Career: Make a career in the electric vehicle industry, IIT Bombay starts the PG Diploma course..

The demand for electric vehicles is increasing day by day in many countries of the world including India. To meet this demand, the electric vehicle industry is developing rapidly all over the world. As a result, companies like Mahindra, Suzuki, and Tata have either launched electric vehicles in India or are preparing to launch them. Looking at this trend, it can be understood that great career growth can be achieved in the electric vehicle industry around the world including India, given which the Indian Institute of Technology (IIT) Bombay has started a course. By taking admission to this online PG diploma course, a great career can be made in the electric vehicle industry. Let us understand the whole matter in detail.

IIT Bombay's PG Diploma on E-Mobility

IIT Bombay has started an e-PG Diploma i.e. online PG diploma course on e-mobility i.e. electric vehicles this year. This PG diploma is 18 months, which will equip students and professionals with electric vehicle expertise. IIT Bombay has prepared this PG Diploma course in collaboration with edtech firm Great Learning.

Who can take admission, when to apply

Students who have completed a BE or BTech degree can apply for admission in the E-Mobility PG Diploma course started by IIT Bombay. Along with this, students who have obtained a four-year BSc/BS degree can also apply for admission. At the same time, students who have done MTech/MSc/MS can also apply for admission to this diploma course. Talking about applying for admission, it is not possible this year. Because this course started this year itself, the entire application process was completed in March itself. Now application for admission can be made only next year.

What can you learn in the course?

According to the information provided by IIT Bombay, by taking admission in this PG Diploma course, any student and professional can learn about electric vehicle design and battery technology, electrical drive and power electronics, sub-system modeling, battery degradation, and EV charger control systems.

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