A specialized training course entitled “Various Applications of Ultrasound Devices in Medical Fields”

As part of the scientific activities organized by the Biomedical Engineering Research Center at the University of Anbar, and in collaboration with the Center for Continuing Education, a specialized training course entitled “Various Applications of Ultrasound Devices in Medical Fields” was delivered under the direct supervision and guidance of Prof Dr. Yousif Al-Mashhadany, Director of the Biomedical Engineering Research Center. The course was presented by Dr. Mohammed Jassim, a faculty member of the research center. The training aimed to provide a comprehensive understanding of the diverse medical applications of ultrasound technology, with an emphasis on both theoretical principles and practical techniques. The course began with an overview of the fundamental physical principles underlying ultrasound imaging, including the mechanism of generating high-frequency sound waves and their interaction with biological tissues to produce diagnostic images. Key acoustic phenomena such as reflection and refraction, as well as factors affecting image quality, were thoroughly explained. The course also covered a wide range of clinical applications, notably the use of ultrasound in obstetrics and gynecology for monitoring pregnancy and assessing fetal health, as well as in the diagnosis of abdominal, hepatic, and gallbladder diseases. In addition, the essential role of ultrasound in emergency and critical care settings was highlighted, particularly its utility in evaluating trauma and rapidly detecting internal bleeding. The course concluded with a hands-on demonstration, allowing participants to engage directly with the device and enhance their practical diagnostic skills. In his closing remarks, Dr. Mohammed Jassim emphasized the importance of expanding such training programs due to their significant impact on improving the competencies of medical and nursing staff. He also recommended the broader adoption of ultrasound as a primary diagnostic tool in many clinical situations, given its accuracy, speed, and ease of use.