This is a foundational course that will start with discussion on the need and environmental impacts of electric vehicles and their role for sustainable mobility. We will discuss the history and evolution of electric vehicles with industry examples.
As countries around the world work together to tackle global warming, electric mobility is considered to be one of the major initiatives to reduce the carbon footprint across the transportation sector from cycles to aircraft. This course provides you with the fundamentals of Electric Vehicle (EV) technology, laying a strong foundation to learn further specific topics in electric mobility. This is a foundational course that will start with discussion on the need and environmental impacts of electric vehicles and their role for sustainable mobility. We will discuss the history and evolution of electric vehicles with industry examples. Then we’ll review different electric vehicles based on the propulsion type, energy source, and battery size. We will also discuss the key components in the electric vehicle and their major functions. Finally, a review of different powertrain layouts will be provided. We will conclude the course by addressing challenges, issues, and opportunities, as well as exploring emerging trends and technologies in the electric vehicle industry. By the end of this course, you’ll be to understand the role of electric vehicles for sustainable mobility. You’ll be able to identify the key components present in an electric vehicle and explain their key functions performed by them. You’ll be able to identify a functional block diagram of an electric vehicle and analyze the power flow between the components. You’ll also be able to explain the difference between a typical internal combustion engine vehicle and an electric vehicle. You’ll identify the emerging technology and trends in the electric vehicle industry. As well as assessing the various career opportunities in the electric mobility domain.
This program is designed for anyone who is interested in electric vehicle technology. This includes engineers working in product development to faculty and students from academia.
The course is open for all who are starting their learning journey into the world of electric vehicles. It is recommended for the learner to have some knowledge of basic physics and chemistry covered at the High School level to understand some of the technical terms covered in the course.
Explore a structured set of chapters designed to build your skills step by step, with practical examples and hands-on applications.

We offer flexible payment options to make learning accessible for everyone. With our Pay-As-You-Go plan, you can pay for each course individually. Alternatively, our Subscription-Based plan provides you with unlimited access to all courses for a monthly or yearly fee.
Yes, we do offer a certification upon completion of our course to showcase your newly acquired skills and expertise.
Prasanthkumar Palani
No, we don't offer any free courses, but we do offer 5-day trial only on our subscriptions-based plans.
Our course is designed with three levels to cater to your learning needs - Core, Intermediate, and Advanced. You can choose the level that best suits your knowledge and skillset to enhance your learning experience.
We accept various payment methods such as major credit cards, PayPal, wire transfer, and company purchase orders. For more information related to payments contact customer support.
Yes, we do offer a 100% refund guarantee for our courses within a specified time frame. If you are not satisfied with the course, contact our customer support team to request a refund with your order details. Some restrictions may apply.
Segment 01 - Introduction to the course and Meet your Instructor
Segment 02 - Why Electric Mobility
Segment 03 - Global sales and market trends of electric vehicles
Segment 04 - Electric Mobility for sustainable transport