Course Overview:

The focus is on Electric vehicles like never before. The whole automobile industry is looking for a shift as this technology presents a viable solution for all. However, it is not as simple as we think when you aspire to be a part of this emerging technology. Electric Vehicles run on batteries, but what happens inside? The awareness of how these systems function is necessary to become qualified engineers and technicians in an EV ecosystem. The design of Electric Motors, their types, and how it converts electric energy to mechanical are all discussed comprehensively in this curriculum.

Learning Outcome:

Upon completing the course, you will be able to design an EV motor using the CAD/CAE tools, also keying in several factors and parameters. You tend to achieve an excellent command over the design based on various calculations and the following aspects:

• Understanding the Electric Vehicle Drive system targets
• An overview of Interior PM magnet motors and Induction motors
• Analyzing magnet arrangements and impacts on Motor performance
• Adopting Physical design changes for efficiency improvement
• Studying the effects on NVH and system integration
• Establishing advanced Motor sensor applications for EVs and HEVs

Ideal for:

Any professional interested in the trends of EV technology and who wants to be a part of its future can apply. Based on the criteria, the ideal candidates are as follows:

• Mechanical, Mechatronics, Automobile Engineering students or graduates
• Students or Professionals pursuing Industrial/Mechanical design
• Art/Science graduates passionate about EV technology