We are developing next-generation antennas that can bend, and conform to the human body and other curved surfaces without compromising wireless performance. Our research combines innovative materials, advanced electromagnetic designs, and flexible fabrication techniques to create lightweight, robust, and high-performance antennas for wearable electronics, biomedical devices, IoT, and future wireless communication systems.

Our research on reconfigurable antennas focuses on developing intelligent antenna systems that can dynamically adapt their frequency, radiation pattern, polarization, or operating characteristics to changing wireless environments. The project explores innovative antenna structures, switching mechanisms, and advanced electromagnetic techniques for next-generation wireless communication, sensing, IoT, and 5G/6G applications.

Our research on implantable antennas focuses on developing compact, biocompatible, and reliable antennas for wireless healthcare and biomedical applications. The project explores innovative antenna designs and materials that can operate safely and efficiently within the human body, supporting applications such as health monitoring, implantable medical devices, and wireless communication between implanted and external systems.