- How the Assessment Is Built
- The Five Domains and Their Weights
- Domain 1: Standard POCUS Views (8%)
- Domain 2: Anatomical Features (24%)
- Domain 3: Sonographic Findings (32%)
- Domain 4: Diagnostic Findings (32%)
- Domain 5: AAA Pathologies (4%)
- The Peer Evaluation Is Not a Sixth Domain
- Sequencing Your Preparation Around the Weights
- Registration, Fees and Retakes
- Frequently Asked Questions
- The Clinical Case Assessment has five weighted domains totaling 100% of that component only, not of the whole credential.
- Sonographic Findings and Diagnostic Findings are each 32%, together making up 64% of the Clinical Case Assessment.
- The assessment uses 5 simulated clinical cases with multiple-choice and interactive image-hotspot questions.
- A separate Peer Evaluation with 7 evenly weighted criteria must also be passed.
How the Assessment Is Built
The Point-of-Care Ultrasound (POCUS) Abdominal Aortic Aneurysm (AAA) Certification is administered by the Point-of-Care Ultrasound Certification Academy, part of Inteleos, and delivered online through myPOCUS and its learning management system. Before you can plan your study time, you need to understand that the credential has two components, and both must be passed:
- The Clinical Case Assessment: five simulated clinical cases containing multiple-choice questions and interactive image-hotspot questions.
- The Peer Evaluation: a practical-abilities review completed by healthcare-provider peers who know your scanning.
The five domains discussed in this article are the official weighted objectives of the Clinical Case Assessment. They are not headings from a preparation curriculum, and their weights add up to 100% for that assessment only. The "5 cases" figure is a case count, not a question count; the public sources reviewed do not give a fixed current total number of questions or a numeric passing mark, so anyone quoting one deserves skepticism. For more on how scoring is discussed publicly, see our breakdown of the AAA passing score.
The Five Domains and Their Weights
| Domain | Weight (Clinical Case Assessment) | Character of the content |
|---|---|---|
| Standard POCUS Views | 8% | Acquiring and recognizing the standard aortic views |
| Anatomical Features | 24% | Normal structures and landmarks you must identify |
| Sonographic Findings | 32% | What the image shows: appearance, measurement, signs |
| Diagnostic Findings | 32% | What the image means: interpretation and conclusions |
| Abdominal Aortic Aneurysm (AAA) Pathologies | 4% | Named pathologic entities |
The distribution tells a clear story. Two domains carry 64% of the Clinical Case Assessment, and a third carries another 24%. Together, Anatomical Features, Sonographic Findings and Diagnostic Findings account for 88%. The remaining 12% is split between views and named pathologies. If you want a broader plan that wraps these weights into a timeline, our AAA study guide walks through a full preparation sequence.
Domain 1: Standard POCUS Views (8%)
Standard POCUS Views
This is the smallest of the three "image" domains, but it underpins everything else. If you cannot tell which view you are looking at, you cannot interpret what it shows.
- Recognizing the standard transverse and longitudinal windows used to evaluate the abdominal aorta
- Understanding what each view is designed to demonstrate and what it cannot
- Knowing how a view is built from probe position and orientation
- Spotting when a displayed view is inadequate for the question being asked
At 8%, you should not over-invest here, but do not skip it. Questions in other domains frequently assume you can orient yourself in an image. A candidate who is shaky on views will lose points on anatomy and findings questions that are nominally about something else.
Domain 2: Anatomical Features (24%)
Anatomical Features
Nearly a quarter of the Clinical Case Assessment tests whether you can identify what is normal. Interactive image-hotspot questions fit this domain naturally: you may be asked to mark a structure directly on an image rather than choose from a list.
- Locating the aorta relative to adjacent structures in cross-section and long axis
- Distinguishing the aorta from neighboring vessels and from non-vascular structures that can mimic it
- Understanding regional landmarks, including where the infrarenal segment sits
- Appreciating normal appearance of the vessel wall and lumen before you judge anything abnormal
The strategic point is that normal anatomy is also the foundation for recognizing pathology. The published pathology examples include normal abdominal aortic findings as an explicit category, so being confident about what "normal" looks like is tested directly rather than assumed.
Domain 3: Sonographic Findings (32%)
Sonographic Findings
Tied for the heaviest domain, this one asks what the ultrasound image actually demonstrates. Think of it as the descriptive layer: what you see, before you commit to a diagnosis.
- Describing vessel caliber and how measurement relates to the finding
- Recognizing shape: fusiform versus saccular configuration
- Identifying abnormal wall features and luminal content
- Noticing flow-related findings, including how color Doppler contributes
- Recognizing image-quality limitations that change how much a finding can be trusted
Candidates often blur this domain with the next one. Keep them separate in your mind. A sonographic finding is an observation; a diagnostic finding is the conclusion you draw from it. A question might show an image and ask you to describe the finding accurately, and an answer that jumps straight to a clinical conclusion may not be the best answer.
Domain 4: Diagnostic Findings (32%)
Diagnostic Findings
The other 32% domain is about interpretation. Given what the images show, what is the correct diagnostic conclusion, and how confident can you be?
- Moving from image observations to a clinical diagnosis within the simulated case
- Distinguishing a normal aorta from an aneurysm and from other aortic conditions
- Recognizing findings concerning for emergent pathology, such as suspected aortic rupture or dissection
- Knowing the limits of the technique, including recognizing when POCUS cannot establish an initial diagnosis
That last bullet is easy to underestimate. The content outline expressly includes recognizing when POCUS cannot establish an initial diagnosis. In a simulated case, the correct answer may be that the study is non-diagnostic or inadequate rather than a confident positive or negative. Overconfident reading is a real clinical risk, and the assessment is built to test your judgment about it.
Key Takeaway
Train yourself to ask two questions on every image: "What do I see?" (Sonographic Findings) and "What does it mean, and can I even conclude that from this study?" (Diagnostic Findings). Those two questions cover 64% of the Clinical Case Assessment.
An original teaching example
Consider a hypothetical case: a patient with abdominal pain, and an image set in which gas obscures much of the mid-abdomen. A candidate who forces a measurement from an unreliable view and declares the aorta normal has made a diagnostic error, even if the aorta happened to be normal. A stronger response recognizes the limitation and acknowledges that this scan cannot rule anything out. This scenario is an original teaching illustration, not a live examination item.
Domain 5: Abdominal Aortic Aneurysm (AAA) Pathologies (4%)
AAA Pathologies
Only 4% of the Clinical Case Assessment is assigned to this domain by name, but the entities it covers appear throughout the other domains. The published pathology examples are non-exhaustive and include:
- Abdominal aortic aneurysm
- Aortic dissection
- Endoleak
- Fusiform and saccular aneurysm
- Infrarenal aneurysm
- Normal abdominal aortic findings
- Suspected aortic rupture
Do not read the 4% weight as permission to ignore pathology. The pathology list is effectively the vocabulary you need to answer Domain 3 and Domain 4 questions. Because the list is described as non-exhaustive, expect that a case could touch an entity you have not rehearsed by name. Understanding underlying principles serves you better than memorizing a list.
The Peer Evaluation Is Not a Sixth Domain
A common mistake is to treat the Peer Evaluation as an additional content area. It is a separate component with its own structure: seven evenly weighted criteria.
- Diagnostic Quality
- Gain
- Depth
- Views
- Measurement
- Pathology
- Color Doppler
These criteria assess your actual scanning ability as observed by at least two healthcare-provider peer evaluators with an ultrasound clinical background who know your relevant skills. The first two completed peer questionnaires determine the peer result. These criteria do not change the five-domain count of the Clinical Case Assessment.
It is useful to notice the overlap in concepts, even though the formats differ. Gain, depth and views on the peer form are the hands-on counterparts to what Standard POCUS Views and Sonographic Findings test on screen. Clinical video submissions that appear on the shared outline apply only to specialty certifications, not to this standalone clinical certification. For a candid look at the effort involved, read how hard the AAA exam is.
Sequencing Your Preparation Around the Weights
This is the one place we will talk about scheduling, and it is anchored to the domain weights rather than generic technique. A sensible order starts with the foundation and finishes with integration:
Views and normal anatomy
- Standard POCUS Views (8%) first, because every later question depends on orientation
- Begin Anatomical Features (24%) with hotspot-style practice on normal images
Describing what you see
- Sonographic Findings (32%): measurement, shape, wall and flow features
- Practice putting observations into precise words
Interpretation and limits
- Diagnostic Findings (32%): moving from image to conclusion
- Deliberately rehearse non-diagnostic and inadequate studies
Pathology vocabulary and full cases
- Review the pathology list, including endoleak and dissection
- Work through whole simulated cases that mix all five domains
Adjust the length to your own experience, but keep the logic: the 64% domains deserve the most repetition, and the case format means integration practice matters more than isolated recall. When you are ready to test yourself, try a timed run on our AAA practice test, and keep our one-page AAA cheat sheet handy for last-minute review.
Registration, Fees and Retakes
The domain content is only half of the planning picture. A few mechanics from the issuer's published information are worth knowing up front:
- Case experience: you attest to performing and participating in the interpretation of at least 15 AAA POCUS cases within the preceding 2 years.
- Prerequisite: POCUS Fundamentals is required unless waived, for example by a qualifying SPI examination passed within 5 years or a current qualifying ARDMS or APCA credential.
- Fees: the standard clinical certification fee is USD 150, with reductions for eligible countries. When Fundamentals must also be purchased, it is a separate USD 125, for USD 275 combined in initial issuer fees, excluding optional courses.
- Time window: both components must be completed within 90 days of purchase. This is an access and completion window, not a timed sitting, and online assessments can be stopped and resumed.
- Confidentiality: a nondisclosure agreement applies, so no one can legitimately share live examination items.
Our companion articles cover these in more depth: AAA requirements, AAA certification cost and AAA exam dates.
If you do not pass
The issuer's retake policy allows 2 total content-specific assessment attempts before a 1-year waiting period, with a 30-day wait following an unsuccessful attempt. A retake application and fee are required, and you apply within 90 days of failure. Any component you already passed is retained for the first retake application, which is another reason to treat the Clinical Case Assessment and the Peer Evaluation as separate projects.
Staying certified
Certification is valid for 5 years. Clinical renewal requires an active-practice and good-standing attestation, the relevant knowledge check and USD 50.
Frequently Asked Questions
Five: Standard POCUS Views (8%), Anatomical Features (24%), Sonographic Findings (32%), Diagnostic Findings (32%) and Abdominal Aortic Aneurysm (AAA) Pathologies (4%). The weights total 100% for the Clinical Case Assessment only, not for the entire two-component credential.
Sonographic Findings and Diagnostic Findings, at 32% each, make up 64% of the Clinical Case Assessment. Anatomical Features adds another 24%, so these three together account for 88%.
No. Diagnostic Quality, Gain, Depth, Views, Measurement, Pathology and Color Doppler are evenly weighted criteria of a separate Peer Evaluation. They do not increase the five-domain count, and both components must be passed.
The published pathology examples include aortic dissection, endoleak and suspected aortic rupture alongside aneurysm types and normal findings. Because the list is non-exhaustive, prepare for related entities as well.
Yes. The content outline expressly includes recognizing when POCUS cannot establish an initial diagnosis, so practice identifying inadequate or non-diagnostic studies rather than always forcing a conclusion.
Mapping your effort to these five weighted domains, and treating the Peer Evaluation as its own track, is the clearest way to prepare for this certification. For a view of the career side, our ROI analysis of the AAA certification takes a role-based look at the value of earning it.