Course Description

Offered by Dr. Beraud and Dr. Sara Nikravan, this course delves into the fundamental aspects of ultrasound physics, specifically focusing on transthoracic echocardiography and lung ultrasound. It encompasses extensive training on hemodynamic and global assessments using echocardiography, understanding the physics of Doppler, and mastering various measurement techniques. The course is hosted by StanfordOnline and caters primarily to introductory level participants.

What students will learn from the course

Students will acquire a thorough understanding of ultrasound physics and its applications in medical diagnostics, specifically in echocardiography and hemodynamics. This course does not provide completion certifications or hands-on assessments but includes an unmoderated discussion board to facilitate learner interaction.

Prerequisites or skills necessary to complete the course

This course does not require any formal prerequisites. However, a basic understanding of medical concepts would prove beneficial in grasping the complex topics covered.

Course Coverage

  • Introduction to ultrasound physics
  • Core principles of transthoracic echocardiography
  • Insights into lung ultrasound techniques
  • Hemodynamic assessments via echocardiography
  • Understanding and application of Doppler physics
  • Detailed exploration of measurement techniques in ultrasound

Who this course is for

This course is ideal for medical professionals, especially those specializing in fields like emergency medicine, anesthesiology, intensive care, and internal medicine. Students and professionals interested in expanding their knowledge of medical ultrasonography will also find this course invaluable.

Real-World Applications

Skills acquired from this course can be directly applied in various medical settings, including emergency rooms, hospitals, and clinics, enhancing capacities in patient diagnostics and treatment planning. Additionally, the knowledge gained can contribute to academic and professional advancements in medical sciences.