Build your engineering career foundation by mastering the topic of Electromagnetic and reach to the stars (literally!) Electromagnetic is the foundation needed to become an Electrical Engineer .Following this concentration as specialty of RF, Antenna and other related topics might have you end up in industries such as Aerospace, communication and beyond!
THISCOURSEISCONSTANTLY UNDERDEVELOPMENTANDWEWOULDBEADDINGMOREVIDEOSEVERYOTHERMONTHS
Description
In RAHAE 101 we would be concentrating on Introduction to Electromagnetic Field Theory. This course will cover basics of electromagnetic waves, vector analysis. It includes coordinate systems and transformation from one coordinate system to another coordinate system. Number of numerical problems have been solved after each topic to understand the basics of the course. This course describes the Electrostatics and Magnetostatics, Waves and its Applications. It will cover Reflection, Refraction and Dispersion of Plane Waves. This course explained Transmission line and waveguides in depth of the basic with simple steps.
What is the target audience?
Prerequisite for students planning to get Rahsoft RF Certificate for RAHAE 101 course which is a complete package of Introduction to Electromagnetic Field Theory.
This course is set for professionals working in the area of antenna field.
Under graduate students
Antenna Engineer
Post graduate students taking Electromagnetic Field Theory course
Research scholars in antenna field
Instructor
This course is taught by Dr Akhilesh Verma . Dr Verma has a Ph.D in Antenna Engineering with concentration on Beamforming , Phased Array Antenna and 5G.
The course advisor for this course is Ahsan Ghoncheh. Ahsan has over 10 years of RF and Antenna experience in Consumer Electronics, Aviation and Aerospace. His designs and projects can be found as small parts of mid stages of iPhone, Smart TV remote controls to Servers currently being used in the latest state of the art Commercial Airline and Front end module communication systems.
Course content
Chapter1: Introduction
Overview of Electromagnetic waves
Generation of Electromagnetic waves
Electric and Magnetic waves
Receiving Electromagnetic waves behavior
Chapter2: Vector Algebra
Vector basics and its type
Vector addition and subtraction
Distance vector and numerical practice
Numerical practice
Quiz
Quiz Solution
Vector Multiplication
Cross Product
Scalar Triple Product
Vector Triple Product
Numerical practice on vector multiplication
Multiple Choice Questions
Chapter3: Coordinate Systems and Transformation
Introduction
Rectangular coordinate system
Cylindrical Coordinate System
Range of Cylindrical Coordinate and about unit vector
Relationship between cartesian and cylindrical coordinate
Relationship between cartesian and cylindrical coordinate
Relationship between cartesian and cylindrical vectors
Spherical coordinate system
Spherical coordinate unit vector and vector representation
Transformation of coordinate from one to another
Transformation between cartesian and cylindrical coordinate system
Transformation of vectors from cartesian to cylindrical
Expression of cartesian to cylindrical coordinate
Transformation of vectors from cylindrical to cartesian
Transformation between cartesian and spherical coordinate system
Transformation of a vector from cartesian to spherical coordinates
Transformation of a vector from spherical to cartesian coordinates
Numericals on coordinate system and transformation
Query
Differential length, area and volume
Differential area and volume
Cylindrical Coordinate System Differential length, area and volume
Spherical Coordinate System Differential length, area and volume
Solved problem on differential length, volume and area
Chapter4: Line Integrals
Chapter5: Partial Derivatives
Gradient of a scalar
Gradient of V in different coordinate systems
Physical significance of gradient
Divergence
Divergence of a vector in a different coordinate systems
Curl and its physical significance
Curl derivation
Solved problems on gradient
