Module #1 Introduction to Wireless Power Transfer Overview of Wireless Power Transfer technology, its history, and applications in Electric Vehicles
Module #2 Principles of Electromagnetic Induction Fundamentals of electromagnetism, electromagnetic induction, and Faradays Law
Module #3 Wireless Power Transfer Basics Principles of wireless power transfer, advantages, and challenges
Module #4 Types of Wireless Power Transfer Overview of inductive, capacitive, and resonant wireless power transfer technologies
Module #5 Wireless Charging Standards Overview of industry standards for wireless charging, including Qi, AirFuel, and ISO
Module #6 Electric Vehicle Architecture Overview of Electric Vehicle architecture, components, and electrical systems
Module #7 Wireless Power Transfer for EVs:Benefits and Challenges Advantages and challenges of wireless power transfer for Electric Vehicles
Module #8 Wireless Charging Pad Design Design considerations for wireless charging pads, including coil design and materials
Module #9 Vehicle-Side Wireless Charging Receiver Design Design considerations for vehicle-side wireless charging receivers, including coil design and integration
Module #10 Power Electronics for Wireless Power Transfer Power electronics components and topologies for wireless power transfer systems
Module #11 Control and Communication Systems Control and communication systems for wireless power transfer, including foreign object detection and communication protocols
Module #12 Safety and EMC Considerations Safety and Electromagnetic Compatibility (EMC) considerations for wireless power transfer systems
Module #13 Wireless Power Transfer Efficiency and Losses Efficiency and losses in wireless power transfer systems, including coil design and losses
Module #14 Charging Speed and Power Levels Charging speed and power levels for wireless power transfer systems, including fast charging and high-power applications
Module #15 Static Wireless Charging Static wireless charging systems, including charging pad design and vehicle integration
Module #16 Dynamic Wireless Charging Dynamic wireless charging systems, including road-integrated charging and autonomous vehicles
Module #17 Case Studies:Wireless Charging for EVs Real-world examples and case studies of wireless charging for Electric Vehicles
Module #18 Cost and Economic Analysis Cost analysis of wireless power transfer systems, including manufacturing, installation, and operating costs
Module #19 Market Trends and Future Outlook Market trends, growth, and future outlook for wireless power transfer in Electric Vehicles
Module #20 Research and Development Ongoing research and development in wireless power transfer for Electric Vehicles, including emerging technologies
Module #21 Regulations and Standards Regulations, standards, and certification requirements for wireless power transfer systems
Module #22 System Implementation and Testing System implementation and testing considerations for wireless power transfer systems
Module #23 Troubleshooting and Maintenance Troubleshooting and maintenance considerations for wireless power transfer systems
Module #24 Integration with Smart Grids and Renewable Energy Integration of wireless power transfer systems with smart grids and renewable energy sources
Module #25 Course Wrap-Up & Conclusion Planning next steps in Wireless Power Transfer for Electric Vehicles career
