In today’s world, the automobile industry is rapidly switching to electric vehicle systems. In the last decade, the electric vehicle system has gained immense popularity. It is on its way to reaching the ultimate goal of a green transportation system that uses sustainable and efficient energy sources. In 2010, the gross number of electric cars worldwide was just 0.02 million. However, this number has increased dramatically since 2010 and has reached around 7 million in 2020. Moreover, the sales of electric cars are projected to grow exponentially in the next decade as well. Hence, we expect to see huge growth in the electric vehicle market shortly.
If you are interested in Electric Vehicle Engineering, you must have multidisciplinary expertise and skills such as mechanical, automobile, communication, power electronics, electrical, and computer engineering.
If you take an electric vehicle design course, you will learn about the fundamental aspects of the electric vehicle system. You must thoroughly understand the electric vehicle system before you decide to join this field. You will learn the basic requirements, issues, and goals linked to electric vehicle design by taking this course.
You will gain important knowledge about the rich history of the electric vehicle system and automobiles. It will help you understand every minute detail about the electric vehicle system that an engineer should know. In addition, the fundamentals of an EV Design Course will cover the basic calculations needed to find different parameters of the electric vehicle system, such as vehicle range, motor power, and battery calculations.
You will learn about how to choose an electric motor for a specific torque-speed characteristic of the electric vehicle systems and the torque-speed characteristics of the vehicle as well. The fundamentals should cover details about vehicle parameters, driving cycles, different EV configurations, energy sources, etc. It should include the development details of the MATLAB simulation model and its detailed analysis to thoroughly understand the impact of different parameters on the vehicle.
You should learn about the details of various energy sources such as fuel cells, batteries, flywheels, and ultracapacitors. You should understand the crucial role played by engineers from different fields to reach a common goal to meet the performance requirements of the ideal electric vehicle system. You should take this course if you are an engineering student from any field who wants to get a job in the electric vehicle industry for their careers. You can also take this course if you are a research scholar who wants to begin their research work in the electric vehicle engineering field.
As climate change is a fundamental concern for our generation, it is crucial to be more sustainable in the automotive industry, especially in fossil fuel combustion consumption. Hence, electric vehicles are of utmost importance and are becoming increasingly popular. The world is striving to use green technology. EV technology is expected to deliver a long-term answer for solving climate change. Because of this, there are numerous job opportunities available in the Electric Vehicle industry.