Module #1 Introduction to Wireless Power Overview of wireless power technology, its benefits, and applications in IoT devices
Module #2 Wireless Power Transfer Methods Exploring inductive, capacitive, and resonant wireless power transfer methods
Module #3 Wireless Power Standards and Regulations Qi, AirFuel, and other standards for wireless power transfer, and regulatory considerations
Module #4 IoT Device Power Requirements Understanding power requirements for IoT devices, including energy harvesting and storage
Module #5 Wireless Power Receiver Design Design considerations for wireless power receivers, including coil design and tuning
Module #6 Wireless Power Transmitter Design Design considerations for wireless power transmitters, including coil design and driver circuits
Module #7 Wireless Power System Design Considerations System-level design considerations, including thermal management and EMI
Module #8 Wireless Power Safety and Reliability Ensuring safe and reliable operation of wireless power systems
Module #9 IoT Device Wireless Power Integration Integrating wireless power into IoT devices, including board layout and component selection
Module #10 Wireless Power Control and Communication Control and communication protocols for wireless power systems, including NFC and Bluetooth
Module #11 Wireless Power for Battery-Free Devices Designing battery-free IoT devices powered by wireless energy harvesting
Module #12 Wireless Power for Wearables and Implantables Designing wireless power systems for wearable and implantable devices
Module #13 Wireless Power for Industrial IoT Applications Integrating wireless power into industrial IoT devices and systems
Module #14 Wireless Power for Consumer IoT Applications Integrating wireless power into consumer IoT devices and systems
Module #15 Wireless Power Measurement and Testing Measuring and testing wireless power systems, including efficiency and safety testing
Module #16 Wireless Power System Optimization Optimizing wireless power systems for efficiency, cost, and performance
Module #17 Wireless Power for IoT Device Charging Designing wireless power charging systems for IoT devices
Module #18 Advances in Wireless Power Technology Emerging trends and advancements in wireless power technology
Module #19 Wireless Power in Autonomous Systems Integrating wireless power into autonomous systems, including drones and robots
Module #20 Wireless Power for Medical Devices Designing wireless power systems for medical devices and systems
Module #21 Wireless Power for Aerospace and Defense Integrating wireless power into aerospace and defense applications
Module #22 Wireless Power for Smart Home and Building Automation Integrating wireless power into smart home and building automation systems
Module #23 Wireless Power for Energy Harvesting Using wireless power for energy harvesting in IoT devices and systems
Module #24 Wireless Power System Simulation and Modeling Simulating and modeling wireless power systems using FEA and other tools
Module #25 Wireless Power for IoT Device Security Using wireless power to enhance IoT device security and authentication
Module #26 Wireless Power for IoT Device Authentication Using wireless power for IoT device authentication and secure communication
Module #27 Wireless Power Regulation and Certification Regulatory requirements and certification for wireless power systems
Module #28 Wireless Power System Troubleshooting Troubleshooting and debugging wireless power systems
Module #29 Wireless Power for IoT Device Design Designing IoT devices with wireless power capabilities, including thermal management and EMI considerations
Module #30 Course Wrap-Up & Conclusion Planning next steps in Integrating Wireless Power into IoT Devices career
