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EV Design Basic

It is an intensive ten-day program that seeks to introduce learners to the basics of analyzing and designing EVs through calculated simulations.


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Language: English

Instructors: Sasikumar

Validity Period: 30 days

₹599 33.39% OFF

₹399 including GST

Why this course?


                                                                  EV DESIGN BASIC 



Electric vehicles (EVs) represent a transformative shift in the automotive industry, moving away from traditional internal combustion engines toward sustainable and efficient electric propulsion systems



Electric vehicle (EV) design revolutionizes traditional automobile engineering by replacing internal combustion engines with electric propulsion systems.



Battery Technology: The heart of an EV is its battery pack. These batteries, usually lithium-ion, store electrical energy to power the vehicle. Advances in battery technology are critical for improving range and performance.

Electric Motors: EVs use electric motors for propulsion. These motors are efficient, lightweight, and provide instant torque, contributing to the acceleration and overall performance of the vehicle.

Charging System: EVs require a charging system to replenish the battery's energy. This can range from standard home outlets to high-speed public charging stations, impacting the convenience and speed of recharging    

Range Optimization: Designers focus on maximizing the driving range per charge. This involves optimizing battery capacity, vehicle weight, and overall energy efficiency.

Weight Distribution: The placement of the battery pack affects the vehicle's weight distribution. Designers aim for a balanced distribution to optimize handling and stability.




The design of electric vehicles (EVs) plays a pivotal role in shaping the future of transportation, with numerous applications and uses.

Sustainable Transportation:

EV design contributes to the shift toward sustainable and environmentally friendly transportation by reducing reliance on fossil fuels and lowering carbon emissions.

Reducing Air Pollution:

By eliminating tailpipe emissions, EVs designed with a focus on sustainability help mitigate air pollution in urban areas.

Public and Private Fleets:

EV design is crucial for the adoption of electric vehicles in public and private fleets, including taxis, delivery services, and municipal vehicles.



Module: 1. Matlab – Simulink Introduction

Module: 2. Electric Vehicle Introduction

Module: 3. Forces on EV Calculations

Module: 4. Power for EV Calculations

Module: 5. Introduction to Power Electronics

Module: 6. Power Converter Design -1

Module: 7. Power Convert design – 2

Module: 8. Inverter Design MATLAB Simulink

Module: 9. Introduction to Electric Motor MATLAB Simulink

Module: 10. DC Motor Speed Control MATLAB Simulink





Course Curriculum

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