Wireless power transfer (WPT) is turning out as a promising approach to power supply Active Implantable Medical Devices (AIMDs) to recharge their batteries without having to surgically explant them. Exploiting such a technology to recharge the implant’s batteries introduces many advantages in terms of safety, reduced invasiveness and limited power consumption. The design of a personalized recharging method, based on inductive wireless power transfer, was mainly conceived to be integrated into two main devices: a nanofluidic drug delivery system and a bidirectional neural interface for neuroprosthetic applications. This project illustrates all the steps required to realize the receiving side of a WPT system resonating at 13.56 MHz ISM band, from its conceptualization to the final realization on printed circuit board (PCB).