Medical devices are considered one of the fundamental pillars of modern healthcare institutions, playing an essential role in diagnosing diseases, monitoring patients’ health conditions, and providing appropriate treatment. These devices have witnessed remarkable development as a result of advances in engineering sciences and technology. Medical devices vary according to their functions and applications. They include electrocardiography (ECG) machines, blood pressure monitors, ultrasound imaging systems, and mechanical ventilators. The use of these technologies provides accurate information that supports medical decision-making and contributes to improving the quality of healthcare. Biomedical engineers play a vital role in selecting, installing, testing, and maintaining medical devices, as well as ensuring their safety and operational efficiency. They also keep up with technological advancements and evaluate the suitability of medical equipment for use in healthcare institutions. Therefore, developing medical devices and enhancing their performance represent important steps toward providing more accurate, safe, and efficient healthcare services, making Biomedical Engineering an essential discipline in supporting and advancing the medical sector.