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Electrified: Mastering Modern Electric Vehicles Systems
Rating: 4.6 out of 5(37 ratings)
87 students

Electrified: Mastering Modern Electric Vehicles Systems

Electric Vehicle | EV Motors | EV Battery Pack Design| EV Thermal Management | Battery Management System | EV Chargers
Created bySajan Kumar
Last updated 5/2026
English

What you'll learn

  • Get familiar and know how of the Architecture of an Electric Vehicles
  • Design and calculate the Motor Power and Battery Power required for the Electric Vehicles
  • Design a Thermal Management Strategy for high-performance liquid-cooled Battery Packs
  • Calculate the Battery State of Charge (SoC) and Battery State of Health (SoH) using BMS algorithms
  • Calculate the design requirements of the various components of the Battery Pack Like Busbars, Enclosures, Heat Loads etc.

Course content

5 sections • 24 lectures • 17h 5m total length

  • Course Introduction1:46
  • Introduction EV Architecture24:57

    Explore the core architecture of electric vehicles, detailing the drive train, battery, and motor, how charging converts AC to DC, and how regenerative braking affects range.

  • History of Electric Vehicles26:14

    Explore the history of electric vehicles from 19th-century origins to the present, highlighting global evolution and the emergence of India's electric mobility landscape with companies like Tata and Mahindra.

  • IC Engine Vs Electric Motor58:25
  • Energy and Air Pollution54:59
  • Electric Vehicle Components and Key Features19:33
  • Types of Electric Vehicles39:16

    Explore the four major types of electric vehicles—hybrid, plug-in hybrid, battery electric, and fuel cell—and learn their architectures, components, and how battery power drives the motor.

  • Fundamentals of an Automobile26:53
  • Introduction to EV Completion Quiz

Requirements

  • Basic understanding of the physics and engineering

Description

Electrified: Mastering Modern Electric Vehicles Systems

Here is a snapshot of the roadmap we’ll be following:

  • The Architecture: The complete overview of electric vehicle architecture whether it is a two wheeler, three wheeler or a four wheeler. We will see the conversion of a ICE vehicle to Electric Vehicle

  • The Drivetrain: We will know the types of drivetrain used in the electric vehicle industry and with the different motors used in the electric vehicle industry. We will know the calculation of motor torque and power required for a particular EV.

  • The Powerhouse: Mastering the electric vehicle battery pack design from all the electrical, mechanical and thermal aspects along with the battery management system.

  • Thermal Management: How modern EVs keep their cool under pressure. Different types of cooling methodology used in electric vehicles. The thermal runaway of the battery pack and major cause of this. Heat load calculation of a battery pack.

  • Battery Management System: How the BMS plays a vital role to monitor and control the EV battery pack. The SoC and SoH estimation.

  • The Chargers: You need it somewhere to recharge the Battery pack. We will go through different types of chargers, wireless chargers, V2X and a basic design of an EV charger.

Who this course is for:

  • Engineering students looking to specialize in Electric Vehicle or E-Mobility
  • Automotive professionals transitioning from ICE to Electric Vehicle R&D
  • Fleet managers and technicians needing a deeper dive into Electric Vehicles and their components

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