Flexible Scheme & Syllabus

2020-2021
B.Tech.
in

Electrical Engineering
(II Semester)

Madhav Institute of Technology &

Science
Gwalior-474005

Department of Electrical Engineering

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 Electrical Engineering Materials: 130211
Course Objectives:
 The objective is to familiarize the students with different types of Engineering materials and their use
in the field of Electrical Engineering.

Unit I. Conducting Materials: The conductivity of metals and alloys, Generals properties,
Classification of conducting materials, Low resistivity and high resistivity materials, their properties
and applications, Electrical and mechanical properties and applications of Cu, Al, Steel, ACSR
conductor, AAAC conductor, Tungsten, Molybdenum, Platinum, mercury, lead, manganin, metals
and Alloys for fuses, superconductivity and its applications.

Unit II. Semiconductor Materials: Classification of materials based on atomic structure, conductors,
insulators and semiconductors, Electron energy and energy band theory, Semiconductor materials,
Intrinsic semiconductors, Extrinsic semiconductor, N type materials, P type materials, minority and
majority carriers. Formation of PN junction by alloying, Merits of semiconductor materials for use in
electrical Engg., Factors affecting semiconductors, application of semiconductor materials, Hall effect
with mathematical treatment.

Unit III. Magnetic Materials: Different terms associated with magnetic materials. Classification of
magnetic materials, Diamagnetic, Paramagnetic and ferromagnetic materials, Curie point,
Magnetostriction, electromagnet and its uses, Magnetization curve, Hysteresis and eddy current loss,
Soft and hard magnetic materials, their properties and applications, its advantage and disadvantages,
requirements of magnetic materials for use in Electrical machines, Magnetic anisotropy, Spontaneous
magnetization.

Unit IV.Dielectric materials: Behavior of dielectrics in static and alternating fields, polarization,
Dielectric constant of mono atomic gases, ionic polarization, Dipolar polarization, internal fields in
solids and liquids, Polaris ability, Frequency dependence of electronic polarization, permittivity,
dielectric losses, significance of the loss tangent dipolar relaxation, Ferro electricity, piezoelectricity.

Unit V. Insulating materials: General electrical, mechanical, thermal and chemical properties of
insulating materials, classification of insulating materials on the basis of temperature rise. Gaseous
insulating materials properties and application of nitrogen, liquid insulating materials, their main
features, Transformer oil, testing the dielectric strength of transformer oil.Ferrous metals and non
ferrous metals.
Introduction to nano material.
Recommended Books:
1. Science of Engineering Materials By C.M.Srivastava & C.Srinivasan,New Age International
Publisher,2010.
2. A Text Book Of Electrical Engineering Materials By P.L. Kapoor, Khanna Publication,2016
3. Electrical Engineering Materials By A.J. Dekker, PHI,2015
4. An Introduction To Electrical Engineering Materials By C.L. Indulkar, S. Thiravengadam, S. Chand &
Co,2006

Department of Electrical Engineering

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Course Outcomes
After completing this course, the student will be able to:
CO1: Describe the properties and applications of conducting materials.
CO2 : Explain behavior of semiconductor materials, their classification and applications.
CO3: Select appropriate Magnetic materials for given applications.
CO4 : Explain dielectric materials, their behavior in different fields, polarization and dielectric losses
CO5: Select appropriate insulating material depending upon specific requirement

Department of Electrical Engineering

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 Basic Civil Engineering & Mechanics: 100020
Course Objectives:

1. To understand the utility, location, construction detail and suitability of various building
elements.
2. To determine the location of object on ground surface.
3. To stabilize the position of various object.
4. To understand the effects of system of forces on rigid body in static conditions.
5. Analysis of determinate structure (beam & truss)

Unit- I Building Materials: Stones, bricks, cement, timber - types, properties, test & uses,
Introduction of concrete properties & Laboratory tests on concrete, curing of concrete and
mortar Materials.
Unit- II Surveying & Positioning: Introduction to surveying, Survey stations, Measurement
of distances conventional and EDM methods, Measurement of directions by different
methods, Measurement of elevations by different methods, reciprocal leveling.
Unit- III Mapping & Sensing: Mapping details and contouring, Plane tables and related
devices. Introduction of theodolite. Measurement of areas and volumes, application of
measurements in quantity computations, Introduction of remote sensing and its applications.
Unit- IV Forces and Equilibrium: Graphical and Analytical Treatment of Concurrent and
non-concurrent coplanner forces, free body Diagram, Force Diagram and Bow’s notations,
Application of Equilibrium Concepts: Analysis of plane Trusses, method of joints, method of
Sections. Frictional force in equilibrium problems.
Unit –V Centre of Gravity and moment of Inertia: Centroid and Centre of Gravity, Moment
of Inertia of Composite section, Radius of Gyration, Introduction to product of Inertia and
Principle Axes.
Support Reactions, Shear force and bending moment diagram for cantilever & simply
supported
beam with concentrated, distributed load and Couple.

Text Books:
1. Surveying, Vol. – 1, Punmia B.C., Laxmi Publications, 17th edition, 2016
2. Building Material, B. C. Punmia, Laxmi Publications, 2016
3. A textbook of Engineering Mechanics, D. S. Kumar, Katsons Publications, 2013

Reference Books:
1. Basic Civil Engineering, S. Ramamrutam & R. Narayan, Dhanpat Rai Pub., 3rd edition,
2013
2. Applied Mechanics, Prasad I.B., Khanna Publication 17th edition, 1996
3. Surveying, Duggal, Tata McGraw Hill New Delhi, 4th edition, 2013
4. Applied Mechanics, R.K. Rajput, Laxmi Publications, 3rd edition, 2016

Department of Electrical Engineering

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 Course Outcomes:
Upon completion of the course, the students will be able to:

CO 1. Explain concepts and terminologies of building materials, surveying and

mechanics.
CO 2. Apply various methods for surveying and mechanics.
CO 3. Determine the location, area and volume of objects on ground surface.
CO 4. Solve the problems of surveying and mechanics by using various methods.
CO 5. Analyse the effects of system of forces on rigid bodies in static conditions

Department of Electrical Engineering

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 Basic Mechanical Engineering: 100021
Course Objectives:

1. Develop the fundamentals of Engineering materials, measurement and reciprocating

machines.
2. Develop an ability to understand the Thermodynamic laws, steam generator and
reciprocating
machines for solving engineering problems.
3. Demonstrate Engines and Boiler fundamentals using models.

Unit-I:
Materials: Classification of engineering material, composition of cast iron and carbon steels
on iron carbon diagram and their mechanical properties; Alloy steel and their applications;
Stress Strain diagram,
Hooks law and modulus of elasticity. Tensile, shear, hardness and fatigue testing of materials.

Unit-II:
Measurement: Temperature, pressure, velocity, flow, strain, force and torque measurement,
concept of measurement error & uncertainty analysis, measurement by Vernier caliper,
micrometer, dial gauges, slip gauges, sine-bar and combination set; introduction to lathe
drilling, milling and shaping machines.

Unit-III
Fluids: Fluid properties, pressure, density and viscosity; pressure variation with depth, static
and kinetic energy; Bernoulli’s equation for incompressible fluids, viscous and turbulent
flow, working principle of fluid coupling, pumps, compressors, turbines, positive
displacement machines and pneumatic machines.
Hydraulic power & pumped storage plants for peak load management as compared to base
load plants.

Unit-IV
Thermodynamics: Zeroth, First, second and third law of thermodynamics; steam properties,
steam processes at constant pressure, volume, enthalpy & entropy, classification and working
of boilers, efficiency & performance analysis, natural and induced draught, calculation of
chimney height. Refrigeration, vapour absorption and compression cycles, coefficient of
performance (COP).
Unit-V
Reciprocating Machines: Steam engines, hypothetical and actual indicator diagram; Carnot
cycle and ideal efficiency; Otto and diesel cycles; working of two stroke & four stroke petrol
and diesel IC engines.

Department of Electrical Engineering

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Text Books:

1. Narula; Material Science; TMH

2. Agrawal B & CM; Basic Mechanical Engineering; TMH
3. Nag PK, Tripathi et al; Basic Mechanical Engineering; TMH
4. Rajput; Basic Mechanical Engineering;
5. Sawhney GS; Fundamentals of Mechanical Engibneering; PHI
6. Nakra and Chaudhary; Instrumentation and Measurement; TMH
7. Nag PK; Engineering Thermodynamics; TMH
8. Ganesan; Combustion Engines; TMH

Course Outcomes: After successful completion of this course students will be able to:

CO 1. Define the essential concepts of thermal, design and production used in Mechanical
Engineering.
CO 2. Summarize fundamental techniques and process used in power generating
machines
CO 3. Solve the various problems based on basic concepts of Mechanical Engineering.
CO 4. Analyze the various gas, steam and air cycles
CO 5. Evaluate the problems of Steam Generator, Thermodynamics, Steam and I.C.
engines
CO 6. Generate the skills to demonstrate steam Generator and reciprocating machine in
depth.

Lists of Experiments: 100021

1. Study of simple vertical boilers.
2. Study of Locomotive boilers.
3. Study of Babcock and Wilcox boilers.
4. Study of Lancashire, Cornish and Cochran boilers.
5. Study of boiler mounting and accessories.
6. Study of 2 stroke diesel and petrol engines.
7. Study of 4 stroke diesel and petrol engines.
8. Study of simple steam engines.
9. Study of Lathe machine.
10. Study of Vernier and Micrometer.
11. Study of Internal Combustion Engine Parts.

Department of Electrical Engineering

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 Basic Electrical & Electronics Engineering: 100022
Course Objectives:
 To impart basic knowledge of the DC and AC circuits and their applications.
 To familiarize the students with the basic knowledge of magnetic circuits, transformer, and its
terminology.
 To make familiarize the students about the working of rotating electrical machine, various electronic
circuits and its importance.

Unit I - D.C. Circuits Analysis:

Voltage and Current Sources: Dependent and independent source, Source conversion, Kirchhoff’s
Law, Mesh and Nodal analysis. Network theorems: Superposition theorem, Thevenin’s theorem &
Norton’s theorem and their applications.
Unit II –Single-phase AC Circuits:
Generation of sinusoidal AC voltage, definitions: Average value, R.M.S. value, Form factor and
Peak factor of AC quantity, Concept of Phasor, analysis of R-L, R-C, R-L-C Series and Parallel
circuit, Power and importance of Power factor.
Unit III- Magnetic Circuits:
Basic definitions, AC excitation in magnetic circuits, self-inductance and mutual inductance,
Induced voltage, laws of electromagnetic Induction, direction of induced E.M.F. Flux,MMF and
their relation, analysis of magnetic circuits.
Unit IV- Single-phase Transformer &Rotating Electrical Machines:
Single phase transformer, Basic concepts, construction and working principal, Ideal Transformer
and its phasor diagram at No Load, Voltage, current and impedance transformation, Equivalent
circuits and its Phasor diagram, voltage regulation, losses and efficiency, testing of transformers,
Construction & working principle of DC and AC machine.
Unit V - Digital Electronics, Devices & Circuits:
Number systems used in digital electronics, decimal, binary, octal, hexadecimal, their complements,
operation and conversion, Demorgan’s theorem, Logic gates- symbolic representation and their
truth table, Introduction to semiconductors, Diodes, V-I characteristic, Bipolar junction transistors
and their working, Introduction to CB, CE & CC transistor configurations
Recommended Books:
1. Basic Electrical and Electronics Engineering, D.P. Kothari & I.J. Nagrath-Tata McGraw Hill
2. Basic Electrical and Electronics Engineering, V N Mittle & Arvind Mittal -Tata McGraw Hill
3. Basic Electrical and Electronics Engineering, S. K Bhattacharya -Pearson
4. Electrical Machinery- A.E. Fitzgerald, C. Kingsley and Umans - TMH
5. Principles of Electrical Engineering- Vincdent Del Toro- Prentice Hall.
6. Basic Electrical Engineering -A,E. Fitzgerald, Higginbotham and Grabel -TMH
7. Integrated Electronics- Millmann & Halkias
8. Electronics Devices & circuits- Sanjeev Gupta, Dhanpat Rai Publication
9. Basic Electrical and Electronics Engineering, D.C Kulshreshtha-Tata McGraw Hill
Course Outcomes
After the completion of the course, the student will be able to –
CO 1. Solve dc & ac circuits by applying fundamental laws & theorems
CO 2. Compare the behavior of electrical and magnetic circuits for given input
CO 3. Explain the working principle, construction, applications of rotating electrical machines
CO 4. Explain the working principle, constructional details, losses & applications of single phase
transformer.
CO 5. Select the logic gates for various applications in digital electronic circuits.
CO 6. Explain characteristics of Diode and Transistor.

Department of Electrical Engineering

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 Basic Electrical & Electronics Engineering Lab
LIST OF EXPERIMENT
1. To verify Kirchhoff’s Current Law & Kirchhoff’s Voltage Law.
2. To verify Superposition Theorem
3. To determine resistance & inductance of a choke coil.
4. To determine active & reactive power in a single phase A.C circuit.
5. To determine voltage ratio & current ratio of a single phase transformer.
6. To determine the polarity of a single phase transformer.
7. To perform open circuit & short circuit test on a single phase transformer.
8. To study multimeter& measure various electrical quantities
9. To study of constructional details of DC machine.
10. To determine the V-I characteristics of diode in forward bias & reverse bias condition.

Course Outcomes:
After the completion of the lab, the student will be able to –

CO 1. Verify circuit theorems.

CO 2. Perform tests on transformer for determination of losses, efficiency & polarity.
CO 3. Acquire teamwork skills for working effectively in groups
CO 4. Prepare an organized technical report on experiments conducted in the laboratory

Skill-Based Mini Project

Basic Electrical & Electronics Engineering
1. Enlist the different electrical loads available in your home and prepare their rating chart.
2. Design the residential house wiring using fuse, switch, and indicator, lamp and energy meter.
Also apply the Thevenin’s theorem for finding the current in a particular branch of the circuit.
3. If one FTL (Fluorescent Tube Light)is replaced by LED bulb.
A. Calculate the Monthly electrical energy saving?
B. Calculate the monthly savings in electricity bill?
Note: LUX level of FTL and LED bulbs must be the same (follow BEE Guide
lines).Consider electricity bill charges from MP VidyutVitran company website.
4. What is the use of condenser in a ceiling fan? Draw a wiring diagram for the testing of motor
winding.
5. Find the different ways/ Methodologies/ Guidelines, by which energy can be conserved in
domestic applications?
6. Design a working model for controlling one lamp by two 2-way switch.
7. Visit the electrical machine lab and enlist different types of AC and DC motors along with
their ratings. Also mention their industrial applications.
8. Visit the panel room and identify the different safety practices followed by electrical
engineer.
9. Enlist different measuring instruments available in electrical workshop lab. Also prepare a
comparison chart for Analog and digital measuring instruments.

Department of Electrical Engineering

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 Manufacturing Practices: 130212
LIST OF EXPERIMENTS

1. To get familiarized with the testing bench

2. To identify and test different types of cables and connectors
3. To identify and use different types of Fuses, MCB, ELCB, MCCB, Insulators and
relays with their ratings
4. To design basic electronic circuits using soldering and analyze their waveforms
5. To get familiarized with safety practices and maintenance techniques followed in
Industries
6. To determine Realtime domestic and industrial electrical load
7. To understand and demonstrate process of electrical power generation, transmission
and distribution in co-relation with real time power grid
8. To determine Lux for different applications as per illumination requirements (BEE
Standards)
9. To measure phase and line parameters of a three phase AC circuit
10. To get familiarized with different types of earthing and earth resistance determination
Course Outcomes

After the completion of the course, the student will be able to –

CO 1. Identify different types of electrical loads

CO 2. Apply illumination standards and safety practices for various applications
CO 3. Select cables, switches and protective devices for specific applications
CO 4. Develop teamwork skills for working effectively in groups
CO 5. Prepare the technical report on experiments conducted in the lab

Department of Electrical Engineering

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