Abstract

By improving patient monitoring systems, treatment alternatives, and diagnostic capabilities, medical engineering’s incorporation of electronics has revolutionized healthcare. The invention of the EKG, diagnostic imaging technologies, and robotic surgical systems are only a few of the noteworthy turning points in the history of electronic applications in medicine that are examined in this article. Through developments in wearable technology and telemedicine, the study highlights the vital role that electronic devices play in enhancing diagnostic precision, enabling remote patient monitoring, and enabling individualized therapy. The paper discusses the difficulties in putting these technologies into practice, such as legal restrictions and privacy issues. Lastly, it talks about the field’s future research and innovation possibilities, including the possible effects of machine learning and artificial intelligence on diagnostic procedures. Overall, the integration of electronics in medical engineering represents a pivotal shift toward more efficient, precise, and patient-centered healthcare solutions.

Keywords:Integration; Electronics; Medical Engineering; Applications