DMSG1405

This course will include the study of the basic principles and concepts of acoustical physics, which include the parameters of sound, and pulsed and continuous waves; the interaction of sound and media; the components of the ultrasound machine; the application of resolution and acoustic artifacts; ultrasound image optimization with consideration of patient exposure to acoustic energy; and emerging technologies and their use.

Student Learning Outcomes:

• Define the fundamental principles of the production and use of ultrasound.
• Distinguish the properties of sound waves.
• Interpret the interaction of sound and media.
• Identify the factors that influence resolution.
• Determine the differences between imaging modes.
• Deconstruct an ultrasound transducer and the function of each part.
• Evaluate the parts of the ultrasound equipment and their role in formation of an ultrasound image
• Analyze different Doppler techniques
• Identify various artifacts of sound to avoid the pitfalls and misdiagnoses that they can cause
• Evaluate the biomedical influence of ultrasound on human tissue.
• Explore various devices used to test quality assurance of ultrasound equipment.
• Review components related to patient care, safety, and communication.