Electric and Hybrid Vehicle Design
( 25 Modules )

Module #1
Introduction to Electric and Hybrid Vehicles
Overview of electric and hybrid vehicles, their benefits, and market trends

Module #2
Fundamentals of Electric Vehicle Systems
Basic principles of electric vehicle systems, including electric motors, batteries, and power electronics

Module #3
Battery Technologies for Electric Vehicles
In-depth look at battery chemistries, architectures, and management systems for electric vehicles

Module #4
Electric Motor Fundamentals
Theory and design of electric motors for electric and hybrid vehicles, including efficiency and thermal management

Module #5
Power Electronics for Electric Vehicles
Design and application of power electronics for electric and hybrid vehicles, including inverters and converters

Module #6
Hybrid Vehicle Systems
Overview of hybrid vehicle systems, including series and parallel hybrids, and their applications

Module #7
Energy Storage Systems for Hybrid Vehicles
Design and application of energy storage systems for hybrid vehicles, including batteries and ultracapacitors

Module #8
Transmission and Drivetrain Design for Electric and Hybrid Vehicles
Design and application of transmissions and drivetrains for electric and hybrid vehicles

Module #9
Thermal Management for Electric and Hybrid Vehicles
Thermal management strategies for electric and hybrid vehicles, including cooling systems and waste heat recovery

Module #10
Electrification of Traditional Vehicle Systems
Electrification of traditional vehicle systems, including power steering, brakes, and air conditioning

Module #11
Electrical Architecture for Electric and Hybrid Vehicles
Design and application of electrical architectures for electric and hybrid vehicles, including high-voltage systems

Module #12
Safety Considerations for Electric and Hybrid Vehicles
Safety considerations for electric and hybrid vehicles, including electrical safety and crashworthiness

Module #13
Charging Systems and Infrastructure for Electric Vehicles
Design and application of charging systems and infrastructure for electric vehicles, including fast-charging and wireless charging

Module #14
Vehicle-to-Grid (V2G) Technology
Vehicle-to-grid technology, including bidirectional charging and grid services

Module #15
Electrification of Commercial Vehicles
Electrification of commercial vehicles, including trucks, buses, and motorcycles

Module #16
Autonomous and Connectivity Features for Electric and Hybrid Vehicles
Integration of autonomous and connectivity features for electric and hybrid vehicles, including ADAS and V2X communication

Module #17
Design and Development of Electric and Hybrid Vehicles
End-to-end design and development process for electric and hybrid vehicles, including conceptual design and prototyping

Module #18
Validation and Testing of Electric and Hybrid Vehicles
Validation and testing of electric and hybrid vehicles, including dynamometer testing and vehicle-in-the-loop testing

Module #19
Cost and Profitability Analysis for Electric and Hybrid Vehicles
Cost and profitability analysis for electric and hybrid vehicles, including total cost of ownership and lifecycle cost analysis

Module #20
Regulatory Frameworks and Standards for Electric and Hybrid Vehicles
Overview of regulatory frameworks and standards for electric and hybrid vehicles, including emissions and safety regulations

Module #21
Supply Chain and Logistics for Electric and Hybrid Vehicles
Supply chain and logistics for electric and hybrid vehicles, including battery sourcing and recycling

Module #22
Environment and Sustainability Impact of Electric and Hybrid Vehicles
Environmental and sustainability impact of electric and hybrid vehicles, including lifecycle assessment and carbon footprint analysis

Module #23
Customer Acceptance and Market Analysis for Electric and Hybrid Vehicles
Customer acceptance and market analysis for electric and hybrid vehicles, including consumer behavior and market trends

Module #24
Case Studies and Success Stories in Electric and Hybrid Vehicle Design
Real-world case studies and success stories in electric and hybrid vehicle design, including OEM and startup examples

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Electric and Hybrid Vehicle Design career

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Electric and Hybrid Vehicle Design ( 25 Modules )

Electric and Hybrid Vehicle Design
( 25 Modules )