About Course
Overview
The writing on the wall is clear: the future of automobiles belongs to the field of electronics. The demand for the skills of modeling and analyzing EV systems using simulation is skyrocketing. This course teaches you various elements of mathematics, chemistry, electronics, and programming involved in modeling EV systems, besides imparting the know-how of using simulation software applications and programs to determine the real-world behavior of the EV systems you have designed.
Learnings
Upon successful completion of this course, you will be able to master the following aspects:
- Vehicle dynamics calculation
- Understanding the cell chemistry and types
- Concept of motor controllers
- EV auxiliary systems
- Battery pack modeling & range calculation
- Simulation of EV cell/pack models
- Learning various testing requirements
- Designing battery charging architecture
- Modeling and simulation of power electronics & motor devices
- Matlab simulation & script
- Simulink application for EV
- Python programming
- Python for FreeCAD, ABAQUS
Course Content
Syllabus
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Module 1 Electric Vehicle Technology and Operation
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Module 2 Electric Vehicle PowerTrain Design With Matlab
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Module 3 Electric Vehicle Battery Design With Matlab
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Module 4 Mastering MATLAB for Mechanical Engineering
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Module 5 Python for Mechanical Engineers
