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IIT Bombay Power Electronics and Motors for Electric Vehicles (EVs)

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  • Course Content
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  1. Training
  2. Electric Vehicle Technology
  3. Advance E- Vehicle Technology

IIT Bombay Power Electronics and Motors for Electric Vehicles (EVs)

Build essential skills to advance your career within the field of EVs (electric vehicles) and gain insight into the design and development of new solutions optimized for India’s transportation future with the Indian Institute of Technology Bombay, the #1 ranked university in India.

Created By 1

English

105,574 105,574

This course includes:
  • 4.5 Months On-demand training
  • Certificate of completion
IIT Bombay Power Electronics and Motors for Electric Vehicles (EVs)

IIT Bombay Power Electronics and Motors for Electric Vehicles (EVs)

Build essential skills to advance your career within the field of EVs (electric vehicles) and gain insight into the design and development of new solutions optimized for India’s transportation future with the Indian Institute of Technology Bombay, the #1 ranked university in India.

Created By 1

English

105,574 105,574

What you'll learn

  • Motor design
  • Drive inverters
  • On-board chargers
  • Digital control of power electronics
  • Auxiliary DC-DC converters
  • Thermal design
  • Design of Power Electronics
  • Pulse Width Modulation
  • Motor Analysis

Course content

3 sections • 3 lectures • 4.5 Months total length
Expand all sections

  • Motor topologies and design choices
  • Characteristics of EV motors
  • Drivetrain architecture
  • Peak ratings and performance calculations
  • Design of BLDC, PMSM and IM
  • High Saliency Designs

  • High power density inverters
  • On-board chargers
  • Fabrication of power electronics
  • Digital control of power electronics

  • Motor control algorithms
  • Combined simulations
  • Thermal design of power electronics and machines
This course includes:
  • 4.5 Months On-demand training
  • Certificate of completion

Requirements

This program is designed for working professionals with a background in electrical, electronics or mechanical engineering. Final year engineering students of Electrical Engineering may also apply.

If you do not have an undergraduate education in Electrical Engineering, relevant work experience or working knowledge of power electronics is required.

Description

In this program, you’ll build expertise with the state-of-the-art technologies that are reshaping the future of transportation in India and around the world.

You’ll explore how innovators and entrepreneurs are leveraging new technologies to address environmental concerns and working to reach a 30% sales share for electric vehicles by 2030. You’ll discover how EV (electric vehicle) technology is overcoming existing constraints associated with thermal design, material selection, controller design, and more, and deepen your understanding of transmission components, energy storage systems, and control and power electronics. This is an ideal opportunity to gain the necessary skills to advance your career and help determine how EV technology can improve the world. As the world continues to shift towards sustainable EVs, demand for qualified professionals with knowledge around energy storage systems, power electronics, and more continues to rise. Upon completing this program, you’ll be prepared to succeed in this vital growing field.

Who this course is for:

  • High power density inverters
  • On-board chargers
  • Fabrication of power electronics
  • Digital control of power electronics

Instructor

1
Professor, Indian Institute of Technology Bombay
NA

Dr. Kishore Chatterjee is a professor in Indian Institute of Technology Bombay

Frequently Asked Questions

This program is designed for final year engineering students and recent graduates of Electrical Engineering or a related field. It is recommended that students have had prior experience with power electronics, motors, or EV.
Yes! The certificate will be issued by Indian Institute of Technology, Bombay.
A certificate from IIT Bombay will prepare you to advance your career as a technology and business professional. Apart from being ranked the #1 university in India, IIT Bombay creates experiences that students don’t forget. If you are passionate about your interests and hoping for a peer group that consists of equally passionate individuals, IIT Bombay is the perfect place. Whether your passion is for biochemistry or semi-conductors, or anything in between, you can be sure that IIT Bombay will not fall short.
This program is fully synchronous, providing learners with live class sessions led by expert faculty from IIT Bombay. If you are unable to attend a live session, recordings will be made available for you to review and continue learning.
This program is entirely synchronous and lectures will be delivered in a live video format.
Payments can be made using netbanking, bank transfer, debit or credit cards. EMI option is available for select cards.
Upon successful payment and registration, you will gain access to your onboarding course and all available course materials. Once the program starts, you will gain expert feedback from the program faculty as you work with an elite network of peers towards your goals.
No. The Certificate is available only to learners who have paid for the program.
Financial assistance is not available at this time for Certificates.
No, there is no application required to enroll for this programme.
There shall be two lectures conducted from 3pm through 6pm (IST) on Saturdays.
The project can be completed by a learner on their computer. Detailed instructions on downloading and installing requisite software shall be shared during the course lectures. There will not be any requirement for hardware equipment for project work.
Circuit simulators, finite element analysis, microcontroller programming etc. are some of the skills which would be taught during the course. For these, softwares such as LT Spice; TI Code Composer Studio; Ansys Maxwell (or equivalent) maybe used for projects & assignments. No purchase is required - the participants can use either trial, open-source or student license version of the software, directly downloaded from the sotfware webpage. Instructions on how to install and use will be provided during the course.
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105,574 105,574