Diploma in Electric Vehicle Technology
- Offered byAlison
Diploma in Electric Vehicle Technology at Alison Overview
Duration | 30 hours |
Mode of learning | Online |
Schedule type | Self paced |
Official Website | Go to Website |
Credential | Certificate |
Diploma in Electric Vehicle Technology at Alison Highlights
- Earn a diploma certificate after completion of course from Alison
Diploma in Electric Vehicle Technology at Alison Course details
Individuals passionate about cars and interested in the latest advancements in electric vehicle technology
Students pursuing degrees in mechanical, electrical, or automotive engineering looking to specialize in electric vehicles
Define ‘gradient resistance’, ‘rolling resistance’ and ‘aerodynamic drag’
Compute torque and acceleration requirements for engine design
Solve energy requirements using drive cycles
Explain the function of the vehicle's drive-train
Compute charge-discharge cycles of an electric vehicle's battery
Discuss the battery capacity of electric vehicles
Explain the concept of ‘depth of discharge’
Define a battery's C-Rate
Explain the different components of the pack's mechanical design
Discuss the importance of a good thermal management system
Summarise how a battery pack's busbar is designed
Describe the role of the battery management system (BMS)
The course explains growing prices in fuel, electric vehicles are more popular than ever and with governments pushing car manufacturers to produce more electric vehicles, 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
Diploma in Electric Vehicle Technology at Alison Curriculum
MODULE 1
Vehicle Dynamics
Vehicle Dynamics - Learning Outcomes
Acting Forces
Power And Torque For Acceleration
Calculating For Force And Power
Drive Cycles
Vehicle Dynamics - Lesson Summary
MODULE 2
Vehicle Subsystems
Vehicle Subsystems - Learning Outcomes
The Vehicle Drive - Train
Batteries
Vehicle Subsystems - Lesson Summary
MODULE 3
Fundamentals Of Electric Vehicles - First Assessment
First Assessment
MODULE 4
Storage For Electric Vehicles
Storage For Electric Vehicles - Learning Outcomes
Battery Parameters
Lithium-Ion Batteries
Battery Indicators
Development Of Battery Packs
Battery Costs
Storage For Electric Vehicles - Lesson Summary
MODULE 5
Battery Pack Design
Battery Pack Design - Learning Outcomes
Introduction To Battery Pack Design
Mechanical Design
Thermal Design
Electrical Design
Battery Management System
Battery Pack Design - Lesson Summary
MODULE 6
Fundamentals Of Electric Vehicles - Second Assessment
Second Assessment
MODULE 7
Course Assessment
Diploma In Electric Vehicle Technology - Course Assessment
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