The program aims to address challenges in biology and medicine by leveraging traditional engineering analytical expertise, aiming to advance healthcare overall. Biomedical Engineering entails understanding the structures and functions of human body components, analyzing their interactions, and developing tools and devices to address functional disorders. Bridging health and life sciences through theoretical and applied engineering, Biomedical Engineering encompasses interdisciplinary studies, including medicine, materials engineering, computer engineering, electrical-electronics engineering, physics, chemistry, biology, and more.