Vishwakarma Institute of Technology
Issue 05 : Rev No. 0 : Dt. 13/03/15
Course Plan Format
Academic Year : _2014-15__
FF No. 182
Branch : __Electronics/E&TC____________
Semester : ____II___
Subject Name : _____Electromagnetic Engineering__________________________________________________________
Subject Code: __EC30104_______
Unit
No.
I
Topic
Method
Addition, subtraction, dot product Lecture
and vector product of vectors, unit
vectors, position and displacement
vectors, Cartesian, cylindrical and
spherical coordinate systems
Media
Black Board
Power
presentation
Co-ordinate Conversions: Cartesian
to Spherical and Cylindrical.
II
Coulomb’s Law, Concept of
Electric Field intensity, Electric Lecture
Field Intensity due to various
charge distributions, Gauss’s law
and its applications, Divergence
theorem, Work, Energy, Potential,
Gradient, Electric Fields in
conductors
and
dielectrics,
Continuity Equation, Boundary
Conditions, Laplace and Poisson’s
equations
Black Board
Student Activity
 Tut:
1.Co-ordinate
system
Assessment Tool
i)
Test
I:
Descriptive
type
questions – 10 % ;
type
HA: Numerical Numerical
point on
questions
–
90
%
coordinate
ii)Timely
conversion.
submission
of
completed
home
assignment
iv)
Tutorial
assessment is based
on numerical based
questions.
i) MCQ based Test
II
 Tut:
1 Coulomb’s Law ii)Timely
submission
of
2. Gauss’ Law
home
3. Work, Energy, completed
assignment
Potential
iii)
Tutorial
4.
Boundary
assessment is based
Conditions
on numerical based
questions.
HA:
Numerical on
Electric field due
to
different
Remarks
Test I out of 30
marks, to be
converted to 10
marks
Test II out of 20
marks, to be
converted to 20
marks
Vishwakarma Institute of Technology
Issue 05 : Rev No. 0 : Dt. 13/03/15
distributions
using Coulombs
and Gauss’s law,
Boundary
conditions
III
IV
Biot Savart law, Magnetic Field Lecture
Intensity due to various current
distributions, Ampere’s circuital
law and its applications, Curl,
Stokes’ theorem, Magnetic Flux
and magnetic flux density, Scalar
and vector magnetic potentials,
Forces due to magnetic fields,
Magnetization and Permeability,
Boundary conditions, Magnetic
Energy
Faraday’s
law,
Displacement
current, Maxwell’s equations, Time Lecture
varying fields, Time
harmonic fields, Energy stored
in electric and magnetic time
varying field, Retarded potential
 Tut:
Black Board
i) MCQ based Test
1. Ampere’s Law II
ii)Timely
2.Magnetization
of
and
Boundary submission
completed
home
Conditions
assignment
HA: Numerical
iii)
Tutorial
on
magnetic assessment is based
field due to on numerical based
different
questions.
current
distributions
using
Biot
Savart&
Ampere’s
circuit
law,
boundary
condtions.
Black Board
i)
End Semester
Tut:
1
Maxwell’s Examination:
Descriptive
Equation
HA: Numerical questions – 25 %
type
on
Maxwell’s Numerical
questions
–
75
%
equations for time
ii)Timely
varying
field,
submission
of
retarded potential, completed
home
Phasors.
assignment
iii)
Tutorial
Vishwakarma Institute of Technology
Issue 05 : Rev No. 0 : Dt. 13/03/15
assessment is based
on numerical based
questions.
V
Wave equation, Wave propagation
in free space, dielectrics and Lecture
conductors,
Skin
Effect,
Polarization, Reflection of uniform
plane waves at normal and oblique
incidence, Standing wave ratio,
Wave reflection from multiple
interfaces
 Tut:
Black Board
i)
End Semester
Examination:
Descriptive
questions – 25 %
Numerical
type
questions – 75 %
ii)Timely
submission
of
HA: Numerical completed
home
on
wave assignment
propagation
in iii)
Tutorial
different media, assessment is based
reflection of wave on numerical based
questions.
1 Polarization
2 Wave reflection
(normal
incidence)
Levels of Bloom’s Taxonomy applicable for the course – Knowledge / Comprehension / Application / Analysis / Synthesis / Evaluation (Strike out levels not applicable)
List of Reference Books and Text Books -
1. Sadiku Matthew N O, ‘Elements of Electromagnetics’, Oxford University Press, 3rd edition, 2002/2003.
2. Hayt W H, ‘Engineering Electromagnetics’, Mc_graw Hill Book Co., 7th edition, 1981
Name and Signature of Faculty executing the course plan
1)
Milind V. Kamble
2)
Sidharth B. Bhorge
Vishwakarma Institute of Technology
Signature of Chairman – BOS
Issue 05 : Rev No. 0 : Dt. 13/03/15
Date : 3/04/2015