Electric vehicle course

Electric and Hybrid Vehicles | Components of EV and HEV | EV Batteries |EV Battery Management system | EV Charging

Created byNegussie Saifu

Last updated 1/2025

English

What you'll learn

Basic working principles of Electric and Hybrid vehicles
Basic Components of Electric vehicles and their operations
Types of Electric motors and Batteries used in Electric Vehicle Application
Types of electric and electric vehicle technology
Operation of Lithium Ion Battery Thermal Management Systems
Electric and hybrid vehicle Charging technology and Infrastructures
Safety, Regulations, and Standards of Electric and Hybrid vehicles
EV Future Trends and Emerging Technologies

Course content

9 sections • 25 lectures • 5h 45m total length

History of Electric vehicles3:17
After this lecture you will be able to know a brief history of electric vehicles. The ppt file for lecture number 1 up-to 3 is attached under this lecture. Download the file and read it for further
Basics of Electric vehicles8:47
After this lecture, you will be able to know about basics Concepts of Internal combustion and basics of electric vehicles.
Advantages and Disadvantages of Electric vehicles6:51
After this lecture, trainee will able to differentiate the advantages and disadvantages of electric vehicles over Conventional IC engine vehicles.
Basics of EV and Hybrid vehicles

EV Battery, Motor and Power electronics10:02
After this lecture, you will be able to Identify electric vehicle battery, Motor and Power electronics. The ppt file for lecture number 4 up-to 6 is attached under this lecture. Download the file and read it for further
OBC, Vehicle Control Unit & Power distribution unit12:15
After this lecture, you will identify EV components like an onboard charger vehicle Control Unit & Power distribution unit.
Regenerative Braking8:38
After this lecture, you will understand the working principles of regenerative breaking system.
Components of Electric & Hybrid vehicles

Battery EVs & Hybrid Electric vehicle18:54
This lecture is all about battery electric vehicles and hybrid electric vehicle operation and difference. The ppt file for lecture number 7 up-to 9 is attached under this lecture. Download the file and read it for further understanding.
Plug in hybrid electric vehicles (PHEV)8:58
After this lecture, you will understand the operation of plug-in hybrid electric vehicles
Extended range electric vehicles (EREV)9:19
Types of Electric and Hybrid vehicles

series and Parallel Architecture of HEV13:31
After this lecture, you will understand the architecture of series and parallel hybrid EVs. The ppt file for lecture number 10 up-to 11 is attached under this lecture. Download the file and read it for further
Power split or Series-Parallel Hybrid Propulsion9:11
This lecture is all about working principles of series-parallel hybrid electric vehicle architecture.
Hybrid Vehicle Propulsion Systems Architectures

Electric Motor and Types13:55
In this lecture, you will have an understanding working principles of electric motors, and different types of EV motors from brushed DC motors to Switched reluctance motors used in both electric and hybrid EVs. The ppt file for lecture number 12 up-to 16 is attached under this lecture. Download the file and read it for further understanding.
Brushed & Brushless DC motor)7:50
Induction Motor5:46
Permanent Magnet Synchronous Motors8:17
Switched Reluctance Motors (SRMs)11:04
Types of Electric Motors in Electric vehicles

Types of electric vehicle Battery19:21
In this lecture, you will have an understanding of the requirements of electric vehicle batteries, and the working principles of primary and secondary battery cells. The ppt file for lecture number 17 up-to 20 is attached under this lecture. Download the file and read it for further understanding.
Lithium-Ion Battery18:54
Lead-Acid Batteries15:48
Nickel-Metal Hydride (NiMH) Batteries8:29
Types of Electric vehicle Battery

Battery Management System28:19
In this lecture, you will understand the Electric vehicle management system objectives, component parts and working. The ppt file attached to this lecture is for both lecture 21 and 22. Download it and read it for further understanding.
Thermal and Energy management26:52
This lecture is all about BMS thermal management and Energy management system operation.
Lithium- ion Battery Management system(BMS)

Advanced Battery Technology9:28
This lecture is all about advanced electric vehicle battery technology, and the requirements to EV battery advancements . The ppt file for the lecture 24 and 25 is attached as section 9 file. Download it and read it for further understanding.
Autonomous Electric vehicle Technology27:43
This lecture is talk about the autonomous or driverless electric vehicle technology operation and connected vehicle technology and their benefits. Since the PowerPoint file is attached under lecture 24 as section 9 file, use it to understand further.
Autonomous and Connected Electric vehicles

Requirements

Basic electronics knowledge
Interest in automotive & electric vehicles

Description

Understand Basic construction and Operation of electric and hybrid vehicle technology
Understand the fundamental components of electric and hybrid vehicles
Understand a complete Overview of all high-voltage components in an electric or hybrid Vehicle.
Understand the effect of electric vehicles on the carbon footprint.
Describe the Advantages and disadvantages of Electric vehicles over internal combustion engine vehicles
Identify and describe different types of electric vehicles
Understand types of hybrid vehicle propulsion system technologies
Describe the main hybrid and electric vehicle development considerations and performance requirements for various vehicle system
Understand the operation of brushed and brushless DC motors in EV and HEV vehicles
Understand the operation of induction Motors and Permanent Magnet Synchronous Motors for EV and HEV vehicles.
Understand the construction and operation of electric vehicle battery types
Define and analyze battery operation and performance requirements for hybrid and full electric vehicle applications
Describe the objectives and operation of Battery Management System (BMS)
Identify thermal and Energy management system technologies
Explain different approaches to estimating the state of charge, state of health, power, and energy
Compare and contrast the various industry and regulatory standards for hybrid vehicle charge connectors and charging systems
Have technical and theoretical knowledge of overall electric vehicles
Understand the future trends and emerging technology of electric vehicles

Who this course is for:

Car enthusiasts
Aspiring Engineer
Students
Curious about electric vehicles

Electric vehicle course

What you'll learn

Explore related topics

Course content

Basics of EV and Hybrid vehicles3 lectures • 19min

Components of Electric & Hybrid vehicles3 lectures • 31min

Types of Electric and Hybrid vehicles3 lectures • 37min

Hybrid Vehicle Propulsion Systems Architectures2 lectures • 23min

Types of Electric Motors in Electric vehicles5 lectures • 47min

Types of Electric vehicle Battery4 lectures • 1hr 3min

Lithium- ion Battery Management system(BMS)2 lectures • 55min

Electric vehicle Charging and Infrastructure1 lecture • 34min

EV Future Trends & Emerging Technologies2 lectures • 37min

Requirements

Description

Who this course is for: