Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
---|---|---|
English | Self Study, Campus Based/Physical Classroom | Video and Text Based |
Signals and systems form a part of our day-to-day experiences let it be as basic as listening to music, receiving and making calls, using voice recognition software like Google Now and Siri, photo editing to taking ECGs. Each of these includes gathering, transmitting, storing, and preparing data from the physical world.
This course will prepare you to handle these assignments effectively by learning the fundamental numerical system of signals and systems. The contents of this course are divided into two parts namely part one – EE210.1x and part two - EE210.2x. And this being part two will include various transforms and theorems where the contents of part one will be these courses prerequisites. The candidates will deal with Z- transform, Laplace transform, sampling theorem, and discrete Fourier transform, the concepts introduced in this course will be used in understanding various other courses such as communication systems, digital signal processing, digital message transmission, electrical engineering courses, and understanding control systems.
Signals and Systems, Part-2 will provide the candidates with a clear understanding of the contents that fall under signals and systems.
Certificate Availability | Certificate Providing Authority |
---|---|
yes | IIT Bombay |
The registration fee for Signals and Systems, Part-2 is Rs. 570
An early-bird registration discount is Rs. 470
The fee paid is non-refundable
Fee details for Signals and Systems, Part-2:
Head | Amount |
Registration Fees | Rs. 570 |
Certification Qualifying Details
The e-certificate will be provided on successful completion of the course and based on the grading criteria mentioned.
After completing the course Signals and Systems, Part-2 the candidate will learn the following:
This course is well suited for candidates with prior knowledge of the following:
The application process for the course Signals and Systems, Part-2 will be only carried out only online and not in any other mode.
The following is the details for online enrolment:
Step 1: Visit the Course page. https://www.it.iitb.ac.in/lakshya/workshopContent.html?workshopid=gK1ILd9cTrm3Ye7MnKNUEw
Step 2: Your account will be created after being verified
Step 3: Using the verified account login to the website
Step 4: Click on Announcement, choose the program, and register
Step 5: After completing the registration an automated email will be sent with your name in the “list of participant’s page”
Step 6: After receiving the email register on IITBombayX website - https://courses.iitbombayx.in/register using the email id used during the signup process.
Yes, once the candidates successfully complete the course they will receive an IITBombayX Honor code e-certificate.
Signals and Systems, Part-2 will be taught by Prof. Vikram Gadre and his research fields are signal processing and communication.
The candidates are required to have the basics of high school mathematics, basic trigonometry, Calculus both differential and integral, Basic circuit analysis, Concepts from signal and systems part 1.
There are no particular eligibility criteria other than fulfilling the prerequisites defined in the course Signals and Systems, Part-2.
Signals and Systems, Part-2 online course will require the candidates to dedicate 4-6 hours a week over a span of 8 weeks. And diligently complete the work that’s expected from them to successfully complete the course.
At present this course is only available in English and no other regional or foreign languages.
Any doubts regarding the course can be sent in the discussion forum, and the course staff will directly clear your doubts.
Yes, the candidates will be able to access the course after completing it. It will be available on your dashboard under archive
Yes, you can enrol in the course given that the enrollment is still opened
Yes, candidates can retake the course how many ever times they want to and will earn a certificate every time they complete the course