Description
Overview
Pegasus Complete RPVI Vascular Physics is an advanced online course designed for physicians preparing to take the ARDMS Registered Physician in Vascular Interpretation (RPVI) Certification Exam. Offered by the Society for Vascular Ultrasound and Pegasus Lectures, this course provides a comprehensive review through didactic lectures, case interpretation sessions, and interactive quizzes. The adaptable Pegasus delivery platform permits learners to customize their study experience by bookmarking topics, printing notes, and accessing modules at their convenience.
On-demand radiology education — accessible anytime, anywhere.
Format: 10 video modules
Total size: Not specified
Content
This course consists of 10 focused vascular physics modules covering essential principles and techniques relevant to the RPVI exam.
- RPVI ™ P1: Exam Overview & Board Mathematics (1 hr 54 min)
- RPVI ™ P2: Waves & Attenuation (2 hrs 16 min)
- RPVI ™ P3: Transducers and Creating a Scan (1 hr 2 min)
- RPVI ™ P4: System Operation (1 hr 3 min)
- RPVI ™ P5: Doppler (1 hr 22 min)
- RPVI ™ P6: Color Doppler (45 min)
- RPVI ™ P7: Hemodynamics (59 min)
- RPVI ™ P8: Artifacts (41 min)
- RPVI ™ P9: QA – Bioeffect and Test Validation (39 min)
- RPVI ™ P10: Test-Taking Strategies
Target Audience
This course is intended for physicians and vascular specialists seeking in-depth knowledge and exam preparation for the ARDMS RPVI Certification, particularly those involved in vascular ultrasound interpretation.
Why This Topic Matters
The Pegasus Complete RPVI Vascular Physics course plays a critical role in strengthening expertise in vascular ultrasound physics, directly supporting physicians’ preparation for the RPVI exam. Mastery of these essential concepts enhances diagnostic confidence and accuracy within the vascular specialty.
MedHub Central supports providers and learners by delivering structured, accessible education that facilitates comprehensive understanding of vascular imaging physics, reinforcing professional development in vascular radiology and ultrasound interpretation.
