Faculty of Diploma Studies

CURRICULUM AND SYLLABUS

(Batch : 2018-19)

Diploma in Electrical Engineering

Faculty of Diploma StudiesDiploma in Electrical Engineering

CREDIT DISTRIBUTIONDefinition of Credit

Mode Definition Credits1 Hr. Lecture (L) per week L 1 Credit1 Hr. Tutorial (T) per week T 0.5 Credit1 Hr. Practical (P) per week P 0.5 Credit

Category-wise Credit distributionCategory Definition CreditsBasic Sciences Course BSC 21Engineering Science Courses ESC 6Humanities and Social Sciences &management Courses

HSSC 4

Professional Core Courses PCC-EE 68Professional Elective Courses PEC-EE 12Open Elective Courses OEC 0Summer Internship / Projects PROJ-EE 9Non-Credit Courses NCC 0Total Credits 120*- considering laboratory courses as part of Professional Core Courses

Credit RequirementThe candidate shall obtain minimum 120 credits for the degree of Diploma ElectricalEngineering as defined by the AICTE and approved by Academic Council of MarwadiUniversity.

Credits Distribution

PCC-EE

PEC-EE

PROJ-EE

Faculty of Diploma StudiesDiploma in Electrical Engineering

Course Code Course Name L T P CSemester – I

09MA1101 Mathematics-I 2 4 0 409GS1101 Applied Physics 4 0 2 509EE1101 DC Circuits 2 0 4 409SL1101 Communication Skills-I 0 0 2 109CE1101 Computer Fundamental Skill 0 0 4 209EE1102 Electrical Practice 0 0 4 2

Course Code Course Name L T P CSemester – II

09MA1102 Mathematics-II 2 4 0 409EE1104 AC Circuit 2 0 4 409ME1101 Engineering Drawing 2 0 4 409SL1102 Communication Skills-II 0 0 2 109CI1102 Environment Conservation & Disaster Management 0 0 4 209EE1105 Electrical Control Panel Design 0 0 6 3

Course Code Course Name L T P CSemester – III

09MA1301 Basic Calculus 2 2 0 309EE1301 Electrical DC machines and Transformer 4 0 2 509EE1302 Generation of Electrical Power 4 2 0 509EE1304 Basic Electronics 2 0 2 309EE1303 Electrical Measurement and Instrumentation Skill 0 0 6 309EE1305 Electrical Software Skill-1 0 0 4 2

Course Code Course Name L T P CSemester – IV

09MA1401 Engineering Mathematics 2 2 0 309EE1401 Electrical Rotating AC Machines 4 0 2 509EE1402 Electrical Power Transmission and Distribution 4 0 2 509EE1403 Electrical Wiring, Estimating, Costing and Contracting 0 0 6 309EE1404 Digital Electronics and Instruments 0 0 4 209EE1405 Electrical Software Skill-II 0 0 4 2

Course Code Course Name L T P CSemester – V

09EE1501 Switchgear & Protection 4 0 2 509EE1502 Testing and Maintenance of Electrical Machines 4 0 2 509EE1503 Power Electronics and Electrical Drives 2 0 4 409EE1504 Application of Microprocessor and Microcontroller 2 0 4 409EE1505 Electric Vehicle Technologies 2 0 4 409EE1506 Energy Conservation Techniques and Auditing 2 0 4 409EE1507 Project-I 0 0 6 3

Course Code Course Name L T P CSemester – VI

09EE1601 Electrical Energy Utilization 4 2 0 509EE1602 Substation Engineering and Power Quality 4 0 2 509EE1603 Operation and Control of Power System 4 0 2 509EE1604 Design of Electrical Machines and Equipment 4 0 2 509EE1605 Entrepreneurship Development 2 0 0 209EE1606 Industrial Automation and Control 2 0 2 309EE1607 Industrial Instrumentation and Condition Monitoring 2 0 2 309EE1608 Solar and Wind Power Technologies 2 0 2 309EE1609 Industrial Project/Training 0 0 12 6

Syllabus for Diploma Engineering

Electrical Engineering

Course Structure (1st Year: Semester-I)

Subject

Subject Name Type Teaching Scheme (Hours) Credits Theory Marks Tutorial/

Practical Marks

Theory Tutorial Practical ESE

IA CSE Viva

Theory Component

09MA1101 Mathematics-I BSC 2 4 0 4 50 30 20 25 25 150

09GS1101 Applied Physics BSC 4 0 2 5 50 30 20 25 25 150

09EE1101 DC Circuits PCC 2 0 4 4 50 30 20 25 25 150

Skill Component

09SL1101 Communication Skills-I HSMC 0 0 2 1 00 30 20 25 25 100

09CE1101 Computer Fundamental Skill ESC 0 0 4 2 00 30 20 25 25 100

09EE1102 Electrical Practice LC 0 0 4 2 00 30 20 25 25 100

Total 8 4 16 18 150 180 120 150 150 750

All Branches

Semester – I

Subject Name: Mathematics-I

Subject Code: 09MA1101

Objective: Students are intended to know about the basic concepts and principles of

Mathematics as a tool to analyze the Engineering problems. Mathematics being language

of Science and Engineering its basic knowledge would empower student to solve Engineering

problems by its application.

Course Outcomes: After completion of this course, student will be able to

learn units and apply them in Engineering applications.

aware percentage and apply it in Engineering applications.

calculate quantitative problems of Engineering using concepts of Ratio and Proportion.

evaluate problems using concepts of Fractions.

solve the algebraic equations using square roots, which is important in algebra and have

application in Geometry.

Pre-requisite of course: NA.

Teaching and Examination Scheme

Teaching Scheme (Hours)

Credits

Theory Marks

Tutorial/

Practical

Marks Total

Theory Tutorial Practical ESE IA CSE Viva Term

2 4 0 4 50 30 20 25 25 150

All Branches

Contents

Unit Topics Lab

Lecture

1 Unit: •Mass and time

•CGS, MKS/SI unit

•Systems of unit- FPS

•Conversion of units

•Unit of length •Related problems

2 Fractions: •Decimal fraction •L.C.M., H.C.F.

•Multiplication and Division of Fractions and Decimals

•Conversion of Fraction to Decimal and vice versa

•Application of Scientific Calculator.

Square Root •Square and square roots

•Method of square roots

•Indices

4 Ratio & Proportion: •Concepts

•Simple calculation on related problems.

5 Percentage: •Introduction •Methods of calculation. •Changing percentage to Decimal and fraction and vice versa

Total 38 22

List of Tutorials:

UNIT-1

•Mass and time •CGS, MKS/SI unit

•Systems of unit- FPS 2

•Conversion of units 2

•Unit of length 2

UNIT-2 •Decimal fraction 2

•Multiplication and Division of Fractions and Decimals 2

•L.C.M., H.C.F. 2 •Conversion of Fraction to Decimal and vice versa

All Branches

UNIT-3 •Square and square roots 2

•Method of square roots 2

•Application of Scientific Calculator. 2 UNIT-4 •Examples of Ratio 4

•Examples of Proportion 4 UNIT-5 •Methods of calculation. 4

•Changing percentage to Decimal and fraction and vice versa 4

TOTAL 38

References Links:

1. http://study.com/academi/lession

2. http://mathforum.org/library/drmath/sets/mid_ratio.html

3. http://www.homeschoolmath.net/teaching/proportions.php

Suggested Theory distribution:

The suggested theory distribution as per Bloom’s taxonomy is as per follows. This distribution

serves as guidelines for teachers and students to achieve effective teaching-learning process

Remember Understand Apply Analyze

30% 30% 30% 10%

Instructional Method:

a. The course delivery method will depend upon the requirement of content and need of the

students. The teacher in addition to conventional teaching method by black board, may also use

any of tools such as demonstration, Quiz, brainstorming.

b. The internal evaluation will be done on the basis of continuous evaluation of students in the

class-room.

Supplementary Resources:

Plotting software:

mathworld.wolfram.com

All Branches

Semester – I/II

Subject Name: Applied Physics

Subject Code: 09GS1101

Diploma Branches in which this subject is offered: Mechanical Engineering,

Electrical Engineering, Civil Engineering, Computer Engineering

Objective: To prepare the students to have a basic knowledge of fundamental

quantities, their units and measurement. To study various cases under laws of motion.

To have knowledge of various states of maters also to have knowledge of

fundamentals of electricity and magnetism.

Credits Earned: 5 Credits

Course Outcomes: After completion of this course, student will be able

1. To measure dimensions of various materials and compare units.

2. To understand and relate phenomena with the help of laws of motion.

3. To identify various states of materials and their relevance.

4. To understand role of various laws of electricity and use of electrical

components and basic circuits.

5. To understand role of magnetism and its applications.

Pre-requisite of course: Basic knowledge of science.

Teaching Scheme (Hours) Credits

Theory Marks

Tutorial/

Practical

Marks Total

Theory Tutorial Practical ESE IA CSE Viva Term

4 0 2 5 50 30 20 25 25 150

All Branches

Contents:

Unit No.

Unit title and content Hours Weightage

Units, Dimensions and Measurements

Definition of unit, Fundamental and Derived units, systems of units- CGS, MKS and SI, Dimensional Formula, Uses and limitations of dimensional analysis, introduction to accuracy, precision and errors, types of errors, error analysis

Laws of Motion

Introduction to Motion, Displacement and Distance, Average speed, velocity and acceleration, Inertia, Newton's first law of motion, momentum, Newton's second law of motion, conservation of momentum, Newton's third law of motion

Properties of Matter

Stress, strain, Hooke's law and modulus of elasticity-Young, bulk and modulus of rigidity, Viscosity, newton's law of viscosity, types of flows, Reynold's number, surface tension and capillary action, Ideal gas, ideal gas equation, Gas laws

Electricity

Static electricity: electric charge, coloumb's law, electric field, electric flux, capacitance, types of capacitors, capacitors in series and parallel Current electricity: current, EMF and Ohm's law, resistance, series and parallel

Magnetism

Magnetic field, thumb rule, magnetic forces, Biot-Savart Law, electro-magnetic induction-self-inductance and mutual inductance, faraday's law, lenz's law, applications-transformer

The suggested theory distribution as per Bloom’s taxonomy is as per follows. This

distribution serves as guidelines for teachers and students to achieve effective

teaching-learning process

Distribution of Theory for course delivery and evaluation

Remember Understand Apply Analyse Evaluate Create

40% 40% 15% 5% 0% 0%

All Branches

Suggested List of Experiments:

Name of Topics Contact

Galvanometer (i) To determine resistance of a galvanometer using half deflection method

Conversion of Galvanometer into Ammeter and Voltmeter (i) To convert a given Galvanometer into Ammeter of a desired range. (ii) To convert a given Galvanometer into Voltmeter of a desired range.

Vernier Calipers (i) To know the use of the Vernier Calipers. (ii) To measure the length, width and height of the given rectangular block.

Micrometer Screw gauge (i) To measure the diameter of the small sphere using micrometer screw gauge.

Newton’s second law of motion (i) To find the acceleration of a ball. (ii) To find the distance covered by the ball in the given time interval.

Resistors and Capacitors (i) To study Resistors in series and parallel. (ii) To study Capacitors in series and parallel.

a. The course delivery method will depend upon the requirement of content and

need of students. The teacher in addition to conventional teaching method by

black board, may also use any of tools such as demonstration, role play, Quiz,

brainstorming, MOOCs etc.

b. The internal evaluation will be done on the basis of continuous evaluation of

students in the laboratory and class-room.

c. Practical examination will be conducted at the end of semester for evaluation of

performance of students in laboratory.

d. Students will use supplementary resources such as online videos, NPTEL videos,

e-courses, Virtual Laboratory

All Branches

References:

1. Halliday, Jearl Walker, and Robert Resnick, "Fundamentals of Physics", (New York and London: John Wiley & Sons, 1962)

2. Physics textbooks NCERT 3. P.G. Bhandarkar, “Applied physics”, Nirali Publication 4. R.K. Gaur and S.I. Gupta, “Engg. Physics” Dhanpat Rai & Sons, Delhi.

1. http://nptel.ac.in/courses/115106090/15

2. http://nptel.ac.in/courses/115104088/

3. http://hyperphysics.phy-astr.gsu.edu/hbase/index.html

4. http://vlab.amrita.edu/index.php

Semester – I

Subject Name: DC Circuits

Subject Code: 09EE1101

Diploma Branches in which this subject is offered: Electrical Engineering

Objective: To prepare the students to have a basic knowledge in analysis of electrical

circuit/network and to estimate value of voltage across or current through component

of circuit/network. To solve the given circuit with various theorems and methods. To

design charging and discharging of capacitors for various applications. To analyse

magnetic circuit and differentiate magnetic and electric circuits.

1. To identify and differentiate various electrical components like resistor,

inductor and capacitor etc.

2. To perceive significance of electrical components.

3. To compute current in different branches and voltage across the component

using KVL and KCL theorem.

4. To apply different network theorem for calculation of unknown quantity

(current, voltage) of electrical circuits and network.

5. To observe work of charging and discharging circuit for capacitor

Pre-requisite of course: Basic knowledge of physics i.e. electrical parameters and

materials.

Credits

Theory Marks Tutorial/ Practical

Marks Total

Marks Theory Tutorial Practical ESE IA CSE Viva

2 0 4 4 50 30 20 25 25 150

Contents:

Unit Topics Contact

Weightage

1 Basic Concepts of Electricity:

Introduction of electricity

Nature of electricity

Modern electron theory

Structure of an atom

Charged body, Unit of charge, Free electrons

Electric potential

Electric current

Electromotive force and potential difference

Resistance

Laws of resistance, Resistivity, Specific

resistance

Conductance, Conductivity

Multiple and submultiple units

Conductors, Semiconductors, and Insulators

Computation of resistance of metallic and

composite

Conductors

Effect of temperature on resistance

Temperature co-efficient of resistance

Effect of temperature on resistivity

Source of electric energy

Dependent and independent sources

Basic concepts of voltage source and current

source

Ohm’s Law

Combination of resistance

Resistances in series

Resistances in parallel

Short and open circuits

Series-parallel combination of resistance

Star-delta and delta-star transformation

2 Work, Power and Energy

S.I. Units

Definition work, power and energy and it’s

Electrical and mechanical work, power, energy,

and efficiency

Thermal effect of electric current

Laws of electric heating

Thermal efficiency

Relation between various quantities

3 Electrical Circuit and Network Analysis:

Introduction

Network terminology

Kirchhoff’s Law

Kirchhoff’s current law

Kirchhoff’s voltage law

Solution of network by kirchhoff’s law

Mesh analysis and nodal analysis of network

Maxwell’s mesh / loop current methods

Types of electric circuits

Linear, Non-liner, Active and passive network

D.C. network theorems

Superposition theorem

Thevenin’s theorem

Norton’s theorem

Maximum power transfer theorem

Reciprocity theorem

4 Electrostatics and Capacitance:

Introduction

Static electricity

Electric charge

Laws of electrostatics

Electric field

Electric lines of force

Electric field intensity

Electric flux and flux density

Absolute and relative permittivity

Coulomb’s laws of electrostatics

Electric potential, potential difference and

gradient

Potential at a Point

Potential due to charge

Dielectric strength

Gauss’s theorem

Electrostatic induction

Capacitor and capacitance

Permittivity

Capacitance of parallel plate capacitors

Factor affecting capacitors

Capacitance of multiplate capacitor

Type of capacitors

Capacitors in series, Capacitors in parallel

Capacitors in series parallel

Energy stored in capacitor

Charging and discharging of capacitor

Time constant

5 Electromagnetism and magnetic Circuits:

Introduction

Magnet

Important properties of a magnet

Classification of materials

Law of magnetic force

Law’s and definitions

Pole strength

Laws of magnetism

Magnetic field

Magnetic lines of force

Magnetic flux

Magnetic flux density

Magnetic field strength

Magnetic force

Electromagnet, Electromagnetism

Reluctance, Permeance, Permeability

Intensity of magnetisation

Susceptibility

Magnetic effect of electric current

Current carrying conductor in a magnetic field

Force between two parallel conductor

Magnetic circuit

Important terms

Analysis of magnetic circuit

Comparison between magnetic and electric

circuit

Composite magnetic circuits

Parallel magnetic circuit, MMF, Air gap

Flux, Leakage flux, Fringing

Ampere turns calculation

Series magnetic circuit and parallel magnetic

circuit

Analysis of series-parallel magnetic circuits

B-H curve or magnetization curve

Magnetic hysteresis and hysteresis loop

Hysteresis loss, magnitude of hysteresis loss

Importance of hysteresis loop

6 Electromagnetic Induction:

Introduction

Electromagnetic induction

Faraday’s laws of electromagnetic induction

Direction of induced e.m.f.

Induced E.M.F.

Dynamically induced e.m.f

Statically induced e.m.f.

Co-efficient of coupling

Self-inductance, mutual inductance

Mutually induced e.m.f.

Expression for self and mutual inductance

Inductances in series and parallel

Energy stored in a magnetic field

Losses in magnetic circuits

Rise and decay of current in an inductive circuit

20% 20% 30% 15% 10% 5%

1 1 To measure various electrical quantities like Voltage,

E.M.F, Current, Power and Energy in a given

electrical circuit

2 1 To measure and compute resistance of given material 2

3 1 To study of conductors, Semiconductors & Insulators 2

4 1 To analyze the effect of temperature on conductivity

and resistance of a given material

5 1 To verify Ohm's Law 2

6 1 To connect resistances in parallel and series to

measure required effective resistance

7 1 To perform star to delta and delta to star conversion 2

8 2 To study of unit conversion of electrical power and

energy to other non-electrical energy and efficiency

9 2 To observe thermal effect of electrical current 2

10 3 To perform an experimental check of Kirchhoff’s

Current Law and Kirchhoff’s Voltage Law

11 3 To perform experiment of Superposition Theorem. 2

12 3 To perform experiment of Thevenin’s Theorem. 2

13 3 To perform experiment of Norton’s Theorem 2

14 3 To perform experiment of Maximum Power Transfer

Theorem.

15 4 To perform experiment of Coulomb’s laws of

electrostatics

16 4 To connect capacitor in series and parallel to measure

required effective capacitance.

17 4 To perform experiment of charging and discharging

time constants of capacitor

18 5 To measure magnetic flux of magnetic circuit 2

19 5 To perform experiment of B-H curve or magnetization

20 6 To perform experiment of faraday’s laws of

electromagnetic induction

21 6 To Perform experiment of rise and decay of current in

an inductive circuit

References:

1. B. L. Theraja, "A Text Book of Electrical Technology Vol-I", S. Chand & Co.

Ltd., 2014

2. Tarlok Singh, "Fundamental of Electrical Engineering", S. K. Kataria & Sons,

3. J. B. Gupta, "A Course of Electrical Technology Vol-I", Kataria & Sons, 2012

4. S.K. Sahdev, "Fundamentals of Electrical Engineering & Electronics",

Dhanpat Rai & Co. LTD., 2014

5. U. A. Bakshi & V. U. Bakshi, "Basic Electrical Engineering", Technical

Publication Pune, 2012

6. U. A. Patel, "Elements of Electrical Engineering", Atul Prakashan, 2016

2. http://nptel.ac.in/downloads/108105053/

3. http://ocw.mit.edu/courses/electrical-engineering-and-computer-science/6-

002-circuits-and-electronics-spring-2007/video-lectures/

4. http://www.electrical4u.com/nature-of-electricity/

All Branches

Semester – I

Subject Name: Communication Skills-I

Subject Code: 09SL1101

Course Description:

The Course aims at developing reading and writing skills of learners in the context of

engineering. The Course introduces the learners to a range of texts and entails a set of

tasks and activities with respect to reading and writing. The learners will also be

exposed to the structural and cultural aspects of use of language in different contexts.

Course Objectives:

1. To develop reading skills for a variety of academic purposes

2. To evolve effective writing skills for different assignments of academic nature

3. To enhance their understanding of language in context

Course Outcomes: At the end of the semester the students will:

Acquire basic knowledge of decoding written content

Be able to develop comprehension skills, improve vocabulary, use proper

grammar, and acquire writing skills in English.

Credits

Marks Total

Marks Theory Tutorial Practical ESE IA CSE Viva*

0 0 2 1 00 30 20 25 25 100

*Viva will be based on Presentation and Assignments

1. Assignments: Students will write 3 assignments. It carries 20% of the total

marks of the course.

2. Term Paper: A short article on the topics given. The term paper carries

20% of the total marks of the course.

3. Term-End presentation: Students will make a presentation based on their

term paper at the end of the semester. Presentation carries 20% of the total

marks of the course.

All Branches

4. Viva: Viva will be conducted at the end of the semester which carries 20%

of the total marks of the course.

5. In-Class Participation: It carries 20% of the weightage of the total marks

of the course.

Contents:

Unit Course Contents

Unit-1 Introduction to Reading Skills

1. Reading & Structure (Tenses, Parts of Speech, Types of Sentences,

Subject Verb Agreement, Modals, Active-Passive)

2. Techniques of Reading

3. Reading Different Types of Texts (Essays, Articles, Stories,

Reports, Surveys, Reference Books)

4. Reading Comprehension Passages (8 passages)

Unit-2 Introduction to Writing Skills

1. Writing for Different Purposes

2. Applications & Emails

3. Assignments

4. Event Reports (Industrial Visits, In-House Events, Participation in

External Events)

Reference Books:

1. Technical Communication: Principles and Practice by Meenakshi Raman

(Oxford)

Computer Engineering

Subject Code: 09CE1101

Subject Name: Computer Fundamental Skill

Diploma Studies Year - I

Objective: The application of Computer knowledge is essential the students of all

disciplines of Engineering in addition to their respective branch of study. Objective of

this subject is to make the students understand the functioning of MS-Office. It will

also help students in particular for creating business documents, data analysis and

graphical representations using office automation like MS-Word, MS-Excel and MS-

PowerPoint.

Personalize their own desktop

Use various facilities available in the word processor

Prepare Power Point presentation with different formats

Create different types of charts

Prepare PowerPoint presentation

Understand Internet concepts and usage of e-mail

Credits

Marks Total

Marks Theory Tutorial Practical

(E) IA (CSE)

0 0 4 2 00 30 20 25 25 100

Contents:

Unit Topics Contact

1 FUNDAMENTALS OF COMPUTER SYSTEM

Introduction to Hardware and Software, Block diagram of computer system,

Introduction to OS, My Computer & Recycle bin, Desktop, Icons and

Explorer, Screen description, Dialog Boxes & Toolbars, taskbar, Working

with Files & Folders, simple operations like copy, delete, moving of files

and folders from one drive to another, Shortcuts, use of Control Panel,

setting common devices using control panel, modem, printers, audio,

network, fonts, creating users, internet settings, Start button & Program lists,

Installing and Uninstalling new Software program on your computer -

Copying in CD/DVD settings.

2 WORD PROCESSING

Introduction to Word Processing – Examples- Creation of new documents,

opening document, insert a document into another document, Page setup,

margins, gutters, font properties, Alignment, page breaks, customize header-

footer, Saving a document, spell checker, creating a table, entering and

editing, changing format of table, height width of row or column, editing-

deleting Rows, borders, shading, Templates, drawing objects, mail merge,

Printing a document.

3 SPREADSHEET

Introduction to Workbook & Worksheets; Various Data Types; Using

different features with Data, Cell and Texts; Inserting, Removing &

Resizing of Columns & Rows; Working with data; Different Views of

Worksheets; Column Freezing, Labels, Hiding, Splitting, Use of Formulas,

Calculations & Functions; Cell Formatting including Borders & Shading;

Working with Different Chart Types; Printing of Workbook & Worksheets

with various options.

4 PRESENTATIONS

Introduction - Opening new presentation, Parts of PowerPoint window,

Features of PowerPoint, Background design, Word art, Clip art, Drawings -

Animations, Sound, Views, types of views, inserting and deleting slides,

arranging slides, slides show, rehearsal, setup show, custom show - creating

custom presentations, auto content wizard, working with auto content wizard

5 INTERNET

Introduction – Getting acquainted with Internet Connection, Browsers,

Website URL, Open a website, Net Browsing,Email: Creating E-mail id –

Sending, receiving and deleting E-mail - Email with Attachments – CC and

BCC, Chatting, Creating Group mail - Google docs, Search Engines,

Searching topics

Total Hours 40

Reference Books:

1. R. Taxali, “Computer Course”, Tata McGraw Hills. New Delhi.

2. Wallace Wang, “MS-Office for Dummies”, Wiley India, New Delhi

3. Dr. Shailendra Singh, Pawan Thakur, Anurag Jain,” Basic Computer Engineering”,

Satya Prakashan, New Delhi, India

The suggested theory distribution as per Bloom‟s taxonomy is as per follows. This

Remember Understand Apply Analyze Evaluate Create

35% 35% 30% 0% 0% 0%

1 (i) Install screen saver and change the monitor resolution by 1280X960

(ii) Set a new wallpaper

(iii) Create, move, delete and rename a folder

(iv) Copy, paste and cut a folder/file

(v) Display the properties for a file or folder

2 (i) Restore files and folders from Recycle bin

(ii) Create short cuts for folder/file

(iii) Find a file or folder by name

(iv) Select and move two or more files/folders using mouse

(v) Sort folders/files.

3 Write a letter about your College about 200 words with two paragraphs and

apply following functions

(i) Set Arial font of size 12

(ii) Bold Title of College

(iii) Make a justify alignment for paragraph text

(iv) Use format Painter to format the second paragraph

(v) Use 1.5 line spacing in paragraph

4 Create a newsletter of three pages with two columns text. The first page contains

some formatting bullets and numbers. Set the document background colour and

add „confidential‟ as the watermark. Give the document a title which should be

displayed in the header. The header/ footer of the first page should be different

from other two pages. Also, add author name and date/ time in the header. The

footer should have the page number.

5 Prepare a table using MS word – Sales Analysis for a period of five years for

three products and sort that data.

Make out print of document by setting page layout and margins.

Create a standard covering letter and use mail merge to generate the customized

letters for applying to a job in various organizations.

8 Using EXCEL prepare a table for Students marks and perform the following

functions Total, Average, Percentage, conditional sum.

9 Create a result sheet containing Candidate's Register No., Name and Marks for

six subjects. Freezing column containing the Candidate‟s register no and name

Calculate the total and result. The result must be calculated as below and failed

candidates should be turned to red.

Result is Distinction if Total >= 70 %

First Class if Total > = 60 % and < 70 %

Second Class if Total >= 50 % and < 60 %

Pass if Total >= 35 % and < 50 %

Fail otherwise

10 Prepare line, bar and pie chart to illustrate the subject wise performance of the

class for any one semester with the following data

Operating Systems 98%

C Programming 54%

Electrical and Electronics

Engineering

C Programming Practical 95%

Electrical and Electronics

Practical

Operating Systems Practical 78%

11 Prepare a presentation by using Master slide Functionality.

12 Make a marketing presentation of any consumer product with at least 10 slides.

Use different customized animation effects on pictures and clip art on any four

of ten slides.

13 Create an e-mail id and perform the following

Write an e-mail inviting your friends about an Event that going to be

organized by college

Make your own signature and add it to the e-mail message.

Add a word attachment of the venue route

Send the e-mail to at least 5 of your friends.

Add your Subject Faculty‟s email id in CC field and Class Coordinator‟s

email id in BCC field.

14 Make a Google group of at least 10 person and share a spreadsheet and invite

them to enter their details.

a. The course delivery method will depend upon the requirement of content and need

of students. The teacher in addition to conventional teaching method by black

board, may also use any of tools such as demonstration, role play, Quiz,

d. Students will use supplementary resources such as online videos, NPTEL videos, e-

courses, Virtual Laboratory

Semester – I

Subject Name: Electrical Practice

Objective: The Electrical workshop practice is a pillar of the real industrial situation

which supports to grow and boost relevant technical hand skills required by the

technician working in the different engineering fields and workshops. Irrespective of

branch the use of workshop performs in day to day industrial as well domestic life

helps to soften the problems.

Course Outcomes: After learning the course the students should be able:

1. To apply knowledge of electrical safety and fire hazards for prevention of

accidents and loss of equipment or human.

2. To usage of electrical and electronic symbol and color code in practice

3. To identify and select proper tool for given application.

4. To measure key parameters for satisfactory operation and repairing

5. To prepare wiring for given application using proper tools and techniques.

Pre-requisite of course: Basic knowledge of physics i.e. electrical parameters and

materials.

Credits

Marks Total

0 0 4 2 00 30 20 25 25 100

Contents:

Unit Topics Contact

Hours Weightage

1 Electrical Safety

Introduction(current v/s voltage)

Electric shock and its effects

Precaution to be taken, if subjected to an electric shock

After shock treatments

Artificial respiration

First method

Second method

Silvester’s method, Eve’s rocking method

Modern month-to-mouth respiration method

Artificial resuscitator

Electrical safety and it’s classification

Safety precautions for indoor installations

Safety precautions for outdoor installations

Standard procedure

First Aid Practice

Equipment and First Aid materials

Procedure of initial treatment

Safety Rules

Electrical safety tools and protective equipment

Electric fire

Initiation of electric fire

Fires in electrical power plants and substations

Classes of fires and Removal of fire

Prevention of fire

Fire extinguishers

2 Electrical Symbol and Abbreviations

Introduction

Various symbol used in electrical engineering

Abbreviations commonly used in electrical engineering

Drawing of symbols of various electrical and electronics

Component used in engineering and color code identification

3 Types and specifications of Tools and Common Electrical

Material.

Introduction

Common tools used for engineering work

Specification of the electrical hand tools, Electrical materials.

4 Electric Wiring and Material used for wiring

Introduction

Type of wires

Single strand wire, Multi strand wire, Shielded wire, Multi

core wire etc.

Type of switches

SPST, SPDT, DPST, DPDT, Two way switch, Multi point

switch, Rotary switch, Heavy duty switch, Toggle switch,

Push button etc.

Type of fuse

Re-wireble, HRC, Kit-Kat etc.

Types of distribution box

LDB, LDDB, MDB, HDB, ASB, MLDB, MCB, MCCB

Types of Lamps and it’ fixtures & reflectors

Methods of wiring laying

Tools used for wiring and It’s application

Plier, Nose plier, Cutter, Tester, Line tester, Test lamp,

Screw driver, Spanners, Hammer etc.

Materials used for proper wiring

Cable ties, Lag, Glands, cable tray, ferrules, strip

connectors, cable tags etc.

Types of connector and joints

House wiring process and it’s type

Exercise:

1. Prepare an extension board having 5A, 15A plug-points,

fuse and switches

2. Connection of various electrical home appliances- Lamp,

LED, Tube light, Celling fan, Table fan, Mixture, A.C.,

Refrigerator etc.

3. Study of Tube light wiring and it comparison with CFL.

4. To make a distribution board for home lighting system-

using of Plugs, Switch, Fan regulator, Fuse etc.

5. To prepare model of house wiring- using of Energy meter,

Fuse, Switch board, Indicator, Different types of load etc.

5 Measurement and instruments

Introduction

Various electrical quantities like Voltage, Current, Frequency,

Power, Energy, Speed, etc.

Various measuring instruments like Voltmeter, Ammeter,

Multimeter, Wattmeter, Frequency meter, Clip-on-meter,

Megger, Energy meter, Earth tester, Tachometer etc.

6 General techniques for trouble-shooting and Repairing of

electrical Home Appliance and Equipment. 8 16

List of Experiments

1 1 To study of electric hazards & safety, safety rules and electrical

safety tools

2 1 To study of electric shock and its effects, precaution, cure,

conduct mock artificial respiration and first aid exercise to learn

about safety procedures.

3 1 Identify various type of fire and fire extinguishes 2

4 2 Identify the different symbols and abbreviations used in electric

network

5 2 Identify various component and tools used in electrical

engineering and colour code for electrical engineering

6 4 Identify and specify different types of wires, wire joints used for

different current and voltage ratings and its standard. Single

strand wire, Multi strand wire, Shielded wire, Multi core wire

7 4 Identify and specify different types of switches used for different

application as per current and voltage rating, like SPST, SPDT,

DPST, DPDT, Two way switch, Multi point switch, Rotary

switch, Heavy duty switch, Toggle switch, Push button etc. and

Distribution board used in electric network, LDB, DCDB, MDB,

HDB, ASB, MLDB, MCB, MCCB etc.

8 4 Identify and specify different type of sockets and plugs used for

different current and voltage rating

9 4 To study different types of fuse and its application 2

10 4 To study the different types of lamps and it’s fixtures &

reflectors

11 4 Identify various tools and materials used for electric work. Plier,

Nose plier, Cutter, Tester, Line tester, Test lamp, Screw driver,

Spanners, Hammer etc.

12 4 To study tools and materials required for domestic wiring. wire

ties, Lag, Glands, wire tray, Ferrules, Strip connectors, etc.

13 4 To study types of house wiring design and different methods of

wiring laying

14 4 To study internal electrical connection of various electrical home

appliances.

15 4 To prepare extension board of different size/capacity and

working model of house wiring.

16 5 To study of measuring instruments and measure various electric

parameters using Voltmeter, Ammeter, Multimeter, Wattmeter,

Frequency meter, Clip-on-meter, Megger, Energy meter, Earth

tester, Test lamp and Tachometer etc.

17 6 To study working of various domestic equipment. Lamps, CFL,

Fluorescent tubes light, LED, Fan, Refrigerator, A.C., Washing

machine, Toaster, water purifier, etc.

References:

1. R. P. Singh, "Electrical Workshop", I.K. International Publishing House Pvt.

Ltd., 2013

2. G. K. Mithal, "Electrical Engineering Materials", Khanna Publication, 2011

3. Singh, S. K. Surjit, "Electrical Engineering Drawing I & II", Kataria & Sons,

4. S.L. Bhatia, "Handbook of Electrical Engineering", Khanna Publication, 2012

5. S. L. Uppal & G. C. Garg, "Electrical Wiring, Estimating and Costing",

Khanna Publication, 2012

students in the laboratory.

4. https://www.facstaff.bucknell.edu/mastascu/eLessonsHTML/EEIndex.html

Course Structure (1st Year: Semester-II)

Subject

Practical Marks

IA CSE Viva

Theory Component

09MA1102 Mathematics-II BSC 2 4 0 4 50 30 20 25 25 150

09EE1104 AC Circuit PCC 2 0 4 4 50 30 20 25 25 150

09ME1101 Engineering Drawing ESC 2 0 4 4 50 30 20 25 25 150

Skill Component

09SL1102 Communication Skills-II HSMC 0 0 2 1 00 30 20 25 25 100

09CI1102 Environment Conservation &

Disaster Management

BSC 0 0 4 2 00 30 20 25 25 100

09EE1105 Electrical Control Panel Design LC 0 0 6 3 00 30 20 25 25 100

Total 6 4 20 18 150 180 120 150 150 750

HOD Principal Registrar/Dean

All Branch

Semester – II

Subject Name: Mathematics II

Diploma Branches in which this subject is offered: All Branch

Objective: Students are intended to understand the basic concepts and principles of

Mathematics such as algebra, mensuration and trigonometry. This knowledge is

required to understand and solve Engineering problems. The course will empower

students to use proper Mathematical tool to understand Engineering principles and

concepts. Main objective of the course is to apply concepts of algebra, mensuration,

trigonometry or suitable Mathematical tool to solve given engineering problems.

Operate, simplify and evaluate algebraic expressions

Solve simple problems on algebraic expressions and equations using

algebraic skills.

Perform the four fundamental operations on algebraic expressions.

Find the perimeter of closed plane figures and area of rectangle and

square

Compute for the surface areas and volumes of different types of solids

Identify faces Surfaces, edges and corners of solid objects and construct

the net of solid objects.

Define and evaluate each of the six trigonometric functions.

Prove trigonometric functions.

Solve problems involving oblique triangles by the use of the sine and

cosine laws.

Credits

Marks Total

2 4 0 4 50 30 20 25 25 150

All Branch

Contents

Topics Lab

Lecture

Algebra

1. Introduction

2. Polynomial in one variable

3. Addition, Subtraction of Polynomial

4. Multiplication, Division of Polynomial

5. Algebraic Identities

6. Linear Equations in Two Variables

7. Graphical Method of solving of Two Variables

8. Substitution Method of solving of Two Variables

9. Elimination Method of solving of Two Variables

10. Cross- Multiplication Method of solving of Two

Variables

2 Area, Surface area and Volume

1. Area and perimeter of square and Rectangle

2. Area and perimeter parallelogram and triangle

3. Area and perimeter circle and semi circle

4. Surface area of solids – cube, cuboids, cylinder and

Sphere

5. Volume of solids – cube, cuboids, cylinder and Sphere

3 Trigonometry 1. Introduction 2. Trigonometric Ratios 3. Trigonometric Ratios of Some Specific Angles 4. Trigonometric Ratios of Complementary Angles 5. Trigonometric Identities.

Total 36 24

All Branch

List of Tutorials:

Unit 1 : Algebra

Polynomial in one variable 2

Addition, Subtraction of Polynomial 2

Multiplication, Division of Polynomial 2

Algebraic Identities 4

Linear Equations in Two Variables 2

Graphical Method of solving of Two Variables 2

Substitution Method of solving of Two Variables 2

Elimination Method of solving of Two Variables 2

Cross- Multiplication Method of solving of Two Variables 2

Unit 2 : Area, Surface area and Volume

Area and perimeter of square and Rectangle 2

Area and perimeter parallelogram and triangle 2

Area and perimeter circle and semi circle 2

Surface area of solids – cube, cuboids, cylinder and Sphere 4

Volume of solids – cube, cuboids, cylinder and Sphere 4

Unit 3 : Trigonometry

Trigonometric Ratios 2

Trigonometric Ratios of Some Specific Angles 2

Trigonometric Ratios of Complementary Angles 4

Trigonometric Identities. 4

TOTAL 48

References Links:

1. http://study.com/academi/lession

2. http;//mathforum.org/library/drmath/sets/mid- ratio.html

3. http://www.homeschoolmath.net/teching/proportions.php

All Branch

30% 30% 30% 10% --- ---

board, may also use any of tools such as demonstration, Quiz, brainstorming.

students in the class-rooms

Semester – II

Subject Name: AC. Circuit

Objective: This is one of the impsdortant electrical engineering core subject. After

studying this students should be able to understand the basic concept of A.C. circuits

for highly effectively working as a skilled electrical engineer. This subject teach to

students apply the principle of A.C. circuit; solve the problem of electrical industry

and electric network. Basically electrical engineering dividedly power generation,

transmission, distribution and utilization in form of A.C. so every electrical engineer

should know basic concept of A.C. system. To solve the given problem by using the

knowledge of fundamental concept of series circuit, parallel circuit and poly-phase

circuits. To analyse and measure various type of powers in terms of power factor

using watt meters.

1. To understand various parameters of AC circuit

2. To apply the principle of AC circuits to maintain electrical network.

3. To describe quantitative comparison between AC and DC system, single phase

and three phase system.

4. To analyse series and parallel RLC circuit.

5. To understand comparison between series and parallel circuit.

6. To analyse and understand single phase and three phase AC circuit.

7. To analyse and measure various type of powers and power factor.

Pre-requisite of course: Basic knowledge of physics and D.C. Circuits.

Credits

Marks Total

2 0 4 4 50 30 20 25 25 150

Contents:

Unit Topics Contact

Weightage

1 Fundamentals of AC circuit

Introduction

Comparison of AC and DC

Advantage of AC system over DC system

Definition related to AC

Generation of alternating EMF

Equation of alternating EMF

Waveform of alternating EMF

Basic alternator

RMS value

Mean value or Average value

Form factor

Different form of alternating voltage and current

Peak factor or crest factor

Pharos representation of alternating quantity

Phase of alternating quantity, phase and phase

difference

Addition and subtraction of alternating quantities

Mathematical representation of phasors

Mathematical operation of vector

2 Analysis AC series circuit

Introduction

Purely resistive AC circuit

Purely inductive AC circuit

Purely capacitive AC circuit

AC circuit with series elements

RL series circuit

RC series circuit

LC series circuit

Power factor, power triangle, impedance

triangle, active and reactive components

Q factor of coil

RLC series circuit

3 Analysis AC parallel circuit

Introduction

Method of solving parallel circuit

Phasor algebra method

Admittance method

Complex algebra method

Series-parallel circuit

Comparison between series and parallel circuit

4 Three phase AC circuits

Introduction

Advantages of three phase system over single

phase system

Generation of three phase EMF and its waveform

Term related to three phase AC system

Numbering of phase

Balance supply and balance load

Interconnection of three phase

Concept of line value and phase value

Star connection

Delta connection

Introduction of Generation of six phase supply

5 AC power analysis

Introduction

Power triangle, complex power

Power and power factor

Methods of improving power factor

Advantages of power factor improvement

Causes of law power factor

Disadvantage of low power factor

Measurement of single phase power

Measurement of three phase power

Various methods of measurement of power in

three phase AC circuit

Measurement of reactive power

35% 40% 15% 10% 0% 0%

1 1 To determine basic terminology of alternating

waveform using DSO.

2 1 To study basic function of electrical measuring

instruments to measure electrical parameters

3 2 To determine inductance and resistance of inductive

load and find active power flow through resistor.

4 2 Determination of parameter in series RL circuit with

relevant phasor diagram.

5 2 Determination of parameter in series RC circuit with

6 2 Determination of parameter in series RLC circuit with

7 3 Determination of parameter in parallel RL circuit with

8 3 Determination of parameter in parallel RC circuit with

9 3 Determination of parameter in parallel RLC circuit

with relevant phasor diagram.

10 3 To measure parameter for series-parallel circuit. 4

11 4 To measure phase and line quantity relationship in star

and delta connection in a three phase system.

12 5 To study various power factor improvement

techniques and measure improved power factor.

13 5 Determination of power in three phase balanced

circuit using two watt meter and three watt meter

method.

14 5 Determination of power in three phase unbalanced

circuit using watt meter.

References:

1. B. L. Theraja, "A Text Book of Electrical Technology Vol-I", S. Chand & Co.

Ltd., 2014

2. Tarlok Singh, "Fundamental of Electrical Engineering", S. K. Kataria & Sons,

3. D.P. Kothari and I.J. Nagrath, “Theory and Problem in Basic Electrical

Engineering”, Prentice Hall India, 2012.

4. S.K. Sahdev, "Fundamentals of Electrical Engineering & Electronics",

Dhanpat Rai & Co. LTD., 2014

5. U. A. Bakshi & V. U. Bakshi, "Basic Electrical Engineering", Technical

Publication Pune, 2012

6. U. A. Patel, "Elements of Electrical Engineering", Atul Prakashan, 2016

7. V.N. Mittal, “Basic Electrical Engineering”. Tata-McGraw-Hill, 2nd

edition,

4. https://www.facstaff.bucknell.edu/mastascu/eLessonsHTML/EEIndex.html

Automobile Engineering

Subject Code: 09ME1101

Subject Name: Engineering Drawing

Semester – I/II

Diploma Branches in which this subject is offered: Automobile engineering, Civil

Engineering, Chemical Engineering, Computer Engineering, Electrical Engineering,

Mechanical Engineering.

Objective: Engineering Drawing is language of Engineer through which they can

communicate with other person and transfer their ideas. Engineers are able to read and

understand the drawing and able to use of drawing instruments. The curriculum aim is

to develop the skill to draw and read several drawing, curves and projections.

Main goal of this subject is to develop thoughts & explaining concepts. Developing of

diagram order & practice of drawing apparatus well.

Construct basic and intermediate geometry.

To expand their technical communication skill.

Interpret engineering drawings using fundamental technical mathematics.

To recognize and know the resolutions and the methods of engineering

drawing.

To advance their visualization skills so that they can apply these skills in

emerging new products.

Understand the theory of projection.

Credits

Marks Total

Marks Theory Tutorial Practical

(E) IA (CSE)

2 0 4 4 50 30 20 25 25 150

Contents:

Topics Teaching

weightage

1 Overview to Engineering Graphics: Drawing

instruments and accessories, Use drawing instruments and

materials effectively. Follow and apply standard practice

as per B.I.S. for planning and layout, choose appropriate

scale factor for the drawing as per given situation, Write

annotations on a drawing where ever necessary. Choose

appropriate line and dimensioning style for a given

geometrical entity. Develop the skill to draw polygons,

circles and lines with different geometric situations. Use of

plane scales and R. F.

2 Engineering Curves: Classification & application of

Engineering Curves, Construction of Conics, Cycloidal

Curves, Involutes & Spirals along with normal and tangent

to each curve.

3 Projections of Points and Lines: Introduction to Principal

Planes of Projections, Projections of the points located in

same quadrant & different quadrants, Projections of line

with its inclination to one reference plane & with two

reference planes. True length & inclination with the

reference planes.

4 Projections of Planes: Projections of planes (polygons,

circle and ellipse) with its inclination to one reference

plane & with two reference planes, Concept of auxiliary

plane method for projections of the plane.

5 Orthographic Projections: Fundamental of projection

with classification, Principal planes of projection,

Projections from the pictorial view of the object on the

principal planes for view from front, top and sides using

first angle projection method and third angle projection

method, full sectional view.

6 Isometric Projections and Isometric View or Drawing:

Isometric Scale, Conversion of orthographic views into

isometric projection, isometric view or drawing.

Note: Topic No. 1 & 6 of the above syllabus to be covered in Practical Hours.

References:

1. Engineering Graphics by Ramdevsinh Jhala, Published by ‘Mc Graw Hill

Education”

2. Engineering Graphics by P. J. Shah

3. Engineering Drawing by N D Bhatt

4. Engineering Graphics by Arunoday Kumar

5. Engineering Graphics by Mahajan Publications

6. Engineering Graphics by Books India Publications

Distribution of Theory for course delivery and

evaluation

20% 20% 30% 15% 10% 5%

Suggested List of Drawing Sheets:

1. Practice Sheet

Use of Drawing Instruments:

Faculty will demonstrate-

a: Practice of drawing instruments.

b: Planning and layout as per IS.

c: Scaling method.

Draw Following.

a: Draw horizontal, vertical, 30 degree, 45 degree, 60 & 75-degree line

using Tee & Set square/drafter.

b: Different Types of line.

c. Draw equilateral triangle and square

d. Types of dimensioning.

e. Alphabets and numerical (Vertical & inclined as Per IS).

f. Draw Polygon using universal method

g. Dimensioning methods.

h. Draw Title Block using stencil.

i. Draw plain scale and diagonal scale.

2. Engineering Curves

2 Problems of Conical Curves,

1 Problem of Cycloid,

1 Problem of Involute,

1 Problem of spiral.

3. Projections of Points & line

To draw a projection of points for 10 different conditions.

To draw projections of lines with different conditions. (4 Problems)

4. Projections of Planes

To draw projections of different plane with different conditions(4

Problems)

5. Orthographic Projections

To draw orthographic projections of different objects (2 Problems)

6. Isometric Projections

To draw isometric projections for given orthographic views. (2 Problems)

Drawing Instruments to purchase:

1. Mini Drafter

2. Set square (45, 30-60)

3. Lead Pencil (2H and 4H grade only for any Engg. Drawing.)

4. Circle master

5. Compass

6. Drawing clips

7. Eraser

8. Sheet Container

9. Drawing Sheet (A2 Size)

All Branches

Semester – II

Subject Name: Communication Skills-II

Subject Code: 09SL1102

Diploma Branches in which this subject is offered: All Branches

Course Description:

The course has been designed to make the students confident in speaking English with

the help of language functions. It also focuses on developing students’ presentation

skills

Course Objectives:

The course will enable students

To share information on familiar matters/issues in English

To make effective presentation in English

To gain confidence in speaking English

Credits

Marks Total

Marks Theory Tutorial Practical ESE IA CSE Viva*

0 0 2 1 00 30 20 25 25 100

*Viva will be based on Presentation and Assignments

1. Assignments: Students will write 3 assignments. It carries 20% of the total marks

of the course.

2. Term Paper: A short article on the topics given. The term paper carries 20% of

the total marks of the course.

3. Term-End presentation: Students will make a presentation based on their term

paper at the end of the semester. Presentation carries 20% of the total marks of the

course.

4. Viva: Viva will be conducted at the end of the semester which carries 20% of the

total marks of the course.

5. In-Class Participation: It carries 20% of the weightage of the total marks of the

course.

All Branches

Contents:

Unit 1: Speaking/Interacting in an Academic Context

1. Greetings

2. Introducing Self & Peers

3. Asking and Sharing Information

4. Sharing/talking about likes and dislikes/preferences

5. Describing Events/Experiences/Objects

6. Discussions

8. Expressing Views

9. Facing Viva Voce

Unit 2: Effective Presentation Skills

1. Introduction to Effective Presentation Skills

2. Preparing the Presentation (Collection of Data/Information, exploring the topic

3. Using ICT in the Presentation

4. Getting Ready for the Presentation

5. Effective Body Language

6. Effective Pronunciation

7. Interacting with Audience (Q & A)

8. Practice (presentation with video recording)

9. Feedback and Suggestions

Recommended Readings/ Viewings: TED Talks, INK Talks, Toastmasters Videos,

Videos of good speakers like Steve Jobs etc.

Civil Engineering

Semester – II

Subject Name: Environment Conservation & Disaster Management

Subject Code: 09CI1102

Diploma Branches in which this subject is offered: Civil, Mechanical, Electrical,

Computer, Chemical Engineering

Objective: Objectives of introducing this subject at first year level in all the branches

To sensitize the students to environmental concerns and their impact on

society and business

To familiarize the students with strategies for addressing environmental issues

Be better prepared to recover from a major natural catastrophe

Course Outcomes:

On the completion of the course student will be able to:

Identify environmental factors and their impact on society and business

Articulate strategies to deal with environmental issues

Develop an ethical orientation to managing the environment

To gain knowledge about disaster and understand Engineering challenges for

Hazard Management

apply tools & techniques for disaster risk assessment of Infrastructure,

preparing disaster management plan and Damage Assessment

role of Engineer in climate change which is one of humanity’s biggest

challenges of the 21st century

Credits

Marks Total

0 0 4 2 0 30 20 25 25 100

Civil Engineering

Contents:

Unit Topics Contact

Weightag

Environment Conservation

1 Introduction

What is Environment

Why to study Environmental Conservation

Importance of environment and scope

2 Global Environment Problems

Causes, Effects & Remedies: Global Warming,

Acid Rain, Ozone Depletion, Climate Change

3 Environmental By-laws

Indian law of Environment

4 Pollution Types & its Effects

Air Pollution

Water Pollution

Solid Waste Pollution

Noise Pollution

Disaster Management

5 Introduction

Concepts and definition of Disaster, Hazard,

Risk, Vulnerability, Capacity

Disaster and Development

Role of Engineer in Disaster management

6 I Natural Disasters

Earthquake

Cyclone

Floods

Volcanoes

7 Man Made Disaster

Armed conflicts and civil strip

Technological disasters

Human Settlement

Slow Disasters (famine, draught,

epidemics)

Civil Engineering

8 Rapid Onset Disasters

Air Crash

tidal waves

Tsunami

35% 40% 15% 10% 0% 0%

1 Digital sound level meters (to check noise pollution)

2 Digital air quality meter (to measure air pollution)

3 Digital handheld anemometer (to measure wind speeds)

4 Digital hand held pyranometer (to measure solar radiation levels)

d. Students will use supplementary resources such as online videos, videos, e-

courses, Virtual Laboratory

Civil Engineering

Text Books:

1. Environment Engineering and Disaster Management Sharma, Sanjay K. Luxmi

Publications, New Delhi

Reference Books:

1. Environmental Studies by Anandita Basak, Pearson

2. Mechanics Environment Engineering and Disaster Management Sharma,

Sanjay K. Luxmi Publications, New Delhi

3. Singh R.B. (Ed.), Natural Hazards and Disaster Management Vulnerability &

Mitigation, Rawat Publications. Mechanics of Materials: Hibbler R C; Pearson

Education

4. Modh Satish, Introduction to Disaster Management, Macmillan

Semester – II

Subject Name: Electrical Control Panel Design

Objective: The electrical control panel designing are the brain centre for all process

industry and represent important element in the proper working and performance of

the system. Control panels are mostly made by push buttons, indicators, various

control switch, selector switch, control wiring, protective equipment, analog & digital

measuring instrument, monitoring device and other accessories to control and monitor

real field electrical devices. This skill oriented course is covered the engineering and

technical of electrical panels. It is very useful course for every electrical engineers.

1. To usage proper material, tools and testing equipment for panel designing.

2. To understand basic concept of switchgear equipment, measuring

equipment, earthing, bus bar arrangement, contactors and interlocking for

standard panel design.

3. To prepare different type of panel wiring using software tools with electrical

standard.

4. To design, installation, testing and maintenance of panel

5. To understand concept of automation and electrical drive.

Pre-requisite of course: Basic knowledge of DC circuit, AC circuit and electrical

practices.

Credits

Marks Total

0 0 6 3 00 30 20 25 25 100

Contents:

Unit Topics Contact

Hours Weightage

1 Basic accessories required for panel designing

Introduction

Types of cable (shielded & unshielded cables), cable laying,

cable connector/joint, cable connection with panel, cable

rating, cable gauges & AWG sizes, cabling of panels

cable tie, cable tag, cable tray, lug and lug crimping, gland (single compression/double compression), gland booting,

Type of wire used in panel, wire connector, wire rating, wire

laying, ferrule, connection of wire with panel instrument,

color code of wire and terminal blocks and din rails

Different types of switch used for panel operation

limit switch, toggle switch, PB, E-PB, selector switch,

on/off switch, push button, emergency stop switch,

interlocking switch, multipoint switch, key operated switch

Tools used for panel wiring and its application

Safety equipment used during panel wiring

Testing equipments for panel

Multi meter, tester, continuity tester, tong tester/ clamp-on

meter, megger, earth tester

Type of indicator lamps, its operation and importance

2 Protective & measuring instruments and bus bar

arrangement for panel

Introduction

Types of instrument, analog and digital instrument

Protective and control instruments

structure and working of Fuse, MCB, MCCB, RCCB,

ELCB, CT, PT, solenoids, actuators

Measuring instrument

CT, PT, volt meter, ammeter, frequency meter, energy

meter, KW meter, PF meter, energy manager, reactive

power meter, multi-function meter

Earthing, neutral system and grounding

Basic of earthing, type of earthing, necessity of earthing,

earthing resistance, earthing pit, earthing plates and strips,

necessity of neutral and grounding

Basic of concept of contactor (NO/NC)

Internal structure and operation of contactor

Bus bar arrangement, prepare general arrangement

diagrams, bus bar sizing

Basic concept of relay, relay construction, relay logic, relay

contactor, and types of relay

Basic concept of circuit breaker, operation of circuit breaker

and types of circuit breaker - ACB, VCB

DC supply requirement for panel

Inverter, UPS, battery and battery charger

Necessity of interlocking

3 Type of panel, panel wiring drawing and standard

Introduction

Understand the industry process

Different types of panel and distribution box

LT, HT, domestic, commercial, industrial, LDB, MLDB

ASB, HDB, MDB, MCB, MCCB etc.

General arrangement drawing

Type of panel wiring and panel layout

Principles of wiring and assembly

Wiring details of panel, daisy chain & point to point

networking, channel layout, piping and instrumentation

diagram/drawing (P&ID)

Internal arrangement of panel, basic components to be

installed in a panel

Software used for panel design

Auto CAD, basic AutoCAD commands, reading AutoCAD

drawings

Basic of control circuit and power circuit, its drawing

Symbol, abbreviation, IS standards for colour codes & its

application for panel wiring, electrical code and standards

used for panel designing

4 Control panel designing, installation, testing and

maintenance

Introduction

General wiring guideline in panel designing, panel layout

Capture the user’s required specification of control panel

system during site visit

Type of load and load calculation

Load distribution and power management

Load calculation, connected load, running load and load

factor

Design of panel as per connected load/application

Designing of control circuits using contactors, relays, timers

Rating and dimension of component use in panel, electrical,

electronics and instrumentation

Material used for enclosure of panel, name plate details,

location of panel

Installation, commissioning and testing of panel

Provide technical support for the installation and

commissioning of control panel, understand work

requirements

Panel arrangement and panel capacity

Basic safety standards as per company’s norms

Identifying faulty components

Checking the circuits, testing of power supply,

shorts/continuity, CT/PT, relay, contactors, switches,

indicator, meters

Maintenance and troubleshooting of control circuit

IR measurement, frequently occurring errors, causes and

preventive measures

Protection provide to panel

Protection against fire, short circuit, leakage current and

shock, panel heater and its application

5 Panel automation and electrical drive

Introduction of automation

History and need of industrial automation

Application of industrial automation

Basic concept and component of automation

Necessity of a control system in panel

Basic concept of PLC, SCADA, DCS (direct control

station), HMI(Human machine interface)

Basic components of PLC, need of PLC in electric control,

software details

Fundamental of different types of electrical motor and its

control panel, working details of electrical motors, starter

and there control circuit(DOL, Star delta starter), basic

protection for motor

Introduction of AC drive and soft starter, its panel, types of

drives, components of drive, its application, basic criteria for

drive selection, control panel designing, introduction of

stepper and servo motor

DG connection with panel

List of Experiments

1 1 To study type of cable, cable construction, cable laying, cable

joint, cable rating & size and cable connection with panel

2 1 To study type of wire used in panel, wire laying, wire

joint/connector, wire rating & size, color code of wire and wire

connection with panel instruments

3 1 Identify and specify different types of switch used for panel

operation/application as per current and voltage rating, like limit

switch, multi point switch, rotary switch, toggle switch, push

button, PB, E-PB, selector switch, on/off switch, emergency stop

switch, interlocking switch, key operated switch etc.

4 1 To study and application of tools, safety equipment and testing

equipment require for panel wiring

5 1 To study of different type of panel indicator lamp, it’s operation

and importance

6 2 To study of operation and basic construction of protective &

control instruments

7 2 To use of different type of measuring instruments for panel

parameter checking

8 2 To study of different type of earthing, necessity of earthing,

earthing resistance and necessity of neutral & grounding

9 2 To study of basic concept, internal structure and operation of

contactor

10 2 To prepare general arrangement diagram of bus bar for panel

application with dimension

11 2 To study of basic concept, logic, construction, contactor and

types of relay used in panel

12 2 To study of basic concept, construction, operation and types of

circuit breaker used in panel

13 2 To study working of interlocking and requirement of DC supply

in panel

14 3 Identify different type of panel and distribution box 2

15 3 To study of layout, general arrangement drawing, basic principle,

basic concept, basic assembly, wiring details and type of wiring

with internal structure of panel

16 3 To study of basic commands of AutoCAD, reading of AutoCAD

wiring

17 3 Identify the different symbols, abbreviations, color code and

electrical code and standards used for panel wiring

18 3 To understand drawing of control circuit and power circuit of

control panel

19 4 To understand load distribution, load calculation and power

management of panel

20 4 Identify the type of load and user’s required specification for

panel designing

21 4 To prepared design of control panel as per connected load by

using various electrical, electronics and instrumentation

component

22 4 To understand procedure of installation, commissioning and

testing of control panel

23 4 To study related to enclosure material, name plate details,

capacity and arrangement of panel

24 4 Identify the faulty components, done maintenance and

troubleshooting of control panel as well as study of protection

provide to panel

25 5 To study of history, need, application, basic concept and basic

component of industrial automation

26 5 To study basic concept of PLC, SCADA, DCS, HMI and

necessity of control system

27 5 To understand basic components and need of PLC for electrical

controlling in panel

28 5 To study basic construction, types, working details, protection,

starter and its control circuit of electrical motors

29 5 To study basic components, working details, protection,

application, soft starter and its control panel circuit of AC

electrical drives with control panel design

References:

1. R. P. Singh, "Electrical Workshop", I.K. International Publishing House Pvt.

Ltd., 2013

2. Singh, S. K. Surjit, "Electrical Engineering Drawing I & II", Kataria & Sons,

3. S. L. Uppal & G. C. Garg, "Electrical Wiring, Estimating and Costing",

Khanna Publication, 2012

4. Shalini Gupta, Monte DePouw & John Ventura, “Database Design for

Electrical Panels”, May 2012

5. Neil Sclater & John E. Traister, “Handbook of Electrical Design Details”,

Second edition, 1997 The McGraw-Hill Companies

6. Stephen L. Herman, “Electrical Wiring Industrial”, 15 edition January 13,

7. Truman C. Surbrook “Interpreting the National Electrical Code”, 9 edition

August 2, 2011 8. National Electrical Code 2017, September 26, 2016

1. http://electrical-engineering-portal.com/download-center/books-and-

guides/automation-control/design-of-industrial-control-panels

guides/schneider-electric/control-panel-design

guides/automation-control/industrial-control-wiring-guide

guides/automation-control/industrial-control-panels

5. http://electrical-engineering-portal.com/electrical-design-plc-panel-wiring-

diagrams

6. http://electrical-engineering-portal.com/tips-wiring-industrial-control-panel

7. https://www.element14.com/community/servlet/JiveServlet/downloadBody/50

544-102-1-261525/Control%20Panel%20Design%20Guide.pdf

8. http://unitechplctraining.com/powerandelectrical.php

9. https://kvch.in/dcs-panel-designing-live-project-based-6-weeks-training-

noida.html

10. http://aptronnoida.in/best-dcs-and-panel-designing-training-in-noida.html

11. https://ipcsautomation.com/Electric+Control+Panel+Designing/Training/

12. https://www.ugc.ac.in/skill/curriculum/Electronics/14%20Industrial%20Auto

mation%20Engineer.pdf

13. https://www.ugc.ac.in/skill/curriculum/Electronics/12%20Wireman%20Contro

l%20Panel%20Curriculum.pdf

14. http://www.klocknermoeller.com/

15. http://www.industry.siemens.nl/home/nl/nl/paneelbouw/Documents/Document

atie/Industrial_Control_Panels_for_North_America_en-US.pdf

Scheme for Diploma Engineering

Course Structure (2nd

Year: Semester-III)

Subject

Practical Marks

IA CSE Viva

Theory Component

09MA1301 Basic Calculus BSC 2 2 0 3 50 30 20 25 25 150

09EE1301 Electrical DC machines and

Transformer

PCC 4 0 2 5 50 30 20 25 25 150

09EE1302 Generation of Electrical Power PCC 4 2 0 5 50 30 20 25 25 150

09EE1304 Basic Electronics PCC 2 0 2 3 50 30 20 25 25 150

Skill Component

09EE1303 Electrical Measurement and

Instrumentation Skill

LC 0 0 6 3 00 30 20 25 25 100

09EE1305 Electrical Software Skill-1 LC 0 0 4 2 00 30 20 25 25 100

Total 12 4 14 21 200 180 120 150 150 800

1. Above all subject add in DE1 class students

2. Make 1 batch in DE1 class

3. Batch A- student roll no 1 to 14

HOD Principal Registrar/Dean

All Branch

Semester – III

Subject Name: Basic Calculus

Objective: Students are intended to understand the basic concepts of calculus such as

Limit of Functions, Differentiation and Integration. The knowledge of calculus can

help to understand and solve problems related to Engineering fields. The course will

help students to understand Engineering principles and concepts. Main objective of

the course is to apply concepts of Limit of Functions, Differentiation and Integration

to solve given engineering problems.

Can solve algorithms through Functions.

Verify the value of limit of the function at point using definition of limit.

Show whether a function is differentiable at a point.

Identify the increases and decreases functions using differentiation.

Compute the expression for the line tangent to a function at a point.

Compute derivatives of exponential, trigonometric, polynomial and

rational functions

Evaluate the integrations of exponential, trigonometric, polynomial and

rational functions.

Interpret differentiation and integrations as inverse operations.

Credits

Marks Total

2 2 0 3 50 30 20 25 25 150

All Branch

Contents

Topics Lab

Lecture

Limit of Functions

1) Introduction

2) Real Function

3) Operations on Real Function

4) Definition and some properties of limits

5) Limit of polynomial and rational functions

6) Limit of trigonometric function

7) Limit of exponential function

8) Limit at infinity

2 Differentiation

1) Definition

2) Some properties

3) Derivative of some important function

4) Chain rule

5) Derivative of implicit function

6) Derivative of parametric function

7) Logarithmic differentiation

8) Second order Derivative

3 Integration 1) Definition and concept 2) Some special integrals 3) Integration by substitution method 4) Integration by parts 5) Some special types of integrals

Total 24 24

All Branch

List of Tutorials:

LAB HOURS

Limit of Functions

1) Real Function 2

2) Limit of polynomial and rational functions 2

3) Limit of trigonometric function and exponential function 2

4) Limit at infinity 2

Differentiation

1) Some properties and Derivative of some important function 2

2) Chain rule 2

3) Derivative of implicit function and parametric function 2

4) Logarithmic differentiation 2

5) Second order Derivative 2

Integration

1) Some special integrals 2

2) Integration by substitution method 2

3) Integration by parts and Some special types of integrals 2

TOTAL 24

References Links:

1. https://brilliant.org/wiki/limits-of-functions/

2. https://www.intmath.com/differentiation/differentiation-intro.php

3. https://www.khanacademy.org/math/calculus-home/integration-calc

The suggested theory distribution as per Bloom’s taxonomy is as per follows.

This distribution serves as guidelines for teachers and students to achieve effective

30% 30% 30% 10% --- ---

All Branch

Semester – III

Subject Name: Electrical DC Machines and Transformer

Objective: This is one of the most important electrical engineering core subject. After

studying this students should be able to understand the basic concept of electrical

machine for highly effective working as a skilled electrical engineer in modern

industry. This subject teach to students apply the basic principle for working of

electrical machines; solve the machines related problems of electrical industry and

electric network. Basically electrical engineering divided in power generation,

transmission, distribution and utilization in form of A.C. so every electrical engineer

should know basic concept, construction and testing of electrical machines used in

above system. To solve the given problem by using the knowledge of fundamental

concept of electrical machine. This course will develop the skill of student with

knowledge of construction of machines, testing of machines, performance & various

testing of machines, various connections of machines and cooling system for

machines.

1. To understand basic concept of electrical machine.

2. To apply the various principle for operation of DC machines and transformer.

3. To understand construction, types, EMF generation, various characteristics,

losses & efficiency, parallel operation, commutation and application of DC

generator.

4. To analyse and understand working, back EMF, torque generation, types,

speed control, requirement of starter, braking and application of DC motor.

5. To understand and analyse construction, classification, EMF generation,

loading, equivalent circuit, losses, efficiency, load sharing, cooling methods,

and application of single and three phase transformer.

6. To understand different types of transformer used in power system.

7. To analyse and carryout various test for DC machines and transformers.

Pre-requisite of course: Basic knowledge of D.C. Circuits and A.C. Circuits.

Credits

Marks Total

4 0 2 5 50 30 20 25 25 150

Contents:

Unit Topics Contact

Weightage

1 Principle of Electromechanical Energy

Conversion

Introduction

Law of energy balance

Role of electrical energy

Uses of electrical energy

Law of electromagnetism

Faraday’s law of electromagnetic induction

Energy flow in electromagnetic device

Electromagnetic conversion principal

Unified theory of electrical machine

Type of magnetic field system

Comparisons of magnetic field system

Advantage of field energy method

2 Basic Concepts of Rotating Machines

Introduction

Common features of rotating electrical machines

Types of rotating electrical machines

EMF generation in rotating electrical machines

Electromagnetic torque, Concept of torque

production

Rotating magnetic fields

Electrical and mechanical degrees

Insulating materials

Rating of machines

Types of enclosures

Frame size

3 DC Generators

Introduction

Type of DC machines

Principle of DC generator, single turn alternator

Construction of DC machines, action and role of

commutator

Material used in different part of DC Generator

with their function

Armature windings, it’s terminology

Types of armature winding

Single layer and double layer windings

Dummy coils, Equalizing ring or connection

Comparison between simplex lap winding and

wave winding

EMF equation of DC generator

Types of DC generators

Symbolic representation of DC generators

Characteristics of DC generators

Voltage built up in DC shunt generator

Critical resistance and critical speed

Losses in DC generator

Power stage and efficiency of DC generator

Condition for maximum efficiency

Armature reaction in DC machine

Compensating winding

Demagnetizing and Cross-magnetizing

conductors

Calculation of Demagnetizing ampere-turns per

Calculation of Cross-magnetizing ampere-turns

per pole

Commutation

Methods of improving commutation

Interpoles or Commutators poles

What is different between compensating winding

and interpoles

Parallel operations of DC generators

Application of various type of DC generators

Rating of DC generators

4 DC Motors

Introduction

Working principle of DC motor

Voltage equation of motor

Back EMF

Direction of rotation of motor

Power equation of motor

Torque of DC motor, armature torque, shaft

torque

Types of DC motors

Equivalent circuit of DC motor

Speed and speed regulation

Torque and speed of DC motors

Performance characteristics of DC motors

Starter and it’s types, automatic starter

Speed control of DC motors

Electronics speed control, Reversal of rotation

Losses, Power stage and efficiency of DC motor

Condition for maximum power and maximum

efficiency

Electric braking of motors

Application and rating of DC motors

5 Transformers

Introduction

Principle of transformer

Classification of transformer

Construction and parts of transformer

EMF equation of a transformer

Transformation ratio

Ideal transformer

Transformer on No load

Transformer on load

Actual transformer

Resistance and leakage reactance of windings

Equivalent resistance and reactance

Vector diagram of transformer

Equivalent circuit of transformer

Voltage regulation of transformer

Losses in a transformer

Efficiency of transformer and all day efficiency

Parallel operation of transformer

Autotransformer

Welding transformer

Instruments transformer(CT, PT)

Bank of three single phase transformer and

single three phase transformer

Construction of three phase transformer

Accessories of transformer

Basic principle of three phase transformer

Tap changing transformer

Losses in three phase transformer

Three phase transformer connections

Cooling methods of transformers

Parallel operation of three phase transformer

What is difference between distribution and

power transformer

Application of transformer

Specification, Name plate data and rating of

transformer

6 Testing of DC Machine and Transformer

Introduction

Direct and indirect methods of testing

Necessity of testing

Testing of DC machines

Brake load test

Swinburne’s test

Field test

Testing of Transformer

Need of testing on transformer

Equivalent circuit of transformer

Direct loading test

Open circuit and short circuit test

Sumpner test

Polarity test

35% 35% 15% 15% 0% 0%

1 3 To study construction of DC machine and it’s various

2 3 To maintain constant voltage of DC generator at

different load conditions

3 3 To check the performance of DC shunt generator 2

4 3 Obtained external and internal characteristics of DC

compound generator

5 4 Control the speed of DC shunt motor using armature

control and field control method

6 4 Control the speed of DC series motor 2

7 6 To perform Swinburne’s test of DC machine 2

8 5 To study construction of 1 phase and three phase

transformer and it’s various part

9 6 To perform open circuit and short circuit test of single

phase transformer

10 6 Perform load test on single phase transformer 2

11 6 To perform polarity test of single phase transformer

and operate two single phase transformer in parallel

having equal impedance and difference impedance

12 6 Perform sumpner’s test on single phase transformer 2

13 5 To study various methods of cooling of transformer 2

References:

1. B. L. Theraja and A. K. Theraja, "A Text Book of Electrical Technology Vol-

II", S. Chand & Co. Ltd., 2015

2. V.K. Mehta and Rohit Mehta, "Principal of Electrical Machine", S. Chand &

Co. Ltd., 2010

3. D.P. Kothari and I.J. Nagrath, “Electrical Machines”, Tata-McGraw-Hill,

4. Ashfaq Husain and Haroon Ashfaq, "Electrical Machines", Dhanpat Rai & Co.

LTD., 2017

5. J. B. Gupta, "Theory and Performance of Electrical Machine", S. K. Kataria &

Sons, 2016

6. U. A. Bakshi & M. V. Bakshi, "Electrical Machine-II", Technical Publication

Pune, 2012

7. Smarajit Ghosh, "Electrical Machines”, Pearson, 2012

2. https://onlinecourses.nptel.ac.in/noc17_ec10/course/

3. http://iitg.vlab.co.in/?sub=61&brch=168

Semester – III

Subject Name: Generation of Electrical Power

Objective: This is one of the core subject of electrical engineering. After studying this

students should be able to understand the basic concept of generation of electrical

power for highly effective working as a skilled electrical engineer in modern power

industry. This subject teach to students generation of electrical power using steam,

hydro, nuclear, solar, wind, gas, diesel, geothermal and other non-conventional energy

sources. These type of electrical power generation plant required of highly skilled

engineer for operation and maintenance of various auxiliary and major equipments

working in plants. To solve the given problem by using the knowledge of fundamental

concept of operation, layout of plant, energy conversion, energy efficiency and

various equipment available in various plants. Also included various safety

precautions required to be followed by engineer and worker during construction,

installation, operation and maintenance of various power plants.

1. To understand basic concept of demand, generation and growth of electrical

energy

2. To understand type of source of energy, power crises, future trends and role of

power sector organization.

3. To understand energy conversion principle, working, construction, lay-out,

machinery required, merit & demerit and importance of various conventional

and non-conventional power plant.

4. To analyse steam power plant, nuclear power plant and hydro power plant.

5. To analyse various non-conventional power plants.

6. To understand importance of safety precaution during working in power plants

and environmental impacts of various power generation plants

7. To analyse and understand working principle, auxiliary, available resources,

and advantage of solar and wind power generation.

Pre-requisite of course: Basic knowledge of D.C. Circuits and A.C. Circuits.

Credits

Marks Total

4 2 0 5 50 30 20 25 25 150

Contents:

Unit Topics Contact

Weightage

1 Introduction

Introduction

Important and demand of electrical energy

Superiority of electrical energy

Main parts of a power system

Generation of electrical energy

Source of energy and it’s efficiency

Comparison of source of energy

Power to progress

Major electrical equipment in power system

Source of energy in India

Growth of power systems in India

Electrical energy losses

Power crises in India

Future trends and demands

Organization of power sector in India

Private sector in energy management and captive

power plants

Combined operation of power stations

Non-conventional methods of power generation

Indian electricity Grid code

2 Steam Power Plants

Introduction

Energy conservation principle and process in

steam power plants

Selection of site for steam power plants, uses,

trends

Working diagram of steam power plants

Various cycles/circuits of steam power plant

Function of major equipment and auxiliaries

used in steam power plant

Plant layout of steam power plant

Efficiency of steam power plant

Merits and demerits of steam power plant

Turbo-alternator cooling and lubrication system

Important terms and factors related to generating

station

Various types of load

Load curve and load duration curve

Base load and peak load station

Units selection and operating schedule based on

load curve

Safety precaution to be taken in plant

Pollution generated by steam power plant

Draught systems

Steam power plant control

Major steam power plant in India and Gujarat

3 Hydro-Electric Power Plants

Introduction

Role of hydro-electric stations in power industry

Energy flow process in hydro power plant

Merits and demerits of hydroelectric power

plants

Selection of site for hydroelectric power plants

Hydrology

General arrangement of a hydroelectric plant

Classification of hydroelectric power plants

Elements of hydroelectric power plants

Water turbines

Governing and selection of water turbines

Types of hydroelectric power plants

Hydro potential in India

Hydroelectric generator and compare it’s with

steam power plant

Choice of size and number of generating units

Plan layout of hydroelectric power plant

Auxiliaries used in hydroelectric power plants

Environmental impacts of hydroelectric power

plants

Major hydroelectric power station in India and

Gujarat

4 Nuclear Power Plants

Introduction

Energy flow process in nuclear power plant

Location of nuclear power plants

Merits and demerits of nuclear power plants

Selection of site for nuclear power plants

A brief review of nuclear energy

Types of radiations

Nuclear fusion and fission

Nuclear energy

Nuclear fuels

Nuclear chain reaction

Nuclear reactor-main parts and their function

Reactor control and coolant

Classification of nuclear reactor

Schematic diagram of nuclear power plant and

plant layout

Power rating of nuclear power plant

Disposal of nuclear waste and effluent

Safety precaution to be taken in nuclear power

plants

Comparison of heat obtained from burning of

coal and nuclear fission

Comparison between steam power plant and

nuclear power plant

Major nuclear power plants in India and Gujarat

5 Solar Power Generation

Introduction

Solar energy

Merits and demerits of solar energy

Application of solar energy

Solar radiation and constant

Types of solar radiations

Term related with solar radiation

Measurement of solar radiation

Utilization of solar energy

Types of solar energy collectors

Concentrated solar power generation

Solar thermal power generation

Solar photovoltaic power generation

Block diagram of solar photovoltaic system

Types of solar PV system

Size, output, and cost of solar PV system

Advantage, disadvantage and application of solar

PV system

Solar cell and it’s types

Advantage, disadvantage and application of solar

Terms regarding solar power plant

Safety precaution to be taken in solar power

generation

Future of solar energy use in India

Major solar power generation units in India and

Gujarat, it’s capacity

6 Wind Power Generation

Introduction

Wind energy, wind power

Energy flow in wind power generation

Merits and limitations of wind power generation

Instruments for measuring wind

Wind farms

Wind turbine

Types of wind turbine

Types of rotor used for wind turbine

Principle of rotation of wind turbine

Aerodynamic control of wind turbine

Important terms related to wind turbine

Wind power generation plants

Block diagram of wind power plant

Classification of wind power plants

Schemes for electrical power generation

Types of wind power plants based on gear

system

Electrical generators used for wind power plants

Future and development of wind power

generation

Safety precaution to be taken during installation

and maintenance of wind turbine

Major wind power generation units in India and

Gujarat, it’s capacity

7 Power Generation used by other Non-

Conventional Energy Sources

Introduction

Captive power plant

Diesel electric power plant

Gas based power plant

Magneto hydrodynamic power generation

Thermoelectric power generation

Geothermal power generation

Ocean energy

Biomass energy

Future and development of other non-

conventional energy power generation

Other non-conventional energy sources power

generation unit in India, it’s capacity

40% 40% 10% 10% 0% 0%

Faculty of Diploma Studies - Marwadi University

Transcript of Faculty of Diploma Studies - Marwadi University

Faculty of Diploma Studies - Marwadi University

Documents

Transcript of Faculty of Diploma Studies - Marwadi University

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