Our research focuses on developing self-powered bioelectronics platforms that can harvest biomechanical and bioelectrical energy from natural human activities—such as motion, respiration, and even body heat. By integrating these energy-harvesting technologies with soft, biocompatible materials, we envision creating next-generation wearable and implantable devices designed for real-time healthcare monitoring, regenerative medicine, and tissue engineering. We are driven by the idea that the human body is not just a biological system but also a power source for the future of medicine. Our interdisciplinary approach brings together biotechnology, materials science, and energy engineering to develop transformative solutions for personalized healthcare.

                              ~where biology meets power, and innovation meets impact!