DLAB 3820 Ultrasound Physics

Principles of sound wave propagation, transducer technology, and image formation in ultrasound.

Course overview

This course covers the physical principles underlying ultrasound imaging. You will study sound wave propagation, transducer technology, and the physics of image formation. The content prepares you for advanced clinical applications in diagnostic imaging.

Who takes this course

• Medical Radiation Technology

Credits: 3 · Hours: 45

Prerequisites

• DLAB 1690 Anatomy I
• DLAB 1120 Radiation Physics I

Learning outcomes

• Explain the physical properties of sound waves and their interaction with biological tissues.
• Describe the construction and operation of piezoelectric transducers used in diagnostic imaging.
• Analyze the principles of beam formation, focusing, and steering in ultrasound systems.
• Evaluate image artifacts and apply correction techniques to improve diagnostic quality.
• Demonstrate understanding of Doppler physics and its application in flow measurement.

Evaluation