Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The Transmission Lines and Electromagnetic Waves by Swayam online course focus on helping the candidates learn to write simple programs and visualize and experiment with them. The topics are analytical and computational. The analytical content will introduce the candidates to EM through transmission lines. Computational content will facilitate the visualization of the candidates. The concepts of EM will be taught broadly through transmission line theory. Practical learning will be emphasized by experimenting with codes.
This course is initiated by the government of India. The Swayam platform offers NPTEL accredited courses verified by IITs. This course is verified by the Indian Institute of Technology Madras. The course provides re-certification. The course offers to bridge the gap between the advantaged and disadvantaged by providing them with quality education. It is an AICTE approved course.
The Transmission Lines and Electromagnetic Waves certification offers shareable flexibility. It will have logos of NPTEL and the Indian Institute of Technology Madras. The certification will specifically help master students and Ph.D. students in their academics. It will also profit the professionals in their work.
The Highlights
- AICTE approved courses
- NPTEL and IIT Madras verified
- E-certification provided
- 12 weeks of course
- MHRD initiated
- The course provided by Swayam
- Online learning program
Programme Offerings
- assignments
- discussion forum
- assessments
- case study
- references
- Books
- audio lectures
- video lectures
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IIT Madras (IITM) |
The Transmission Lines and Electromagnetic Waves fees detail is in these following points-
- This course won’t charge anything. It is free for all.
- The examination fee to be paid is Rs. 1000.
Transmission Lines and Electromagnetic Waves fees details
Fee category | Amount in rupees |
Program fee | Free |
Certification examination fee | Rs. 1000 |
Eligibility Criteria
Certification qualifying details
The participants must register in the certification exam registration form. Then to qualify for the certification, the participants must have to score the minimum passing grades in assignments and the end exam. The participant’s best 8 assignments must score a minimum of 10 and the final exam must score 40. These two are the necessary criteria to avail the certificate.
What you will learn
The participants who belong to the photonics or electrical engineering segment are most likely to be benefitted from this course. Following are the learning outcomes of this Transmission Lines and Electromagnetic Waves certification course-
- This course will help research scholars by providing them with guidance to begin their research.
- This is a bridge course that will introduce the practical usage of electromagnetic waves.
- The topics described in this course will be analytical and computational.
- EM will be introduced by applying the transmission line theory.
- The Transmission Lines and Electromagnetic Waves certification syllabus is divided into the transmission line, Maxwell’s equations and phase waves, interfaces, and waveguides.
- The candidates will be taught to analyze computational EM.
- Through programming skills, the candidates will learn to clear their basics in EM.
- The visualization aspect of the content will be explored in the course.
- The candidates will use codes to experiment and create new programs.
- Step by Step guidance is ensured in this course curriculum.
Who it is for
The following participants can avail of the Transmission Lines and Electromagnetic Waves certification benefits-
Admission Details
The Transmission Lines and Electromagnetic Waves program admission details are given in these following procedures-
Step1- The participants can click on this course URL - https://onlinecourses.nptel.ac.in/noc21_ee53/preview
Tags: The course admissions are closed at the moment. Candidates need to wait until the admission window reopens.
The Syllabus
Circuit model of a lossless transmission line
- Introducing space coordinate in circuit diagram
- The notion of delay in a lossless interconnect
- LC ladder equivalent
- The spatial derivative in equations for V and I
- Telegraphers equations
- Decoupling to wave equation
- Meaning of the analytical solution to wave equation - The existence of voltage and current waves
Programmatic approach to solving partial differential equations - Finite differences
- Taylor’s series approximation to first and second derivatives
- Partial derivatives
- Octave/Matlab based solution to voltage in a capacitor (Laplace solver)
- Meaning of Dirichlet and Neumann boundary conditions and the voltage in parallel plate capacitor
- Octave/Matlab to solve wave equation
- Octave/Matlab to solve Telegrapher’s equations
- Implication of short circuit or open circuit in a transmission line
- The reflection coefficient
- Time domain reflectometry
- Time of flight based inferences
- Bounce diagrams and time evolution of voltage
Non-idealities in the transmission line circuit model
- Resistor and conductor in circuit equivalent
- Steady state AC in transmission line
- The propagation constant and characteristic impedance
- Impedance in the transmission line
- Standing Wave and Voltage Standing Wave Ratio
- Power in transmission line
Impedance matching
- Quarter wavelength transformer
- Stub based matching
Equivalence of Maxwell’s equations and telegraphers equations
Programmatic solutions to Maxwell’s equations using Octave/Matlab
Power and Poynting vector
Losses in propagation and propagation constant, Polarization (the only difference from transmission lines)
- Linear, circular, elliptical
Reflection and transmission at interfaces (analogous to transmission lines)
- Reflection coefficient and transmission coefficient
- Standing waves
- Effect of reflection and transmission on Polarization (different from transmission lines)
Dielectric-Dielectric and Dielectric-Metal interfaces, Fresnel coefficients,Brewsters angle,Total internal reflection
Parallel plate and rectangular waveguides, Modes of parallel plate and rectangular waveguides
The cut-off frequency, Dispersion
Instructors
IIT Madras (IITM) Frequently Asked Questions (FAQ's)
As given in the Transmission Lines and Electromagnetic Waves fees detail, the required examination fee is Rs. 1000. There is no information about the required discount.
The candidates will be given a total of twelve assignments in the course. The best 8 assignments out of 12 will be counted for the total score.
The subject category of Transmission Lines and Electromagnetic Waves online course is Photonics and Electrical, Electronics and communications engineering.
Yes, the certification offered in this course will display the candidate’s picture, photograph, and score of the final exam.
The candidates can gain more information about the Swayam platform in the “About Swayam” section. It is present in the top section of the Swayam platform.
The candidates can easily enroll in the Transmission Lines and Electromagnetic Waves training by downloading the Swayam app on mobile phones or any other preferred devices.
This course will be used on industrial knowledge. The industries supported in this course curriculum are- ISRO, BEL, HFSS, Comsol.
The candidates will get more information on examination centers in the exam registration form. The candidates must check the certification registration form properly and in detail.
The Swayam platform is a government-initiated online learning platform. The platform ensures the safety of the personal details of the candidates in the Privacy Policy present on the left bottom side of the page.
Professor Ananth Krishnan, a faculty member at the department of electrical engineering in IIT Madras is the Transmission Lines and Electromagnetic Waves course instructor.