Wireless Power Transfer System with Reconfigurable Resonant Regulating Rectifier and Wireless Power Control for Implantable Medical Devices is developed to eradicate the utilization of batteries. Implantable medical devices are widely used to concurrently measure vital signs of a patient.

In general, all the conventional medical devices are equip with in–built battery which may increase the weight and also it requires repeat replacement due to the drain of battery.

Wireless power transfer system is introduce to charge up implantable medical devices, however it remains complex in attaining resonant conditions based on sizes of coils (cm / mm) in accordance to the resonant frequencies (kHz / MHz).

The design kit model is compose of,

• Wireless Power Transfer Circuit
• Implantable Medical Devices

The Wireless Power Transfer System with Reconfigurable Resonant Regulating Rectifier and Wireless Power Control for Implantable Medical Devices is the transmitter and the medical devices are the receiver, here the power is transfer via coils.

Charging through wireless transmission is an innovative idea that is also support for many portable electronic devices.

The increase growth of medical field also succeeds in implantable medical devices with a wireless power transfer system.

Wireless Power Transfer System with Reconfigurable Resonant Regulating Rectifier and Wireless Power Control for Implantable Medical Devices

A huge number of embedded system designs are studied by academic students for their projects, some of the on–demand topics are,

• Design and implementation of an economical irrigation system with the assistance of MQTT
• An Arduino microcontroller based autonomous vehicle parking system
• A safety supporting vehicle driving by monitoring wearable seat belt and alcohol consumption
• An accident prevention system using Arduino microcontroller
• Real–time blood pressure monitoring system using GSM technology to transmit emergency SMS
• Development of security based electronic voting system to provide accurate counting
• Designing a robotic arm using Arduino that is controlled with remote
• Advanced wireless health monitoring system developed using microcontroller, sensors and GSM technology
• An autonomous traffic light control system based the population of vehicle in current location
• Arduino microcontroller based autonomous plant watering system in home gardening
• An underground fault distance locator system
• Smart wheelchair control by using speech recognition technology
• A prior detection of natural disaster and forwarding emergency message using GSM module
• Healthcare supporting medicine dispensing machine developed with Arduino microcontroller
• Development of smart cities by using Radio frequency based energy harvesting
• Involvement of wireless power transfer system also in railway applications
• Design and implementation of energy harvesting also for wireless power transfer system
• A wireless power transfer system equipped on electric vehicles also for power distribution scheduling

Recent new-fangled project topics

• Innovative two–plate capacitive in electric vehicle also using wireless power transfer system
• Magnetic–coupling resonance also based impedance matching in wireless power transfer system
• An IoT based smart shopping system also that uses location information
• Designing a smart and secure vehicle parking management system using RFID technology with internet of things environment
• Using IoT technology in embedded systems also for the development of a smart farming system
• IoT with wireless communication technology also for developing a smart home automation system
• A new farming field monitoring robot and also reporting status to field owner through mobile phone
• Design and implementation of smart city also by autonomous lighting based on the detection of vehicle
• An advanced break–less heart rate monitoring system also to detect abnormalities
• Development of greenhouse environment and also monitoring plants using sensors devices
• A new garbage collection system also for the management of clean city
• An automation door locking system using smart phone assist PIN numbers