Diploma in Engineering Fundamentals of Electric Vehicles
4.0 /5- Offered byAlison
Diploma in Engineering Fundamentals of Electric Vehicles at Alison Overview
Duration | 20 hours |
Total fee | Free |
Mode of learning | Online |
Official Website | Explore Free Course  |
Credential | Certificate |
Diploma in Engineering Fundamentals of Electric Vehicles at Alison Highlights
- Earn a diploma of completion from Alison
Diploma in Engineering Fundamentals of Electric Vehicles at Alison Course details
- For anyone who is passionate about vehicle technology and wants to help the environment by gaining new engineering skills that will advance their career
- Define Ohm’s law and Kirchhoff's first and second law
- Calculate torque inside a PMDC motor
- Understand the role of magnetic flux inside a PMSM
- Summarize how to design a field-oriented control
- Analyze the ‘Clarke and Park transform’
- Explain how to use Norton's Theorem to design a thermal circuit
- Identify different types of chargers and their specifications
- Discuss swappable batteries and swapping stations
- Outline different international standards for chargers
- Grasp cell-level monitoring in battery packs
- 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
- The course opens by explaining how the flow of energy works by unpacking Ohm’s law to help you understand how electric energy travels through a circuit
- This brings us to torque production inside an electric motor and commutation’s role in creating it
- We explore a PMDC motor involving split rings and sliding carbon brushes for commutation to discover how it produces torque
- This course teaches you the crucial methods involved in designing a field-oriented control and how to control the amplitude, phase and frequency of the voltage the battery provides to operate the motor
Diploma in Engineering Fundamentals of Electric Vehicles at Alison Curriculum
Electric Vehicle Motors
Electric Vehicle Motors - Learning Outcomes
Flow of Energy
Understanding Torque
Motor Dynamics
Electric Vehicle Motors - Lesson Summary
Electric Vehicle Controllers
Electric Vehicle Controllers - Learning Outcomes
Field Oriented Control
Thermal Design
Engineering Considerations
Electric Vehicle Controllers - Lesson Summary
Engineering Principles of Electric Vehicles - First Assessment
Engineering Principles of Electric Vehicles - First Assessment
Battery Chargers
Battery Chargers - Learning Outcomes
Introduction to Battery Chargers
Battery Swapping
Public Chargers
Swapping Stations
Battery Chargers - Lesson Summary
Analytics
Analytics - Learning Outcomes
Battery Monitoring
Monitoring Subsystems
Analytics - Lesson Summary
Engineering Principles of Electric Vehicles - Second Assessment
Engineering Principles of Electric Vehicles - Second Assessment
Course assessment
Diploma in Engineering Fundamentals of Electric Vehicle Design - Course Assessment
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