Course Description
DMSVTD 280 | The Physics of Ultrasound Total: 8 Hours | E-Lecture: 0 Hours | E-lab: 0 Hours | On Site Lab: 8 Hours This course provides a focused exploration of acoustic physics tailored specifically for ultrasound students. It covers key concepts necessary for mastering diagnostic ultrasound technology, including sound production, propagation, and the interactions of sound waves with various types of matter, with an emphasis on their applications to whole-person care. Students will learn about the mechanics of ultrasound measurements, understanding how variations in frequency and wavelength affect image resolution and quality to ensure accurate and compassionate diagnostic imaging. The course also introduces knobology, focusing on optimizing machine settings to align with patient-specific needs, and discusses the role and selection of transducers, highlighting their importance in providing tailored diagnostic solutions. By emphasizing practical applications and fostering mindfulness in equipment use, the curriculum prepares students to approach ultrasound practice with both technical proficiency and a patient-centered perspective, enhancing the quality of care in clinical practice.