Applications of Wireless Power Transfer in Electronics
( 30 Modules )

Module #1
Introduction to Wireless Power Transfer
Overview of wireless power transfer technology, its history, and advantages

Module #2
Principles of Electromagnetic Induction
Fundamentals of electromagnetic induction, Faradays law, and coils

Module #3
Wireless Power Transfer Technologies
Overview of different WPT technologies, including inductive, capacitive, and radiative

Module #4
Inductive Coupling Fundamentals
Theory and design of inductive coupling, including coils and resonance

Module #5
Inductive Power Transfer Systems
Design and implementation of inductive power transfer systems, including transmitter and receiver design

Module #6
Wireless Power Transfer Standards
Overview of WPT standards, including Qi and AirFuel

Module #7
Wireless Charging for Consumer Electronics
Applications of WPT in consumer electronics, including smartphones and wearables

Module #8
Wireless Power Transfer for Electric Vehicles
Applications of WPT in electric vehicles, including charging systems and infrastructure

Module #9
Wireless Power Transfer for Medical Devices
Applications of WPT in medical devices, including implantable devices and wearables

Module #10
Wireless Power Transfer for IoT Devices
Applications of WPT in IoT devices, including sensors and actuators

Module #11
Wireless Power Transfer for Aerospace and Defense
Applications of WPT in aerospace and defense, including aircraft and unmanned systems

Module #12
Wireless Power Transfer for Underwater Applications
Applications of WPT in underwater applications, including underwater vehicles and sensors

Module #13
Wireless Power Transfer for Space Exploration
Applications of WPT in space exploration, including spacecraft and satellite systems

Module #14
Safety and Regulatory Considerations
Safety and regulatory considerations for WPT systems, including EMF and thermal considerations

Module #15
Design Considerations for WPT Systems
Design considerations for WPT systems, including coil design, component selection, and system optimization

Module #16
WPT System Modeling and Simulation
Modeling and simulation of WPT systems using SPICE, FDTD, and other tools

Module #17
Testing and Validation of WPT Systems
Testing and validation of WPT systems, including measurement techniques and test equipment

Module #18
Advanced Topics in WPT
Advanced topics in WPT, including resonant wireless power transfer and multi-band WPT systems

Module #19
WPT in Emerging Technologies
Applications of WPT in emerging technologies, including 5G, AR/VR, and autonomous systems

Module #20
Business and Market Trends in WPT
Business and market trends in WPT, including market analysis and forecasting

Module #21
Case Studies in WPT
Real-world case studies in WPT, including successful implementations and lessons learned

Module #22
WPT Research and Development
Research and development in WPT, including current research areas and future directions

Module #23
WPT System Integration and Design
System integration and design considerations for WPT systems, including PCB design and thermal management

Module #24
WPT Component Selection and Characterization
Component selection and characterization for WPT systems, including coils, capacitors, and ICs

Module #25
WPT System Optimization and Tuning
System optimization and tuning techniques for WPT systems, including impedance matching and resonance optimization

Module #26
Wireless Power Transfer for Biomedical Implants
Applications of WPT in biomedical implants, including pacemakers and neurostimulators

Module #27
Wireless Power Transfer for Wearable Devices
Applications of WPT in wearable devices, including fitness trackers and smartwatches

Module #28
Wireless Power Transfer for Autonomous Systems
Applications of WPT in autonomous systems, including drones and robots

Module #29
Wireless Power Transfer for IoT Networks
Applications of WPT in IoT networks, including sensor networks and mesh networks

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Applications of Wireless Power Transfer in Electronics career

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Applications of Wireless Power Transfer in Electronics ( 30 Modules )

Applications of Wireless Power Transfer in Electronics
( 30 Modules )