Learning Outcomes

Flow of Energy

Understanding Torque

Motor Dynamics

Lesson Summary

This module will discuss how to design an electric vehicle motor, how to optimise for torque inside a motor, and why electric vehicles use a PMSM motor instead of a PMDC motor.

Field Oriented Control

Thermal Design

Engineering Considerations

This module will discuss how to design controllers for the motor of an electric vehicle. It will also discuss the importance of an excellent thermal design, and it will explain engineering concepts useful for designing both motors and controllers.

Engineering Principles of Electric Vehicles - First Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 1 and 2 of the following course: 

• Diploma in Engineering Fundamentals of Electric Vehicle Design.

Introduction to Battery Chargers

Battery Swapping

Public Chargers

Swapping Stations

This module will discuss the design, specifications, and the use of different types of chargers. It will explain how public chargers work with local grid and network, the concept of battery swapping and changing stations, and chargers and charging standards.

Battery Monitoring

Monitoring Subsystems

This module will discuss how data is gathered, uploaded to a cloud, and analyzed for the vehicle's battery and subsystems' safety and performance.

Engineering Principles of Electric Vehicles - Second Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 3 and 4 of the following course: 

• Diploma in Engineering Fundamentals of Electric Vehicle Design.

Diploma in Engineering Fundamentals of Electric Vehicle Design - Course Assessment

Master the fundamentals of electric vehicle design in this free online engineering course.

Diploma in Engineering Fundamentals of Electric Vehicles

This free online course leads you through the engineering principles that enable industry to rapidly develop new designs of batteries and motors that are more energy-efficient and accessible than ever before. Anyone interested in automotive engineering can learn how to apply these principles to design and build motors, controllers and chargers for electric vehicles and how electric vehicles present new business opportunities for investors.

Introduction to Mechatronics Systems

Examples of Mechatronics Systems

Electric Circuit and its Components

Basics of Semiconductor Devices

Application of Transistors

This module, Basics of Mechatronics Systems, introduces you to the working principles of key components of electric circuits and how those electronic components can be applied in mechatronics systems.

Sensors Performance Terminologies

Displacement, Position and Proximity Sensors

Force and Fluid Flow Sensors

Acceleration & Vibration Measurement Sensors

This module, Sensors in Mechatronics Systems, explains the key terminologies used for indicating sensor's performance and the working principles of the various sensors used in mechatronics systems.

Diploma in Mechatronics - First Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of module 1-2 of the following course: 

- Diploma in Mechatronics

You need to score 80% or more to pass.

Mechanical Actuation Systems

Hydraulic and Pneumatic Actuators

Electrical Actuation System

Data Presentation Systems

This module, Actuation Systems in Mechatronics, discusses the working principles of major mechanical and electrical actuators used in mechatronic systems and the principles of some data presentation systems.

Introduction to Signal Conditioning

Op-amp as a Signal Conditioner

Analogue To Digital Converters

Digital To Analogue Converters

Artificial Intelligence in Mechatronics

In this module, Signal Conditioning in Mechatronics Systems, you will study the components used in manipulating signals for mechatronics systems, including the signal converters and operational amplifiers.

Diploma in Mechatronics - Second Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of module 4-5 of the following course: 

- Diploma in Mechatronics

You need to score 80% or more to pass.

Diploma in Mechatronics - Assessment

This free engineering course will teach you about the working principles of the key elements of mechatronic systems.

Diploma in Mechatronics

Mechatronics is often considered the smartest field of engineering because it integrates mechanical and electronic engineering with intelligent computer controls. It deals with the design of smart robots and automated systems as well as consumer products like cameras with auto-focus . This course equips you with knowledge of the working principles and roles of mechatronic systems’ key components and how mechatronics makes our daily lives better.

Acting Forces

Power and Torque for Acceleration

Calculating for Force and Power

Drive Cycles

This module will discuss which physical forces act on a moving vehicle and how to perform calculations that will help determine the power required for an engine to overcome these forces. It will also explain how to calculate the amount of energy that will be consumed by an electric vehicle, depending on driving conditions, to establish design parameters for the electric vehicle.

The Vehicle Drive - Train

Batteries

This module will discuss the basic functions of the electric vehicle's subsystems, including an introduction to the very heart of the electric vehicle, the battery.

First Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 1 and 2 from the following course: 

• Diploma in Electric Vehicle Technology

Battery Parameters

Lithium-Ion Batteries

Battery Indicators

Development of Battery Packs

Battery Costs

This module will discuss how to calculate battery parameters, such as battery life, range, and charging methods. It will also analyze the chemical makeup of different batteries and what to consider when designing a battery to meet certain requirements.

Introduction to Battery Pack Design

Mechanical Design

Electrical Design

Battery Management System

This module will discuss how to design a reliable and safe battery pack. It will explain the different stages of the design, such as cell configuration, the structure of the pack, safety, and pack control. It will also analyze the mechanical, thermal, and electrical design of the battery pack and how to implement a good Battery Management System that will monitor the battery pack.

Second Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 3 and 4 from the following course: 

• Diploma in Electric Vehicle Technology

Diploma in Electric Vehicle Technology - Assessment

In this free online course, learn the basics of designing an electric vehicle and the technologies that drive them.

Diploma in Electric Vehicle Technology

With the growing prices in fuel, electric vehicles are more popular than ever and with governments pushing car manufacturers to produce more electric vehicles,  so with newer technologies the future is in electronics. Learn about the fundamental principles of designing an electric vehicle as you begin your studies. If you are an automotive technician, mechanical or electrical engineer, or just a car enthusiast, this course is for you.

Design of Electric Vehicle Batteries - Course Assessment

In this free online automotive engineering course, learn how to design and build a battery pack for an electric vehicle.

Design of Electric Vehicle Batteries

The future of the automotive industry is the electric vehicle. Understanding electric vehicle batteries will empower you to take your career to the next level. Learn about the fundamental engineering principles required to design and build a battery that will power an electric vehicle and much more. So why wait? Start this free online course today and align your path with this exciting field.