1

3rd

9 Cleat, batten, casing capping and conduit wiring

10 Assignment

11 comparison of different wiring systems

12 Selection and design of wiring schemes for particular situation

(domestic).

4th

13 Selection and design of wiring schemes for particular situation

(Industrial).

14 Selection of wires and cables

15 wiring accessories

16 use of protective devices i.e. MCB, ELCB etc.

5th

17 Use of wire-gauge and tables

18 Revision

19 Test of unit 2

20 Sessional test 1

6th

21 Unit 3 introduced

22 Domestic installations

23 description of various tests to test the wiring installation before

commissioning

24 standard practice as per IS and IE rules

7th

25 Planning of circuits, sub-circuits

26 position of different accessories

27 Electrical layout, preparing estimates including cost as per

schedule rate pattern and actual market rate (for house of two

room set along with layout sketch).

28 Industrial installations; relevant IE rules and IS standard practices

8th

29 planning, designing and estimation of installation for single phase

motors

30 electrical circuit diagram, starters

31 Test of 3.1

32 preparation of list of materials,

9th

33 estimating and costing exercises on workshop with singe-phase

motor.

34 estimating and costing exercises on workshop with three-phase

load.

35 and the light load (3-phase supply system)

36 Service line connections estimate for domestic upto 10 KW

10th

37 Test of 3.2

38 Industrial loads upto 20 KW (over-head and underground

connections) from pole to energy meter.

39 Industrial loads upto 20 KW (over-head and underground

connections) from pole to energy meter.

40 Revision

11th

41 Test of 3rd unit

42 Sessional test 2

43 Estimating the material required for Transmission and distribution

lines (overhead and underground)

44 planning and designing of lines with different fixtures

12th

45 earthing etc. based on unit cost calculations

46 Substation: Types of substations, substation schemes and

components

47 estimate of 11/0.4 KV pole mounted substation up to 200 KVA

rating

48 methods of earthing of substations.

13th

49 Key Diagram of 66 KV/11KV Substation.

50 Key Diagram of 11 KV/0.4 KV Substation.

51 Single line diagram

52 layout sketching of outdoor

14th

53 indoor 11kV sub-station

54 indoor 33kV sub-station

55 Test of 4th unit

56 Taking problems

15th

57 Sessional test 3

58 Revision



LESSON PLAN

Name of the

Faculty : Mr. SANJEEV KUMAR KALRA


Semester : 4th

Subject :ELECTRICAL ENGINEERING DESIGN AND DRAWING-II(120944)

Lesson Plan

Duration : 15 WEEKS(From January 2018 to April 2018)

Work Load

(Lecture/Practical)

per week (in

hours)

: Practicals-06

Week

Practical

Practical

Day (3Hr

Duration)

Topic

1st

1st

(i) Introduction to the Subject

(ii) Introduction of the nature of the examination and marks

distribution of different topics

(iii) DOL Starting of 3 phase induction motor

2nd (iv) 3 phase induction motor getting supply from selected

feeder

2nd

1st (v) Forwarding/Reversing of a three phase Induction motor

2nd Continued

3rd

1st (vi) Two speed control of 3-Phase Induction motor

2nd (vii) Limit Switch Control of a 3-Phase Induction motor

4th

1st Checking of sheets and Viva

2nd (viii) Sequential Operation of two motors using Time Delay

Relay

5th

1st Concept of STAR /DELTA Starter

2nd (ix) Manually Operated Star-Delta Starter for 3-Phase

Induction motor

6th

1st (x) Automatic Star Delta Starter for 3-Phase Induction motor

2nd (xi) Concept and purpose of Earthing (xii) Introduction to

different types of Earthing

7th

1st (xiii) Drawing of plate and pipe Earthing

2nd (xiv) Procedure of Earthing and the material and cost required

for earthing,

Checking of sheets and Viva Voce

8th

1st (xv) Methods of reducing Earth Resistance

2nd

(xvi) Relevant IS Specifications of earth electrode for earthing

a transformer and a high building


9th 1st

(xvii) Introduction to Earthing material

2nd ( xviii)Earthing layout of distribution transformer

10th

1st (xix) Substation earthing layout

2nd (xx)Key diagram of 11 kv,33kv substation

11th 1st

(xxi)Key Diagram of 66kv and 132 kv substation

2nd Continued

12th

1st

Test of Topics (xi) , (xii), (xiii),(xiv), (xv), (xvi),(xvii), (xviii),

(xix), (xx) and (xxi)


2nd (xxii)Drawing of End cover of Induction motor

13th

1st (xxiii)Drawing of Rotor of a squirrel cage Induction motor

2nd (xxiv)Drawing of a Field coil of a DC Motor

Test of Topics (xxii), (xxiii) and (xxiv)

14th

1st (xxv)Drawing of a Terminal Plate of an Induction motor


2nd

(xxvi)Drawing of a Motor body of an Indution motor as per IS

Specifications

Continued

15th

1st (xxvii)Sliprings of a 3-phase Induction Motor,

Test of topics(xxv),(xxvi)

2nd Assignment and sheet checking and Full syllabus test

Lesson Plan

Name of The Faculty : Mr. Sohan Sharma

Displine : Electrical

Semestere : 4th Semester

Subject : Electronis-II

Lession Plan Duration: 15 Weeks (January 2018 to

April 2018)

Work Load (Lecture/Practicle) Per Week:-

Lecture-4, Practical-3

Week

Theory Practical

Lecture

Day

Topic Including

Assignments/Test

Practical

Day Topic

1st

1

Transistor audio power amplifier

,d/f b/w power & volatage amp. 1

To study effect of coupling

capicitor on lower cut

2

Classification of power amplifier

class A,B &C

upper cut by plotting frequncy

response RC amp.

3

Impdence in power amplifier using

transformer

4

Heat sink,push pull amplifier ckt

& advanatange

2nd

5

Imp term power amp,collector

eff,distortion 2

To measure optimum load

,output power & signal

6

Introduction about tunned voltage

amplifier

handling capicity of push-pull

amp.

7 Series and parallel resonance

8

Single and double tunned voltage

amplifier

3rd

9

Freequency response of tunned

voltage amp. 3

To observe the effect of negative

feedeback on

10

Applications of tunned voltage

amplifier

the voltage gain of single stage

transistor amp.

11 Revision of 1& 2 chappter

12

Take the test &resolve problem of

students from 1&2 chap

4th

13

Introduction the feedback in

amplifier 4

To measure voltage gain ,input

output impedance

14

feedback ,importance,positive

negative ,need of f/back for an emitter follower circuits

15

Gain of amp -ve feedback,

stability,distortion,bandwidth

16

O/p &I/p impedances of an

amplifier,applications

5th 17

Effect of removing emmitter by

pass capicitor on a CE amp 5

To measure freequncy generation

in Hartley and

18 Effect follower and its applications R-C phase shift oscillator

19

Sessional test

1

20

Introduction of oscillator

,sinusoidal oscillator

6th

21

Sinusoidal oscillator with positive

feedback amplifier 6

To observe the diffrential square

wave on a CRO

22

D/F between oscillator

&alternator,essentialy of oscillator

for different values of RC time

constant

23

Classification of oscillator

viz.tunned collector oscillator

24

Hartley &Colpitt oscillator with

working & apllication

7th

25

Introduction of R-C oscillator and

phase shift oscillator 7

Clipping of both portion of sine

wave using

26

Introduction to piezoeletric crystal

& circuit Diode and Zener diode

27

Introduction of wave shaping &

switching circuits

28

Classification of different wave

shape circuits

8th

29

R-C differentiating circuits &

integrating ckt. 8

To generate square wave using

astable mulivibrtr

30

Clippers & clipping ,diode

clipping circuits and observe waveform on CRO

31

Diode clamping and apllication of

wave shaping

32

Introduction of transistor & how it

work as switch

9th

33

Assignment(1) of Topic Astable

,mono & bistable multivibrator 9

To observe triggering & working

of bistable ckt

34

Working of transistor inverter

using power transistor

& observe o/p wave form on

CRO

35 Revision of 4 & 5 chapter

36

Resolve problem of students from

4 & 5 chap.

10th

37 Sessional test 2

38 Introduction of power suplies 10

To use the op-amp as inverting &

non inverting

39 Introduction about UPS amplifier

40

Working of UPS and their

applications

11th

41 Introduction about CVT 11

To study the pin configuration &

working of IC

42

Working principle of CVT and

their applications

& use as monostable & astable

multivibrator

43 Introduction of voltage Regulator

44

Working principle of IC Voltage

regulator & application

12th

45 Revise the chapter number 6 12

To realize the regulated power

supply by using

46

Take the test &resolve problem of

students from Chap.6 (if any)

three terminal voltage regulator

IC

47

Introduction of operational

amplifier i.e basic op-amp

48

Classification of diff.amp, emitter

coupled differential amp

13th

49

Basic op-amp aplication

,integrator & differentiater 13 Check the files

50

Discuss another aplication like

summer & subtractor

51

Introduction about IC & types of

ic

52

Familiarization with specification

& pin confi. Of IC 741

14th

53 Introduction of 555 IC timer 14

Takes the exprimental problem

of stident

54

Block diagram & operation of 555

IC timer

55

Applications of 555 IC timer & IC

741

56

Revise the chapter number 7 &

resolve problem

15th

57 Sessional 3

58

Revise the chapter 3 and takes the

problem

59

Revise the chapter 5 and resolve

the problem

60 Take the test

LESSON PLAN

Name of the Faculty : SWATI GARG


Semester : 6th (GP Cheeka)

Subject : POWER-II

Lesson Plan Duration : 15 WEEKS(From January 2018

to April 2018)

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

: Practical- 2

Week

Theory Practical

Lecture

Day Topic

Practical

Day Topic

1st

1st

(a) Introduction to the Subject

1st

Power point

presentation for

different types

of Substations

and the

components

used in the sub

stations.

(b) Introduction of the nature of the examination

and marks distribution of different topics

2nd Common type of faults in both overhead and

underground systems

3rd

Introduction to symmetrical/unsymmetrical faults,

Single line to ground fault, double line to ground

fault.

4th 3-phase to ground fault open circuit, simple

problems relating to fault finding.

2nd

1st Test Of Chapter -01

1st

Testing of the

dielectric

strength of

transformer oil

and air

2nd

(a) Introduction to the Protective Gear and its

purpose

(b) Different Components used at the Protective

Gear and their Functions.

3rd

(a)Difference between switch, isolator and circuit

breakers

(b) Function of isolator and circuit breaker.

4th

(a) Making capacity and breaking

capacity of circuit breaker

(b) Numerical problems related to Making and

Breaking capacity of a Circuit Breaker

3rd

1st Introduction to the methods of Arc Extinction and

their Principle of working

1st

(a) Study of

different types

of circuit

breakers and

isolators

(b) Power point

presentation for

different types

of Isolators and

Circuit breakers

2nd

(a) Introduction to the types of Circuit

breakersCircuit breakers.

(b) Construction, Working, Application and

Limitations of Oil circuit breaker

3rd Contruction, Working and Limitations of Bulk Oil

Circuit Breaker

4th

(a) Construction, Working and Limitations of

Minimum Oil circuit breaker

(b) Difference between Minimum oil circuit

breaker and Bulk Oil Circuit Breaker

4th

1st Construction, Working, Application and

Limitations of SF6 Circuit Breaker

1st

(a)Technical

Quiz for

Experiment no.

01 and 02 (b)

Viva Voce and

Practical file

Evaluation

2nd Construction, Working, Application and

Limitations of Air circuit breaker

3rd Contruction, Working and Application of an MCB

for distribution and Transmission system To give

the Assignment No-01

4th Contruction, Working and Application of ELCB

For distribution and Transmission system

5th

1st Evaluation of Assignment-01 and Test of Chapter

No 2 and to provide the syllabus for QUIZ NO. 01

1st

Plot the time

current

characteristics of

over current

relay

2nd Technical Quiz No. 01

3rd Fuses; function of fuse. Types of fuses, HV and

LV fuses, Rewire-able Fuse

4th Cartridge fuse, HRC fuse

6th

1st Purpose of earthing, Introduction to the methods of

earthing, Methods of reducing earth resistance.

1st

Power

measurement by

using CTs and

PTs

2nd

Equipment earthing, Substation

earthing, system earthing as per Indian Electricity

rules

3rd Introduction - types of relays

4th Construction and Working of Electromagnetic

relay

7th

1st Construction and Working of thermal relay

1st

(a)Technical

Quiz for

Experiment no.

03 and 04 (b)

Viva Voce and

Practical file

Evaluation

2nd Induction type over-current, earth fault relays,

instantaneous over current relay

3rd Directional over-current,

4th differential relays, their functions

8th

1st Distance relays, their functions

1st

Earthing of

different

equipment/Main

Distribution

Board and

Energy Meter

Box

2nd Idea of static relays and their applications

3rd Test of Chapter No 03

4th

Relays for generator protection

9th

1st Relays for transformer protection

1st

Perform the

overload and

short circuit test

of MCB as per

IS specifications

2nd Buchholz relay protection for Transformer

3rd Protection of feeders and bus bars: Over current

Protection

4th Earth Fault Protection

10th

1st Distance protection for transmission system

1st

(a)Technical

Quiz for

Experiment no.

05 and 06 (b)

Viva Voce and

Practical file

2nd Relays for motor protection

3rd Test Of Chapter -04 give the Assignment No 02

and Syllabus for Technical Quiz 02

4th Technical Quiz No. 02

Evaluation

11th

1st Evaluation of Assignment-02 and Technical Quiz

1st

Plot the time-

current

characteristics of

Kit-Kat fuse

wire

2nd Protection of system against over voltages, causes

of over voltages,

3rd Utility of Ground Wire

4th Lightning arrestors, rod gap, horn gap,

12th

1st Metal Oxide type Lightning Arrestor

1st

Taking reading

of current on

any LT line with

clip on meter

2nd Transmission Line and substation protection

against over-voltages and lightning

3rd Test Of Chapter -05

4th Concept of Tariffs

13th

1st Block rate, flat rate and related numerical

Problems

1st

(a)Technical

Quiz for

Experiment no.

07 and 08 (b)

Viva Voce and

Practical file

Evaluation

2nd Maximum demand and Two part tariffs and related

Numerical Problems

3rd Simple problems related to Tariff

4th Test of Chapter No 6 Give the assignment no 03

and syllabus for Technical Quiz 03

14th

1st Technical Quiz No. 03

1st

Study of

different types

of Tarriffs with

special reference

to the Haryana

state Electricity

board tarriff

rates

2nd Evaluation of Assignment-03 and Technical Quiz

03


4th

Revision test- Chapter 2

15th

1st Revision test- Chapter 3

1st

INTERNAL

PRACTICAL

FOR POWER-II

PRACTICAL



4th Revision test- Chapter 6

LESSON PLAN

Faculty: MINAKSHI GOEL

Discipline: ELECTRICAL ENGINEERING

Semester:6th

Subject:PROGRAMMABLE LOGIC CONTROLLERS AND

MICROCONTROLLERS(120962)

Lesson Plan Duration: 15 WEEKS(From January 2018 to April 2018)

Work Load Lecture/Practical) er week (in hours)

Lectures(4)

Practicals-04

Week

Theory Practical

Lect.

Day Topic

Practical

Day Topic

1st

1st Introduction to the Subject & its need /

exam pattern/marks distribution

Ist

Power Point Presentation

of PLC Components/sub-

components of a PLC,

Learning functions of

different modules of a PLC

2nd Introduction to PLC/ concept of PLC

3rd

Building blocks of PLC, Functions of

various blocks

4th

Limitations of relays. Advantages of

PLCs over E.M. relays.

2nd

1st PLC programming languages

2nd

Video lecture: Practical

steps in programming a

PLC using a Hand held

programmer/computer

interface

2nd PLC manufacturer/Applications

3rd Test/Revision Chapter 01

4th PLC Basic operation/Principles

3rd

1st Arch. details /PLC Block Diagram

3rd

video lecture: Introduction

to step 5 programming

language, ladder diagram

concepts

2nd PLC Memory structures

3rd PLC I/O structure

4th PLC Programming terminal Types

4th

1st Power supply Sec./Assignment -1

4th Instructions of PLC &

Ladder Programming

2nd PLC Instruction Set Basics,MOV

instruction

3rd PLC Bit instructions,I/O Inst.

4th

Timer instructions and its

Types/Retentive timers

5th

1st Resetting of timers.

5th Basic logic operations,

AND, OR, NOT functions

2nd Counter instructions like up /Down

counter, resetting of counters

3rd Arithmetic Instructions (ADD,SUB)

4th RTC(Real Time Clock Function)

6th

1st Ladder Programming based on basic

instructions, timer, counters

6th

video for Logic control

systems with time response

(Traffic Light)

2nd Comparison instuctions,Sequencer

3rd Ladder Programming Examples

4th Ladder Programming Examples

7th 1st Traffic light control,Microwave Oven 7th Use of PLC for an

2nd Car parking,Motor in forward and

reverse direction

application(DOL starter)

3rd Star-Delta, DOL Starters

4th Room Automation Application

8th

1st Micro Controller(MCS)-51 Over View

8th Use of PLC for an

application(DC motor)

2nd Comparision,Advantages of

Microcontroller over Microprocessor

3rd Architecture of 8051

4th Pin Diagram/Description IC 8051

9th

1st I/o Port structure (8051)

9th

PPT on 8051 Basic sub

systems and input output

functions keys

2nd Memory Organisation

3rd Special function registers

4th Instruction Set /Types of instructions

10th

1st Arithmetic Instructions

10th Familiarization of Micro

Controllers (8051) kit

2nd Mov instructions

3rd Timer Operation/Instructions

4th Counter Operation/Instructions

11th

1st Serial Port operation/Instructions

11th Addition program 0n 8051

Kit 2nd Serial Port Instructions

3rd Interrupts 8051/Instructions

4th Simple Programming Examples 8051

12th

1st Assembly language programming

12th Subtraction program 0n

8051 Kit

2nd Addressing Modes

3rd Contd

4th Contd

13th

1st Assemblers and Compilers

13th

Testing of general

input/output on Micro

controller board 2nd Assembler Directives

3rd Contd

4th Design and Interface 0f 8051

14th

1st Contd

14th 8051 Application Exercise 2nd keypad interface, Stepper motor

3rd 7- segment interface

4th Interface LCD,,RTC

15th

1st Interface A/D, D/A/ Assignment-3

15th

Evaluation: Internal

Practical Viva for PLC &

MC Lab

2nd Introduction of PIC Micro controllers

3rd contd

4th Application of Micro controllers

Lesson Plan

Name of the Faculty : Ms. Natasha Singla (Theory and Practical)


Semester : 6th (GP Shergarh)

Subject : Electrical Power- II


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


Lecture

Number

Topic Practical

day

Topic

1st

1 Brief view about subject.

1st

Visit to power

station/sub station 2 Introduction to faults.

3 Common type of faults in both

overhead and underground systems

4 symmetrical/ unsymmetrical faults

2nd

5 Single line to ground fault

2nd

Visit to power

station/sub station for

Testing of the dielectric

strength of transformer

oil and air

6 double line to ground fault

7 3-phase to ground fault open circuit

8 Simple problems relating to fault

finding.

3rd

9 Test of unit 1.

3rd

Visit to power


Study of different types

of circuit breakers and

isolators

10 Purpose of protective gear

11 Difference between switch

12 isolator and circuit breakers

4th

13 Function of isolator and circuit

breaker

4th

Visit to power


Plot the time current

characteristics of over

current relay

14 Making capacity and breaking

capacity of circuit breaker.

15 Circuit breakers

16 Types of circuit breakers

5th

17 bulk and minimum oil circuit

breakers

5th

Visit to power


Power measurement by

using CTs and PTs

18 air SF6 circuit breakers

19 Principles of Arc extinction blast

circuit breakers in OCB and ACB,

20 Constructional features of OCB,

ACB, and their working

6th

21 Method of arc extinction

6th

Queries about

performed experiments 22 Miniature circuit breakers MCB

23 MCCB, ELCB, for distribution and

transmission system

24 Sessional test 1

7th

25 Assignment of topics from 1and 2.

7th

Visit to power


Earthing of different

equipment/Main

Distribution Board and

Energy Meter Box.

26 Fuses; function of fuse

27 Types of fuses

28 HV and LV fuses rewire-able,

cartridge,

HRC

8th

29 Earthing: purpose of earthing

8th

Visit to power


Perform the overload

and short circuit test of

MCB as per IS

specifications

30 method of earthing,

31 Equipment earthing, Substation

earthing,

32 system earthing as per Indian

Electricity rules. Methods of

reducing earth resistance.

9th

33 Introduction - types of relays

9th

Visit to power


Plot the time-current

characteristics of Kit-

Kat fuse wire

34 Electromagnetic and thermal relays,

their construction

35 and working

36 Induction type over-current, earth

fault relays

10th

37 Test of 3rd unit

10th

Visit to power


Taking reading of

current on any LT line

with clip on meter.

38 Instantaneous overcurrent relay

39 Directional over-current, differential

relays, their functions

40 Distance relays, their functions

11th

41 Idea of static relays and their

applications

11th

Queries about

performed experiment.

42 Revision

43 Sessional test 2

44 Taking problem

12th

45 Relays for generator protection

12th

Additional experiment

about present tariff

system employed by

State Electricity

Boards.

46 Relays for transformer, protection

including Buchholtz relay protection

47 Protection of feeders and bus bars,

Over current and earth fault

protection.

48 Distance protection for transmission

system

13th

49 Relays for motor protection

13th

Checking of files.

50 Class test

51 Protection of system against over

voltages,

52 causes of over voltages, utility of

ground wire

14th

53 Lightning arrestors, rod gap, horn

gap, metal oxide type

14th

Discussion about

experiments.

54 Transmission Line and substation

protection against over-voltages and

lightning

55 Assignment and class test

56 Concept of Tariffs

15th

57 Block rate, flat rate, maximum

demand and two part tariffs

15th

Rechecking of files.

58 Simple problems

59 Sessional test 3

60 Previous year question paper

discussion

LESSON PLAN

Name of the Faculty : Mr. SANJEEV KUMAR KALRA


Semester : 6th

Subject : ENERGY MANAGEMENT(120965A)

Lesson Plan Duration : 15 WEEKS(From January 2018 to April 2018)

Work Load (Lecture/

Practical) per week

(in hours)

: Theory- 04

Week

Theory

Lecture

Day

Topic

1st

1st Overview of energy management,

2nd Need for energy conservation, Environmental Aspects

3rd Need for energy conservation with brief description of oil &coal crisis

4th Continued

2nd

1st Alternative sources of energy

2nd Energy efficiency- its significance

3rd Test Of Chapter 1

4th Energy conservation in Domestic sector- Lighting, Home appliances

3rd

1st Continued

2nd Energy conservation in Industrial sector-Industrial lighting, Distribution

Sysyem

3rd Continued

4th Energy conservation in Industrial sector-Industrial Motor Pumps, Fans,

Blowers etc.,

4th

1st Continued

2nd Energy conservation in Agriculture sector Tubewell pumps, Diesel-

generating sets.

3rd Continued

4th Macro Level approach for energy conservation at design stage.

5th

1st Continued

2nd Test of Chapter 2

3rd Energy efficient technology an overview - merits, demerits, construction of

LCD, LED, CFL etc.

4th Need for energy efficient devices

6th

1st Initial cost versus life cycle, cost analysis on life cycle basis

2nd Energy efficient motors as compared to standard motors

3rd BIS standards for energy efficient motors, BIS salient design features,

4th Efficiency as a function of load, safety margins

7th

1st Energy efficient lighting system different sources, lumens/watt, LEDs, role

of voltage on efficiency

2nd Continued

3rd

Distribution system- Optimum cable size, amorphous core transformer,

role of power factor, use of compensating capacitors-manual and

automatic, location of capacitors

4th Continued

8th

1st Calculation of size of capacitor, shunt capacitors, series capacitors

2nd Continued

3rd Construction and design characteristics of energy efficient motors.

4th Continued

9th

1st Losses in energy efficient motors

2nd Continued


4th Energy audit methodology

10th

1st Continued

2nd Efficiency of energy conversion processes, monitoring system

3rd Continued

4th Specific energy consumption –three pronged approach, fine tuning

11th

1st Continued

2nd Technical up gradation

3rd Avoidable losses.

4th Case studies of energy audit of distribution system,

12th

1st AC motors, Industries. Audit activities

2nd Continued


4th Need for environmental impact assessment

13th

1st Continued

2nd Definition of EIA

3rd History of EIA

4th Standard format for assessment and its completion

14th

1st Continued

2nd Evaluation of Assignment



15th

1st Revision test- Chapter 2




LESSON PLAN

Faculty : Mr. Surender Saini


Semester 6th

Subject ENTREPRENEURSHIP DEVELOPMENT AND MANAGEMENT

Lesson Plan

Duration : 15 WEEKS(From January 2018 to April 2018)

Work Load

(Lecture) per

week (in hours)

Lectures(3)

Week Theory

Lect.

Day Topic

1st 1st

Introduction to ENTREPRENEURSHIP & its need / exam pattern/marks

distribution of subject

2nd Qualities and functions of entrepreneur and barriers in entrepreneurship

3rd Sole proprietorship and partnership forms of business organisations

2nd 1st

Schemes of assistance by entrepreneurial support agencies at National,

State,District level in present Scenario

2nd Role of NSIC, NRDC,MSME, SIDBI, NABARD,

3rd Assistance by Commercial Banks, SFC’s

3rd 1st Entrepreneurial support agencies KVIB, DIC

2nd Role of Technology Business Incubator (TBI) and Science and Tech.

3rd Science and Technology Entrepreneur Parks (STEP)

4th 1st Market Survey and Opportunity Identification ,Identifying business opportunity

2nd Scanning of business environment

3rd Salient features of National industrial policies

5th 1st Salient features of State industrial policies/business opportunities

2nd Assessment of demand and supply in potential areas of growth

3rd Considerations in product selection/Assignment-1

6th 1st Project report Preparation

2nd Detailed project report including technical/economic feasibility

3rd Detailed project report on market feasibility

7th 1st Common errors in project report preparations

2nd Exercises on preparation of project report

3rd Introduction to Management/Definitions and importance of management

8th 1st Functions of management: Process of planning, organising

2nd Functions of management: staffing,directing and controlling

3rd Concept and structure of an organisation,Types of industrial organisations

9th 1st Leadership Definition and Need,Manager Vs leader

2nd Qualities and functions of a leader,Types of leadership

3rd Motivation Definitions and characteristics

10th 1st Factors affecting motivation,Theories of motivation

2nd Management Scope in Human Resource Management

3rd Introduction to Man power planning, recruitment and selection

11th 1st Introduction to performance appraisal methods

2nd Material and Store Management functions, and objectives

3rd ABC Analysis and EOQ

12th 1st Marketing and sales Introduction, importance, and its functions

2nd Sales Physical distribution, promotion mix,Sales Promotion

3rd Financial Management importance and its functions

13th 1st

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

VAT

2nd Customer Relation Management (CRM),need,Types

3rd Total Quality Management (TQM),Need

4th Intellectual Property Right (IPR) ,definition and its importance

14th 1st Infringement related to patents, copy right, trade mark

2nd New Govt Initiatives Like Pradhanmantri Kaushal Vikas Yojna

3rd Start up Schemes/Assignment on Startup new schemes

15th 1st Role of Innovation /Technology

2nd Video Lectures: Motivational/Startup India

3rd Video Lecture:Leadership/GST (New)

Lesson Plan

Name of The Faculty : Mr. Sohan Sharma

Displine : Electrical

Semestere : 6th Semester

Subject : UEE

Lession Plan Duration: 15 Weeks (January 2018 to April 18)

Work Load (Lecture/Practicle) Per Week:- Lecture-5,


Lecture

Day

Topic Including

Assignment/Test

Practical

Day Topic

1st

1 Introduction of illumination, nature of light

2

Visibility spectrum curve of relative sensivity of

human eye and wave length of light

3

luminous flux ,solid angle ,luminous intensity

,illumination,lux

4

Luminous efficiency ,space to height

ratio,glare,reflection factor

5

Laws of ullumination, diff types of lamp

characterstics of lamp

2nd

6 Mercury lamp,soduim lamp,halogen lamp

7

Neon lamp,compact lamp,LED lamp,flouroscent

lamp

8

CFL & LED calculation of number of light for

illumination

9 Calculation of diff. points ,simple design problem

10

Introduction of illumination schemes indoor and

outdoors

3rd

11

Main requirements of proper lighting i.e absence of

glare

12

Introduction about switches ,awareness about time

switches

13

Street lighting, flood ,monument and decorative

lights

14 Characterstics of lighting and application

15 Revise 1st chapter and take test

4th

16 Introduction of electric heating

17

Advantange of electric heating ,heating methods

direct & indirect

18

Electric oven their temp range properties of heating

element

19

Domestic water heaters & other heating appliances

,thermostat control ckt

20

Induction heating, principle of core and coreless

,applicatio & working

5th 21

Electric arc heating,direct & indirect

,construction,working & applications

22

Dielectric heating ,various application in industrial

fields

23 Infra red heating & its application,construction

24 Microwave heating & its construction ,applications

25

Solar heating ,application and today requirements

of solar light

6th

26

Calculation of simple numerical based on

resistance heating

27 Sessional test 1

28

Introduction electric welding ,advantanges of

electric

29 Welding methods ,principles of resistances welding

30

Types of welding ,spot, projection,seam and butt

welding equipments

7th

31

Arc & principle of arc production ,electric arc

welding,charaaterstics

32 Carboon arc ,metal arc and hydrogen arc welding

33

Applications of arc welding.power supply

requirement advantage of using coated electrodes

34

Comparison between AC & DC arc welding

,welding control circuits

35

Welding of alluminium & copper and their

applications

8th

36 Assignment of Electrolytic process

37

Need of electro-deposition ,laws of electrolysis and

process of electro-deposition

38 Equipments and accessories for electroplating

39 Factor affecting electro-deposition

40 Principle of galvanizing and its applications

9th

41 Principle of anodizing and its applications

42 Electroplating of non -conducting materials

43 Manufacture of chemicals by electrolysis process

44 Power supplies for electroplatimg

45 Introduction about Refrigeration & air conditioning

10th

46 Principle of air conditioning ,vapour pressure

47 Refrigeration cycle ,eco friendly refrigerant

48 Electrical circuits used in refrigerator

49 Description of electrical circuits in air conditioner

50 Electrical circuits used in water coolers

11th

51 Revision of chapter 5

52 Sessional test 2

53

Introduction of electric drives advantage of

electric drives

54 Characterstics of different mechnical loads

55 Types of motors used as electric drives

12th

56

Electric braking such as Plugging ,Rheostatic and

regenerative

57

General idea about methods of power transfer by

direct coupling belts drives

58 Selection of motors for different domestic loads

59

Selection of drives for application like workshop ,

texttile mill.

60

Paper mill, steel mills ,cranes and application of

flywheels

13th

61

Specifications of commonly used motor like

Squirrel cage ,slip ring ,IM

62 Selection of motor for domestic appliances

63 Class test 1 of chapter 6

64 Introduction of eletric traction

65

Advantange of electric traction over other types of

traction

14th

66

Different system of electric traction DC & AC

system,diesel eletric system

67 Types of services -Urban,suburban and main line

68

different accessories for track eletrification

overhead catenary wire ,pentagraph

69 Factors affecting scheduled speed

70

Electrical block diagram for locomotive with

descriptions of equipments

15th

71 Types of motors used for electric traction

72 Sessional test 3

73 Starting and braking of electric locomotives

74 Introduction to EMU and metro railways

75 Train lightning schemes

LESSON PLAN

Name of faculty : Mr. Surender Saini

Discipline : Electrical Engineering

Semester : 6th Semester

Subject :E.S.-II LAB

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

Work Load (Lecture / Practical) per week (in hours): Lectures-00, Practicals-02


Lecture

Day

Topic (Including

assignment/test)

Practical

Day

Topic

1st 1st Oral Practice:

Mock interview 2nd 2nd

3rd 3rd Preparing for meeting

4th 4th

5th 5th Group discussion

6th 6th

7th 7th Seminar presentation

8th 8th

9th 9th Making a presentation-Elements of good

presentation 10th 10th

11th 11th Making a presentation-Structure and tools of

presentation 12th 12th

13th 13th Making a presentation-Paper reading

14th 14th

15th 15th Making a presentation-Power point presentation

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