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Lesson Plan
Name of the Faculty: Rajesh Kumar
Discipline : Electrical Engineering
Semester : 6th
Subject : Utilisation of Electrical Energy
Lesson Plan Duration : 15 weeks(from January, 2018 to April,2018)
Work Load (lecture/practical)per week (in hours) : Lectures- 05, practical- 0
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 MS Poonam Sharma (V.F)
Discipline Electrical Engineering
Semester
6th
Subject PLC &Microcontrollers
Lesson plan
duration
15 weeks (from January 18 to April
18) Work Load(Lecture/Practical) per week : Lectures-05, Practicals-
03
Week Theory Practical
Lecture Day Topic(including assignment/test) Practical
day
Topic
1st 1
st (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 7
th(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. 11
th Counter instructions like up counter, down
counter, resetting of counters 12
th 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 5
th 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 20
th 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 24
th Special function registers
7th
25th Instruction Set Addressing Modes 7
th Use of PLC for an
application( teacher may
decide) 26th Timer operation 27
th Serial Port operation
28th Interrupts 8
th 29
th Assembly language programming 8
th Familiarization with a
study of Architecture of
8085 kit, basic sub
systems and input output
connectors, functions
keys on micro controllers
kit 30
th Assemblers
31th Compilers
32th Assembler Directives
9th
33th Design and Interface 9th Familiarization of Micro
Controllers (8051) kit 34
th Examples like: keypad interface
35th 7- segment interface
36th LCD
37th stepper motor 10
th Testing of general
input/output on Micro
controller board 38
th (unit-4) A/D, D/A,
39th RTC interface.
10th 40th Introduction of PIC Micro controllers
11th 41th Application of Micro controllers 11
th 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 3
rd sessional test
12th 45
th Evaluation of 3
rd test 12
th Evaluation of above
practicals. 46
th Display/analysis of 3
rd sessional test
47th Remedial will be taken if any
shortcomings found
48th Seminal/group discussion as per
evaluation scheme
13th 49th -do- 13
th Revision of above
practicals for left out
students if any. 50
th -do-
51th -do-
52th
14th 53th -do- 14
th Viva-voce/preparation of
practical sessional marks. 54
th -do-
55th -do-
56th Preparation of sessionals, practical award
etc.
15th 57
th -do- 15
th Viva-voce/preparation of
practical sessional marks. 58th -do-
59th -do-
60th -do-
Lesson Plan
Name of the Faculty Jagdeep
Discipline ELECTRICAL ENGG.
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 Plan
Name of the Faculty Jagdeep
Discipline ELECTRICAL ENGG.
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
8th Preparing for meeting
5th 9th Preparing for meeting
10th Preparing for meeting
6th 11th Group Discussion
12th Group Discussion
7th 13th Group Discussion
14th Group Discussion
8th 15th Group Discussion
16th Seminar Presentation
9th 17th Seminar Presentation
18th Seminar Presentation
10th 19th Seminar Presentation
20th Seminar Presentation
11th 21th Making a Presentation
22nd Making a Presentation
12th 23rd Making a Presentation
24th Making a Presentation
13th 25th Making a Presentation
26th Making a Presentation
14th 27th Making a Presentation
28th Making a Presentation
15th 29th Making a Presentation
30th Making a Presentation
Lesson Plan Name of the Faculty: Jagdeep
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 1
st 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
Tentative 1st sessional test
Evaluation of sessional marks etc.
2nd
Assignment –I check
Tentative 1st sessional test
Evaluation of sessional marks etc.
3rd
Display and analysis of sessional 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
Tentative 2nd
sessional test
Evaluation of sessional marks etc.
2nd
Assignment –II check
Tentative 2nd
sessional test
Evaluation of sessional marks etc
3rd
Display and analysis of sessional marks.
Seminal/group discussion as per 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
Tentative 3rd
sessional test
Evaluation of sessional marks etc.
15th
1st Assignment –III check
Tentative 3rd
sessional test
Evaluation of sessional marks etc
2nd
Display/analysis of 3rd
sessional test.
Seminal/group discussion as per 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 faculty : Rajesh Kumar Discipline Electrical Engineering Semester 6th
Subject Power II Lesson
Plan 15 week work load 4L theory 3 practical
Week Lecture Day Theory Practical Topic
1st 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 proction
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 tarrif and use
56 Types of tarrifs
15th 57 Block rate tarrif
58 Flate rate tarrif
59 Maximum demand and two part tarrif
60 Simple problems
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