Lesson PlanLesson Plan Name of Faculty: K.K.Bisla, Lecturer Discipline Electrical Engineering...

Lesson Plan

Name of Faculty: K.K.Bisla, Lecturer

Discipline Electrical Engineering

Semester 4th

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

Week Theory

Lecture

Day

Topic

(inculding assignment/test)

1st 1st Various energy sources

2nd Importance of non conventional sources of energy,

3rd Present scenario, future prospects and economic criteria

4th Revision.

2nd 5th Solar Energy:Principle of conversion of solar radiation into heat

6th Photo-voltaic cell

7th Photo-voltaic cell

8th Revision

3rd 9th Electricity generation

10th Application of solar energy like solar water heaters,

11th Solar furnaces

12th Revision

4th 13st Solar cookers

14th Solar lighting

15th Solar pumping.

16th Revision

5th 17th Bio-energy:Bio-mass conversion technologies- wet and dry processes

18th Bio-energy:Bio-mass conversion technologies- wet and

dry processes

19th Bio-energy:Bio-mass conversion technologies- wet and

dry processes

20th Revision

6th 21th Methods for obtaining energy from biomass

22th Power generation by using gasifiers

23th Power generation by using gasifiers

24th Revision

7th 25th Wind Energy:Wind energy conversion

26th Windmills,

27th Electricity generation from wind- types of wind mills

28th Revision

8th 29th Electricity generation from wind- types of wind mills

30th Local control, energy storage

31st Local control, energy storage

32nd Revision

9th 33rd Geo-thermal and Tidal Energy:Geo-thermal sources

34th Ocean thermal electric conversion,

35th Open and closed cycles,

36th Revision

10th 37th Open and closed cycles,

38th Hybrid cycles

39th Prime movers for geo-thermal energy conversion

40th Steam Generation and electricity generation.

11th 41th Magneto Hydro Dynamic (MHD) Power Generation

42th Magneto Hydro Dynamic (MHD) Power Generation

43th Magneto Hydro Dynamic (MHD) Power Generation

44th Revision

12th 45th Chemical Energy Sources:,Design and operating

principles of a fuel cell

46th Conversion efficiency,

47th Work output and e.m.f of fuel cells,

48th Applications

13th 49th Energy Conservation and Management

50th Need for energy conservation with brief description of oil and coal crisis.

51st Environmental aspects

52nd Energy efficiency- its significance

14th 53rd Energy efficient technology an overview

54th Energy conservation in Domestic sector- Lighting, home

appliances

55th Energy conservation in Domestic sector- Lighting, home

appliances

56th Need for energy efficient devices

15th 57th Energy conservation in Industrial sector- Motors, Industrial lighting, Distribution system, Pumps, Fans,

Blowers etc.,

58th Energy conservation in Agriculture sector, Tube-well pumps, diesel-generating sets, Standby energy sources.

59th Macro Level approach for energy conservation at design stage.

60th Revision

Name of Faculty Kiran Chawla, Sr. Lecturer (Theory and Practical)


Semester 4th

Subject

Electrical Machine-I

Lesson plan duration 15 weeks (from January 18 to April 18)

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

Week Theory Practical

Lecture

Day

Topic(including assignment/test) Practical

day

Topic

1st 1st (Unit-1) • Will Discuss Learning outcomes of

Electrical Machine subject.

1st •

Introduction of EM lab

various specifications of

Motors, safety precautions

etc.2st • Introduction to Electrical Machines

• Definition of motor and generator,

concept of torque

3rd • Electro-magnetically induced emf.

4th • Torque development due to alignment

of two fields and the concept of torque

angle

2nd 5th • 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

6th • Comparison of generator and motor

7th(Unit-II) • Introduction of DC machines, its types

8th • Construction of DC machines

3rd 9th • Armature winding and its types 3rd Speed control of dc shunt

motor

10th • Commutator and its function for

generator and motor action

(i) Armature control method

11th • Factors determining induced EMF (ii) Field control method

12th • Factors determining electromagnetic

torque

4th 13th • DC generator and its types 4th Evaluation of above

practical’s.

14th • Voltage buildup in DC gen.

15th • Back emf, its significance ,

relationship between terminal voltage and

back emf

16th • Armature reaction

5th 17th • Commutation methods to improve

commutation

5th Study of dc series motor with

starter (to operate the motor

on no load for a moment)

18th • Types of DC Motors, its performace,

Characteristic of DC motors

19th • Speed control of DC motors, starters

for DC motors(3 point and 4 point)

20th • Application of DC Motors, losses in

DC machines

6th 21th • Swinburne’s test to find out losses 6th Study of 3 point starter for

starting D.C. shunt motor.

• First assignment will be given and

tentative 1st sessional test/evaluation of

sessional marks etc.

22th • Display and analysis of sessional

marks

23th(unit-

3) • Introduction of Transformers, types of

T/Fm

24th • Construction of single phase

transformer,

7th 25th • Parts of a transformer 7th To perform open circuit and

short circuit test for

determining: (i) equivalent

circuit (ii) the regulation

and(iii)efficiencyof a

transformerfrom the data

obtained from open circuit

and short circuit test at full

load

26th • Working principle of transformer

27th • EMF equation of T/fm

28th • Transformer at no load and its phasor

diagram

8th 29th • Transformer – neglecting voltage drop

in the windings – Ampere turn balance – its

phasor diagram

8th Evaluation of above

practicals.

30th • Mutual and leakage fluxes, leakage

reactance

31th • Transformer on load, voltage drops

and its phasor diagram

32th • Equivalent circuit diagrams of T/fm,

Relation between induced emf and terminal

voltage, regulation of a transformer

mathematical relation

9th 33th • Losses in transformer, various tests

OC/SC Test to find out these losses and

efficiency etc.

9th Revision of above practicals

for left out students.

34th • Auto transformer,

construction,working and its application

35th • Different type of transformer including

dry type transformer

36th • second assignment will be given and

tentative 2nd sessional test/evaluation of

sessional marks etc

10th 37th • display and analysis of sessional

marks.

10th Checking the polarity of the

windings of a three phase

transformer and connecting

the windings in various

configurations

38th (unit-

4) • construction of 3-phase transformer

39th • accessories of transformers such as

Conservator, breather,

40th • BuchholzRelay, Tap Changer (off load

and on load) (Brief idea)

11th 41th • Types of three phase transformer i.e.

delta-delta, delta-star

11th Finding the voltage and

current relationships of

primary and secondary of a

three phase transformer

under balanced load in

various configurations

conditions such as (a) Star-

star (b) Star delta (c) Delta

star (d) Delta-Delta

configuring conditions

42th • ..star-delta,star-star.

43th • Parallel operation of transformer, its

need

44th • Parallel operation conditions will be

discussed

12th 45th • Any left out topic due to Cl/leave etc. 12th Evaluation of above

practicals.

46th • Same as above

47th • Local visit to complaint centre to show

parts /accessories of transformer

48th • On load/off load tap changer

13th 49th • Distribution /power transformer 13th Revision of above practicals

50th • Cooling of transformer for left out students if any.

51th • 3rd assignment will be given

52th • Previous state boards question will be

carried out, any other left out topic

14th 53th • 3rd sessional test 14th Viva-voce/preparation of

practical sessional marks. 54th • Evaluation of 3rd test

55th • Display/analysis of 3rd sessional test

56th • Remedial will be taken if any

shortcomings found

15th 57th • Seminal/group discussion as per

evaluation scheme

58th • -do-

59th • -do-

60th • -do-

16th • Preparation of sessionals, practical

award etc.

Name of Faculty : Hansraj, Lecturer

Discipline : Electrical

Semester : 4th sem

Subject : Electronics-II

Lesson Plan Duration : 15 weeks(from jan 2018 to april 2018)

Work Load (lecture/practical)per week (in hours) : Lectures- 04, practical- 03


Lecture

Day

Topic(including

assignment/test)

Practical

Day

Practical Topic

1 1(unit 1) Difference between voltage

and power amplifier

1 Plot frequency response of two

stage RC copled amplifier

2 collector efficiency, distortion

and dissipation capacity



3 Explanation of Class A

amplifier



4 Explanation of Class B

amplifier



2 Explanation of Class C

amplifier

5 Measure optimum load and

power of a push pull amplifier

5 Working of Class A single

ended amplifier and its

collector efficiency



Impedence matching in power

amplifier using transformer



8 Heat sink in power amplifier 8 Measure optimum load and


3 9 Working and advantages of

push pull amplifier

9 Observe voltage gainof

transistor amplifier by

removing bye-pass capacitor

10 Working of complementary

symmetry push pull amplifier




11 Revision of previous topics 11 Observe voltage gainof



12 Assignment of classification

of power amplifiers




4 13(unit2) Introduction of tuned voltage

amplifier

13 Measure voltage gain of

emitter follower circuit

14 Series Resonance and parallel

Resonance



15 Working of single tuned

voltage amplifier



16 Working of double tuned

voltage amplifier



5 17 Frequency response of tuned

voltge amplifier

17 Viva-voice of previous

practicals

18 Application of tuned voltage

amplifier


practicals

19 Revision of previous topics 19 Viva-voice of previous

practicals

20 test of previous chapters 20 Viva-voice of previous

practicals

6 21(unit

3)

Feedback, positive and

negative feedback

21 Measure frequency generation

in hartley and R-C phase shift

oscillator

22 Voltage gain of amplifier

using negative feedback



oscillator

23 Effect of negative feedback

on voltage gain, stability,

distortion, Bandwidth, input

and output impedence



oscillator

24 Effect of emitter by pass

capacitor on CE transistor

amplifier



oscillator

7 25 Emitter Follower and its

applications

25 Differentiated and integrated

square wave on CRO

26(unit

4)

Sinusoidal Oscillator and

positive feedback in

amplifiers


square wave on CRO

27 Difference between oscilator

and alternator


square wave on CRO

28 Essential of an oscillator 28 Differentiated and integrated

square wave on CRO

8 29 Working of tuned collector

oscillator

29 Observe waveshape of clipping

circuit

30 Hartley and colpitt's oscillator 30 Observe waveshape of clipping

circuit

31 R-C phase shift and Wein

bridge oscillator


circuit

32 Piezoelectric and crystal

oscillator


circuit

9 33(unit

5)

Concept of waveshaping 33 Observe waveshape of

clamping circuit

34 R-C differentiating and

integrating circuits

34 Observe waveshape of

clamping circuit

35 Diode clipping circuit 35 Observe waveshape of

clamping circuit

36 Diode clamping circuit 36 Observe waveshape of

clamping circuit

10 37 Application of wave-shaping

circuit

37 Observe square wave of astable

multivibrator on CRO

38 Transistor as a switch 38 Observe square wave of astable


39 Working of bistable

multivibrator



40 Working of monostabletable

multivibrator



11 41 Working of astable

multivibrator

41 Observe square wave of

Bistable multivibrator on CRO

42 Revision of previous topics 42 Observe square wave of


43 Revision of previous topics 43 Observe square wave of


44 Test of previous chapters 44 Observe square wave of


12 45(unit

6)

Working of CVT 45 Viva-voice of previous

practicals

46 Working of IC voltage

rgulator (78XX/79XX)


practicals

47(unit

7)

Intoduction of basic of

operational amplifier


practicals

48 Differential amlifier 48 Viva-voice of previous

practicals

13 49 Emitter coupled differential

amplifier

49 Application performed using


50 Offset even voltages and

current



51 Operational amplifier as

integrator



52 Operational amplifier as

differentiator



14 53 Operational amplifier as

summer and subtractor

53 Study of 555 IC as monostable

and astable multivibrator

54 Pin configuration of 741 IC 54 Study of 555 IC as monostable


55 Assignment of important very

short answer questions



56 Block diagram of 555 IC

timer



15 57 Revision of previous topics 57 Viva-voice of all practicals

58 Revision of previous topics 58 Viva-voice of all practicals

59 Test of previous chapters 59 Viva-voice of all practicals

60 Revision of all syllabus 60 Viva-voice of all practicals

Lesson Plan

Name of the Faculty Guest Faculty

Discipline ELECTRICAL ENGG.

Semester 4TH

Subject ELECTRICAL ENGINEERING DESIGN & DRAWING-II

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

Work Load (Lecture/Practical) per week (in periods): Lectures-Nil, Practicals- 06

Week Drawings

Practical Periods

Topic (inculding test)

1st 1st Introduction of Electrical Engg. Design. & Drawing.

2nd Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of DOL starting of 3-phase induction motor.

3rd

4th Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of 3-phase induction motor getting supply selected feeder.

5th

6th

2nd 7th Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of Forwarding/ reversing of a 3-phase induction motor.

8th

9th

10th

Revision of previous making drawing sheets for left out students if any and checking of making drawing sheets

11th

12th

3rd 13th Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of Two speed control of 3-phase induction motor.

14th

15th

16th Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of Limit switch control of a 3-phase induction motor.

17th

18th

4th 19th Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of Sequential operating of two motors using time delay relay.

20th

21st

22nd Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of Manually generated star delta starter for 3-phase induction motor.

23rd

24th

5th 25th Unit 1 : (Contractor Control circuits) - To make the drawing sheet (Shemetic diagram and power wiring diagram of Automatic star delta starter for 3-phase induction motor.

26th

27th

28th

Class test for preparation of Ist sessional exam and checking of previous drawing sheets.

29th

30th

6th 31st

Unit 2 : (Earthing) - Concept and purpose of earthing.

32nd

33rd

34th

Unit 2 : (Earthing) - Different types of earthing : To make the drawing sheet of plate earthing.

35th

36th

7th 37th

Unit 2 : (Earthing) - To make the drawing sheet of Pipe earthing.

38th

39th

40th

Unit 2 : (Earthing) - Revision of previous making drawing sheets and check the making drawing sheets.

41st

42nd

8th 43rd Unit 2 : (Earthing) - Procedure of earthing, test of materials required and costing and method of reducing earth resistance.

44th

45th

46th

Unit 2 : (Earthing) - Relevant IS specifications of earth electrode for earthing a transformer, a high building.

47th

48th

9th 49th

Unit 2 : (Earthing) - Earthing layout of distribution transformer.

50th

51st

52nd Unit 2 : (Earthing) - Substation earthing layout and earthing materials and key diagram of 11KV sub station.

53rd

54th

10th 55th

Unit 2 : (Earthing) - Key diagram of 33KV, 66KV sub stations.

56th

57th

58th

Unit 2 : (Earthing) - Key diagram of 132KV sub station and preparation of IInd sessional exam.

59th

60th

11th 61st

Unit 3 : (Drawing and Machine Parts) : End cover of induction moter.

62nd

63rd

64th

Unit 3 : (Drawing and Machine Parts) : Rotor of a squirrel cage induction motor.

65th

66th

12th 67th Unit 3 : (Drawing and Machine Parts) : Revision of End cover, Rotor of a squirrel cage induction motor. 68th

69th

70th

Unit 3 : (Drawing and Machine Parts) : Field coil of a DC motor.

71st

72nd

13th 73rd

Unit 3 : (Drawing and Machine Parts) : Terminal plate of an induction motor.

74th

75th

76th

Unit 3 : (Drawing and Machine Parts) : Motor body (Induction motor) as per IS specifications.

77th

78th

14th 79th Unit 3 : (Drawing and Machine Parts) : Revision of above three drawing sheets for left out students (in any).

80th

81st

82nd Unit 3 : (Drawing and Machine Parts) :Sliprings of 3-phase induction motor. 83rd

84th

15th 85th Preparation of IIIrd sessional exam and checking of previous drawing sheets (If any) 86th

87th

88th Revision of all above making drawing sheets and preparation of final Exam. 89th

90th

Lesson Plan

Name of Faculty Hansraj, Lecturer

Discipline ELECTRICAL ENGG. Semester 4th Subject INSTRUMENTATION Lesson Plan Duration 15 weeks(from January, 2018 to

April,2018) Work Load(Lecture/Practical) per week (in hours): Lectures-

03, Practicals - 02 Week Theory Practicals

Lecture Day

Topic (inculding assignment/test)

Practical Day

Topic

1st 1st Unit 1 : Measurement : Introduction and Importance of Measurement

1st Measurement of Level of Liquid

2nd Basic Measuring systems , Their advantages and limitations

2nd Measurement of Level of Liquid

3rd Display Devices

2nd 4th Unit 2 : Transducer : Classifications of transducers

3rd Temperature measurement using Thermocouple

5th Resistance Transducer 4th Temperature measurement using Thermocouple

6th Inductance Transducer

3rd 7th Capacitance Transducer 5th Study and use of Digital Temperature controller

8th Electromagnetic Transducer 6th Study and use of Digital Temperature controller

9th Piezo electrical Transducer

4th 10th Unit 3 measurement of Displacement and Strain : Displacement measuring

7th Use of Thermistor in ON/OFF Transducer

Devices

11th Wire wound potentiometer

8th

Use of Thermistor in ON/OFF Transducer

12th LVDT

5th 13th Strain Guages and their types resistance type

9th Study of Variable Capacitive transducer

14th Wire and Foil Type

10th

Study of Variable Capacitive transducer

15th Gauge Factor , Guage Material

6th 16th Selection of Guage Material 11th Draw the characteristics of Potentiometer

17th Use of electrical Strain Guage 12th Draw the characteristics of Potentiometer

18th Strain Guage Bridges and amplifier

7th 19th Unit 4 Force and Torque Measurement : Force measuring Devices

13th To measure Linear Displacement using LVDT

20th Elastic Transducer 14th To measure Linear Displacement using LVDT

21st Electrical Strain Guage

8th 22nd Load Cell 15th To study the use of Electrical strain Guage

23rd Measurement of torque by Brake method

16th To study the use of Electrical strain Guage

24th Dynamometer method

9th 25th Electrical Strain Guage 17th To study weighing machine using load cell

26th Speed Measurement 18th To study weighing machine using load cell

27th Digital Methods

10th 28th Unit 5 Pressure Measurement : Bourdon Pressure Gauges

19th To study pH meter

29th Bellows and Diaphragms 20th To study pH meter

30th Secondary Transducers

11th 31st Measurement of Low Pressure

21th Revision Experiment 1-2

32nd Use of Pressure Cell 22nd Revision Experiment 1-2

33rd Unit 6 Flow Measurement Electromagnetic Method

12th 34th Doppler shift ultrasonic Method

23rd Revision Experiment 3-4

35th Transit Time ultrasonic method

24th Revision Experiment 3-4

36th Unit 7 Measurement of Temperature Bimetallic Thermometer

13th 37th Thermoelectric Thermometer 25th Revision Experiment 5-6

38th RTD 26th Revision Experiment 5-6

39th Thermocouple

14th 40th Thermister and Pyrometer 27th Revision Experiment 7-8

41st Temperature Recorder 28th Revision Experiment 7-8

42nd Unit 8 Measurement of other Non Electrical Quantity Humidity

15th 43rd pH 29th Revision Experiment 9-10

44th Level 30th Revision Experiment 9-10

45th Vibration

Lesson Plan Name of the Faculty:

Parveen Dahiya,Lecturer

Discipline: Electrical engg.

Semester: 4th

Subject: Estimating & Costing in Electrical Engg.

Lesson Plan Duration: 15 weeks (from January, 2018 to April2018)

**Work Load (Lecture/Practical) per week (in hours): Lectures-04, Practicals-00 Week Theory

Lecture day Topic(including assignment/test)

1st 1st • Will Discuss Learning outcomes of

Estimating & Costing in Electrical

Engg.

• Introduction to complete syllabus

of Estimating & Costing in Electrical

Engg.

2nd Unit-1: Purpose of estimating and

costing,

• Proforma for making estimates,

• Preparation of materials schedule

3rd • Costing, price list,

• Preparation of tender document

4th • Net price list,

• Market survey,

2nd 1st • Overhead charges,

• Labour charges,

2nd • Electrical point method and fixed

percentage method,

• contingency,

3rd • Profit,

• purchase system,

4th • Enquiries,

•Comparative statements

3rd 1st • Payment of bills.

• Orders for supply

2nd • Tenders – its constituents,

finalization,

• Specimen tender.

3rd Unit-2: Types of wiring:

• Cleat, batten wiring,

4th • casing capping and

• conduit wiring,

4th 1st • Comparison of different wiring

systems.

2nd • Design of wiring schemes for

particular situation of domestic

installation.

3rd • Design of wiring schemes for

particular situation Industrial

Installation.

4th • Selection of wires and cables,

5th 1st • Wiring accessories used for

Electrical Installation

2nd • Use of protective devices i.e. MCB,

ELCB etc.

3rd • Use of wire-gauge and tables ( to

be prepared/arranged)

4th • Revision/ queries of unit-1,2 ;

• First assignment will be given

6th 1st • Assignment –I check

• Tentative 1st sessional test

• Evaluation of sessional marks etc.

2nd • Assignment –I check



3rd • Display and analysis of sessional

marks

4th Unit-3 Estimating &costing:

3.1 Domestic installations;

• description of various tests to test

the wiring installation before

commissioning,

7th 1st • Standard practice as per IS and IE

rules.

• Planning of circuits, sub circuits.

2nd • Position of different accessories,

• Electrical layout of Domestic

Installation

3rd • Preparing estimates including cost

as per schedule rate pattern and actual

market rate (for house of two room set

along with layout sketch)

4th 3.2 Industrial installations;

• Relevant IE rules and IS standard

practices,

8th 1st • Planning of installation for single

phase motors of different rating.

• designing for single phase motors

of different ratings

2nd • Estimation of installation for single

phase motors of different ratings,

• Electrical circuit diagram for

Industrial installations ,

3rd • Starters for Industrial installations.

• Preparation of list of materials for

Industrial installations,

4th • Estimating and costing exercises on

workshop with singe-phase motor load

9th 1st • Estimating and costing exercises on

workshop with 3-phase motor load and

the light load (3-phase supply system)

2nd 3.3 Service line connections estimate for

domestic upto 10 KW from pole to

energy meter.

3rd • Service line connections estimate

for Industrial loads upto 20 KW over-

head connection from pole to energy

meter.

4th • Service line connections estimate

for Industrial loads upto 20 KW

underground connections from pole to

energy meter.

• Second assignment will be given

10th 1st • Revision/ queries of unit-3

2nd • Assignment –II check

• Tentative 2nd sessional test


3rd • Assignment –II check



4th • Display and analysis of sessional

marks

11th 1st Unit-4 :-Estimating the material

required 4(a):

• Transmission and distribution lines

overhead planning and designing of

lines with different fixtures based on

unit cost calculations

2nd • Transmission and distribution lines

overhead planning and designing of

earthing etc.

3rd • Transmission and distribution lines

underground planning and designing of

lines with different fixtures, based on

unit cost calculations

4th • Transmission and distribution lines

underground planning and designing of

lines with earthing etc.

12th 1st 4(b) Substation:

• Types of substations,

• substation schemes and

components

2nd • Estimate of 11/0.4 KV pole

mounted substation up to 200 KVA

rating,

3rd • Methods of earthing of substations,

• Key Diagram of 66 KV/11KV

4th • Key Diagram of 11 KV/0.4 KV

Substation

13th 1st • Single line diagram, layout

sketching of outdoor, indoor 11kV sub-

station

2nd • Single line diagram, layout

sketching of outdoor, indoor 11kV sub-

station

3rd • Single line diagram, layout

sketching of outdoor, indoor 33kV

substation

4th • Single line diagram, layout

sketching of outdoor, indoor 33kV

substation

14th 1st • 3rd assignment will be given

• Revision/ queries of unit-4

2nd • Assignment –III check

• Tentative 3rd sessional test


3rd • Assignment –III check


• Evaluation of sessional marks etc

4th • Display/analysis of 3rd sessional

test

15th 1st • Remedial will be taken if any

shortcomings found

• Previous state boards question will

be carried out, any other left out topic

2nd • Seminar/group discussion as per

evaluation scheme

3rd • Seminar/group discussion as per

evaluation scheme

4th • Seminar/group discussion as per

evaluation scheme

Lesson Plan Name of the Faculty: Saket Kumar

Discipline: Electrical engg.

Semester: 6th

Subject: ENTREPRENEURSHIP DEVELOPMENT AND

MANAGEMENT

Lesson Plan Duration: 15 weeks(from January , 2018 to April2018)

**Work Load (Lecture/Practical)per week(in hours): Lectures-03,Practicals-00

Week Theory

Lecture day Topic(including assignment/test)

1st 1st • Will Discuss Learning outcomes of

Entrepreneurship Development &

Management subject

• Introduction to syllabus of

Entrepreneurship Development &

Management subject

2nd SECTION – A

ENTREPRENEURSHIP

Unit-1 Entrepreneurship

• Concept /Meaning and its need,

• Qualities of Entrepreneurship

3rd • Functions of entrepreneur and

• Barriers in entrepreneurship

2nd 1st • Sole proprietorship and partnership

forms of business organizations

2nd • Schemes of assistance by

entrepreneurial support agencies at

National, State,

• District level: National Small

Industries corporation(NSIC),

3rd • NRDC ,

• DC:MSME,

3rd 1st • Small Industries Service Institute

(SIDBI),

• Nationals Bank for Agriculture and

Rural Development(NABARD)

2nd • Commercial Banks

3rd • State Financial Corporation’s

(SFC’s ),

• Technical Consultancy

Organizations (TCO)

4th 1st • Khadi and village Industries Board

(KVIB),

• District Industry centers (DIC)

2nd • Technology Business Incubator

(TBI) and

• Science and Technology

Entrepreneur Parks (STEP).

3rd Unit-2 Market Survey and

Opportunity Identification:-

• Scanning of business environment

• Salient features of National and

State industrial policies and resultant

business opportunities

5th 1st • Types and conduct of market

survey.

• Assessment of demand and supply

in potential areas of growth

2nd • Identifying business opportunity.

• Considerations in product selection

3rd • Revision/queries of unit1,2.

• First assignment will be given

6th 1st • Assignment –I check



2nd • Assignment –I check




marks.

• Seminal/group discussion as per

evaluation scheme

7th 1st Unit-3 Project report Preparation:-

• Preliminary project report.

• Detailed project report including

technical

2nd • Economic and market feasibility.

• Common errors in project report

preparations,

3rd • Exercises on preparation of project

report

8th 1st SECTION –B MANAGEMENT

Unit-4:- Introduction to Management:

• Definitions and importance of

management,

• Functions of management

2nd • Importance and Process of

planning, organising,

• Staffing, directing and controlling ,

3rd • Principles of management (Henri

Fayol, F.W. Taylor)

• Concept and structure of an

organisation

9th 1st • Types of industrial organisations

a) Line organization

b) Line and staff organization

c) Functional Organisation

2nd Unit-5 :-Leadership and Motivation:

5(a) Leadership-

• Definition and Need ,Qualities

• Functions of a leader

3rd • Manager Vs leader ,

• Types of leadership

10th 1st 5(b) Motivation-

• Definitions and characteristics

• Factors affecting motivation ,

2nd • Theories of motivation (Maslow,

Herzberg, McGregor)

3rd • Revision/queries of unit 3,4,5.

• Second assignment will be given

11th 1st • Assignment –II check



2nd • Assignment –II check




marks.


evaluation scheme

12th 1st Unit-6 :-Management Scope in

Different Areas:

6(a) Human Resource Management:

• Introduction and objective,

• Introduction to Man power planning

and Selection,

• Introduction to performance

appraisal methods

2nd 6(b) Material and Store Management:

• Introduction functions, and

objectives,

• ABC Analysis , EOQ analysis ,

3rd 6(c) Marketing and sales:

• Introduction, importance, and its

functions,

• Physical distribution,

• Introduction to promotion mix,

• Sales promotion ,

13th 1st 6(d) Financial Management:

• Introductions, importance and its

functions

• Elementary knowledge of income

tax sales tax, excise duty, custom duty

and VAT

2nd Unit-7:-Miscellaneous Topics

7(a) Customer Relation Management

(CRM):

• Definition and need,

• Types of CRM

3rd 7(b)Total Quality Management

(TQM):

• Statistical process control,

• Total employees Involvement,

• Just in time (JIT)

14th 1st 7(c)Intellectual Property Right (IPR):

• Introductions, definition and its

importance,

• Infringement related to patents,

• copy right, trade mark

2nd • 3rd assignment will be given

• Revision/ queries of unit-6,7

3rd • Assignment –III check



15th 1st • Assignment –III check



2nd • Display/analysis of 3rd sessional

test.


evaluation scheme

3rd • Remedial will be taken if any

shortcomings found

• Previous state boards question will

be carried out, any other left out topic

Lesson Plan

Name of the Faculty Guest Faculty


Semester 6TH

Subject EMPLOYABILITY SKILL- II

Lesson Plan Duration 15 weeks(from January, 2018 to April,2018) Work Load(Lecture/Practical) per week (in hours): Lectures-Nil, Practicals - 02

Week Practicals

Practical Day

Topic

1st 1st Mock Interview

2nd Mock Interview

2nd 3rd Mock Interview

4th Mock Interview

3rd 5th Mock Interview

6th Preparing for meeting

4th 7th Preparing for meeting


5th 9th Preparing for meeting


6th 11th Group Discussion

12th Group Discussion


14th Group Discussion


16th Seminar Presentation

9th 17th Seminar Presentation


10th 19th Seminar Presentation


11th 21th Making a Presentation

22nd Making a Presentation

12th 23rd Making a Presentation

24th Making a Presentation







Name of faculty

Parveen Dahiya,Lecturer

Discipline Electrical Engineering Semester 6th Subject Power II Lesson

Plan 15 week work

load Lecturer 4 theory 2 practical

Week Lecture

Day Theory

Practical Topic

Ist 1 Unit 1st

Introduction to fault,common types of Fault

1

testing of the dielectric strength of transformer oil and

air.

2

Over head and under ground system and fault

3 Symetrical and unsymetrical fault

4 Single Line to ground fault

2nd 5 Double line to ground faults

6 3 phase to ground faults

7

Simple problems relating to fault finding

8 Unit 2nd Purpose of protective gear

2 Study of different

types of circuit breakers and isolators.

3rd 9

Difference between switch,isolator and C.B

10

Function of isolator and Circuit breaker

11

making and breaking of circuit breaker

12 Types of circuit breaker

4th 13

Bulk CB construction working Principle

14 Minimum CB construction working

15 SF6 CB construction working

16

Arc extintion, Principle of arc extinction

3 Plot the time current

characteristics of over current relay.

5th 17 Blast CB in Cbin OCB

18 Constructional features of OCB

19 ACB construction working

20 Methods of Arc Extinction

6th 21 minature CB construction,working

22 MCCB and ELCB

23 Unit 3rd Function of fuse,HV and LV fuse 4

Power measurement by using CTs and PTs.

24 Rewireable,cartridge fuse

construction

7th 25 HRC fuse construction

26

Purpose of earthing,defination of earthing

27 Earthing equipment used in earthing

28 Substation earthing systems

8th 29

Methods of reducing earthing resistance

5 Earthing of different

equipment.

30

Introduction to relay ,types of earthing

31

Electromagnetic relay construction,working

32 Thermal relay,construction,working

9th 33 Induction type Over current relay

34

Earth fault relay construction working

35 Instaneous Over current relay

36 Direct over current differential relay

10th 37

Functions of Differential over current relay

6 Perform the overload and short circuit test

of MCB.

38 Unit 4th Relays for generator protection

39

Relay for transformer protection bucloz relay

40 bucloz relay construction ,working

11th 41 Protection for feeder and bus bar

42 Over current and earth protection

43

Distance protection for transmission system

44 Relay for motor protection

12th 45 Unit 5th

Protection of system against over voltage

7 Plot the time current characteristics of Kit-

Kat Fuse wire.

46

Causes of over voltage and protection

47 Utility of ground wire

48

Introduction to Lightning arrestor,types

13th 49

Rod gap arrestor construction ,working

50 Horn gap arrestor

51 Metal oxide arrestor

52 Metal oxide arrestor

8 Taking reading of

current on any LT line with ohm meter.

14th 53 Transmission line protection

54 Substation protection

55 Unit 6th Concept of tariff and use

56 Types of tariffs

15th 57 Block rate tariff

58 Flat rate tariff

59

Maximum demand and two part tariff.

60 Simple problems

Lesson Plan

Name of the Faculty: Kiran Chawla Sr.Lecturer

Discipline : Electrical Engineering

Semester : 6th

Subject : Utilisation of Electrical Energy

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

Week Day Topic

1

1 Introduction Of The Subject, Its Need, Applications

2 Nature Of Light, Visibility Spectrum Curve Of Relative Sensitivity Of

Human Eye And Wave Length Of Light

3 Definition: Luminous Flux, Solid Angle, Luminous Intensity

4 Illumination, Luminous Efficiency, Depreciation Factor, Coefficient

Of Utilization

5 Space To Height Ratio, Reflection Factor, Glare, Shadow, Lux

2

6 Laws Of Illumination - Simple Numericals

7 Different Type Of Lamps, Construction And Working Of Incandescent

And Discharge Lamps - Their Characteristics, Fittings Required For

Filament Lamp

8 Mercury Vapour Sodium Lamp, Fluorescent Lamp, Halogen Lamp,

Neon Lamp

9 Compact Filament Lamp(Cfl), Led Lamp, Comparison Of

Incandescent, Fluorescent, CFL & LED

10 Calculation Of Number Of Light Points For Interior Illumination,

3

11 Calculation Of Illumination At Different Points, Considerations

Involved In Simple Design Problems

12 Illumination Schemes; Indoor And Outdoor Illumination Levels

13 Main Requirements Of Proper Lighting; Absence Of Glare, Contrast

And Shadow

14 Awareness About Time Switches, Street Lighting, Flood Lighting

15 Monument Lighting And Decorative Lighting, Light Characteristics

Etc.

4

16 Advantages Of Electrical Heating, Resistance Heating - Direct

Resistance Heating

17 Indirect Resistance Heating, Electric Ovens, Their Temperature Range

18 Properties Of Resistance Heating Elements, Domestic Water Heaters

19 Other Heating Appliances, Thermostat Control Circuit

20 Induction Heating; Principle Of Core Type Induction Furnace, Their

Construction And Applications

5

21 Principle Of Coreless Type Induction Furnace, Their Construction

And Applications

22 Electric Arc Heating; Direct And Indirect Arc Heating

23 Construction, Working And Applications Of Arc Furnace

24 Dielectric Heating, Applications In Various Industrial Fields

25 Infra-Red Heating And Its Applications

6

26 Microwave Heating And Its Applications

27 Solar Heating

28 Calculation Of Resistance Heating Elements

29 Advantages Of Electric Welding, Principles Of Resistance Welding

30 Spot, Projection And Seam Welding

7

31 Butt Welding, Welding Equipment

32 Principle Of Arc Production, Electric Arc Welding, Characteristics Of

Arc

33 Carbon Arc And Metal Arc Welding

34 Hydrogen Arc Welding Method And Their Applications

35 Power Supply Requirement. Advantages Of Using Coated Electrodes

8

36 Comparison Between Ac And Dc Arc Welding

37 Welding Control Circuits, Welding Of Aluminum And Copper

38 Introduction To Electro Deposition, Need Of Electro-Deposition

39 Laws Of Electrolysis

40 Process Of Electro-Deposition - Clearing, Operation, Depositionof

Metals, Polishing And Buffing

9

41 Equipment And Accessories For Electroplating

42 Factors Affecting Electro-Deposition

43 Principle Of Galvanizing And Its Applications, Principles Of

Anodizing And Its Applications

44 Electroplating Of Non-Conducting Materials

45 Manufacture Of Chemicals By Electrolytic Process

10

46 Power Supplies For Electroplating

47 Principle Of Air Conditioning, Vapour Pressure, Refrigeration Cycle,

Eco-Friendly Refrigerants

48 Electrical Circuits Used In Refrigeration

49 Electrical Circuits Used In Air Conditioning

50 Electrical Circuits Used In Water Coolers.

11

51 Advantages Of Electric Drives, Characteristics Of Different

Mechanical Loads

52 Types Of Motors Used As Electric Drive

53 Electric Braking - Plugging

54 Electric Braking - Rheostatic Braking

55 Electric Braking - Regenerative Braking

12

56 General Idea About The Methods Of Power Transfer By Direct

Coupling And Belt Drive

57 Gears, Chain Drives Etc.

58 Examples Of Selection Of Motors For Different Types Of Domestic

Loads

59 Selection Of Drive For Applications Such As General, Workshop,

Textile Mill, Papermill

60 Selection Of Drive For Applications Such As Steel Mill, Printing

Press, Crane And Lift Etc

13

61 . Application Of Flywheel, Specifications Of Commonly Used Motors

E.G. Squirrel Cage Motors, Slip Ring Induction Motors

62 Specifications Of Ac Series Motors, Fractional Kilo Watt(Fkw)

Motors

63 Selection Of Motors For Domestic Appliances

64 Advantages Of Electric Traction Over Other Types Of Traction

65 Different Systems Of Electric Traction, Dc And Ac Systems, Diesel

Electric System

14

66 Types Of Services - Urban, Sub-Urban, And Main Line And Their

Speed-Time Curves

67 Different Accessories For Track Electrification; Such As Overhead

Catenary Wire

68 Conductor Rail System, Current Collector-Pentagraph

69 Factors Affecting Scheduled Speed

70 Electrical Block Diagram Of An Electric Locomotive With

Description Of Various Equipment And Accessories Used

15

71 Types Of Motors Used For Electric Traction

72 Power Supply Arrangements

73 Starting And Braking Of Electric Locomotives

74 Introduction To Emu And Metro Railways

75 Train Lighting Scheme

Lesson Plan (PLC & MICROCONTROLLER)

Name of Faculty Sitender Kumar,Lecturer


Semester 6th

Subject PLC &Microcontrollers

Lesson plan

duration

15 weeks (from January 18 to April

18) Work Load(Lecture/Practical) per week : Lectures-04, Practicals-04


Lecture

Day

Topic(including assignment/test) Practical

day

Topic

1st 1st (Unit-

1) Introduction to PLC,What is PLC, concept of PLC

1st Components/sub-components of a PLC, Learning functions of different modules of a PLC system

2st Building blocks of PLC, Functions of various blocks,

3rd limitations of relays. Advantages of PLCs over electromagnetic relays.

4th Different programming languages, PLC manufacturer etc.

2nd 5th Working of PLC 2nd Practical steps in

programming a PLC (a)

using a Hand held

programmer (b) using

computer interface

6th Basic operation and principles of PLC

7th(Unit-

II) Architectural details processor

8th Memory structures, I/O structure,Programming terminal, power supply

3rd 9th Instruction Set,Basic instructions like latch, master control self holding relays

3rd Introduction to step 5 programming language,

ladder diagram concepts, instruction list syntax

10th Timer instruction like retentive timers, resetting of timers.

11th Counter instructions like up counter, down counter, resetting of counters

12th Arithmetic Instructions (ADD,SUB,DIV,MUL etc.) , MOV instruction , RTC(Real Time Clock Function)

13th Comparison instructions like equal, not equal, greater, greater than equal, less than, less than equal

4th Basic logic operations,

AND, OR, NOT functions

4th 14th Ladder Diagram Programming

15th Programming based on basic instructions

16th timer, counter, sequencer, and comparison instructions using ladder program.

5th 17th Applications of PLCs 5th Logic control systems with time response as applied

to clamping operation

18th Assembly - Packaging - Process controls - Car parking

19th Doorbell operation - Traffic light control - Microwave Oven - Washing machine

20th Motor in forward and reverse direction - Star-Delta, DOL Starters - Paint Industry - Filling of Bottles - Room Automation

6th 21th Micro Controller Series (MCS)-51 Over View

6th Sequence control system

e.g. in lifting a device for

packaging and counting Pin details

22th I/o Port structure

23th(unit-

3) Memory Organisation

24th Special function registers

7th 25th Instruction Set Addressing Modes 7th Use of PLC for an

application( teacher may

decide) 26th Timer operation

27th Serial Port operation

28th Interrupts

8th 29th Assembly language programming 8th Familiarization with a

study of Architecture of

8085 kit, basic sub systems

and input output

connectors, functions keys

on micro controllers kit 30th Assemblers

31th Compilers

32th Assembler Directives

9th 33th Design and Interface 9th Familiarization of Micro

Controllers (8051) kit 34th Examples like: keypad interface

35th 7- segment interface

36th LCD

37th stepper motor 10th Testing of general

input/output on Micro

controller board 38th

(unit-4) A/D, D/A,

39th RTC interface.

10th 40th Introduction of PIC Micro controllers

11th 41th Application of Micro controllers 11th Development of Electrical

, Instrumentation

applications using 8051

micro-controller

42th • 3rd assignment will be given

43th • Previous state boards question

will be carried out, any other left

out topic

44th • 3rd sessional test

12th 45th • Evaluation of 3rd test 12th Evaluation of above

practicals. 46th • Display/analysis of 3rd

sessional test

47th • Remedial will be taken if any

shortcomings found

48th • Seminar/group discussion as

per evaluation scheme

13th 49th • -do- 13th Revision of above

practicals for left out

students if any. 50th • -do-

51th • -do-

52th

14th 53th • -do- 14th Viva-voce/preparation of

practical sessional marks. 54th • -do-

55th • -do-

56th • Preparation of sessionals,

practical award etc.

15th 57th • -do- 15th Viva-voce/preparation of

practical sessional marks. 58th • -do-

59th • -do-

60th • -do-

Lesson Plan

Name of the Faculty K.K.Bisla,Lecturer


Semester 6TH

Subject ENERGY MANAGEMENT

Lesson Plan Duration 15 weeks(from January, 2018 to April,2018) Work Load(Lecture/Practical) per week (in hours): Lectures-04, Practicals - Nil

Week Theory

Lecture Day

Topic

1st 1st Unit 1 Energy Management : Overview

2nd Need for Energy conservation

3rd Environmental Aspects

4th Oil and Coal crises

2nd 5th alternate Source of Energy

6th Renewable Energy sources

7th Small Energy sources

8th Energy Efficiency

3rd 9th Unit 2 Energy Conservation Introduction

10th Domestic Sector - Lighting

11th Home appliances

12th Industrial Sector - Industrial Lighting

4th 13th Distribution system

14th Motor Pumps

15th Fans and Blowers

16th Agriculture sector - Tubewell pumps

5th 17th DG Sets

18th Stand by Energy Sources

19th Macro Level approach - Generation and Distribution

20th Lighting control

6th 21st Importance of Energy efficiency

22nd Unit 3 Energy Efficient Devices - Introduction

23rd Merit , Demerit and const. of LCD

24th Merit , Demerit and const. of LED

7th 25th Merit , Demerit and const. of CFL

26th Need for energy efficient Devices

27th Initial cost versus life cycle

28th Cost analysis on life cycle basis

8th 29th Energy efficient motors versus standard motor

30th Design Characteristics of energy Efficient Motor

31st BIS Standards

32nd Energy Efficient Lighting system

9th 33rd Energy Efficient Energy Sources

34th Role of voltage on efficiency

35th Distribution system- Power Cables

36th Role of Power Factor

10th 37th Use of Compensating Capacitors

38th Transformers

39th Calculation of size of capacitor

40th shunt capacitor and series capacitor

11th 41st losses in Energy efficient motor

42nd Unit 4 Energy Audit : Introduction

43rd Need of Energy audit

44th Energy Audit Methodology

12th 45th Efficiency of Energy Conversion Process

46th Specific Energy Consumption

47th Three pronged approach

48th Case study of Energy Audit in Hospital

13th 49th Indane Bottling Plant

50th Distribution system

51st Audit activities

52nd Revision

14th 53rd Unit 5 Environmental Impact Assessment Need for EIA

54th Defination and History of EIA

55th Scope of EIA

56th EIA Process

15th 57th Standard format for assessment

58th Evaluation of the assessment

59th Revision

60th Class Test

Lesson PlanLesson Plan Name of Faculty: K.K.Bisla, Lecturer Discipline Electrical Engineering...

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