- What the CCEeXAM Credential Actually Is
- Exam Versus Certification: Testamur and Diplomate
- Format, Timing and Registration Mechanics
- The Four Published Content Domains
- Practice Cases That Mirror the Exam's Thinking
- Eligibility Documents and Pathway Requirements
- A Domain-Ordered Study Sequence
- Maintenance After You Pass
- Career Value and Who Cares About the Credential
- Frequently Asked Questions
- The National Board of Echocardiography offers the Examination of Special Competence in Critical Care Echocardiography: 200 questions, 180 scored.
- Passing earns Testamur status; Diplomate certification requires a separate application including 150 supervised critical-care transthoracic studies.
- The exam fee is USD 1,295, and registration for the January 26, 2027 administration closes December 22, 2026.
- Four unweighted domains define the content: anatomy, clinical diagnosis and management, technical skills, and integrated ultrasound imaging.
What the CCEeXAM Credential Actually Is
Critical Care Echocardiography is a focused discipline: the bedside use of ultrasound, centered on the heart, to answer time-sensitive questions in unstable patients. The credential discussed here is administered by the National Board of Echocardiography (NBE), and the formal examination title is the Examination of Special Competence in Critical Care Echocardiography, abbreviated CCEeXAM. Nothing about this credential should be confused with other certifications that happen to share a similar abbreviation. Its content, fees, dates and rules come exclusively from the NBE.
If you are new to the terminology, our explainers on what CCEeXAM is and what CCEeXAM stands for cover the naming in more detail. This article focuses on the certification path as a whole: what you sit, what you earn when you pass, and what you must do afterward.
Exam Versus Certification: Testamur and Diplomate
The single most common misunderstanding about this credential is treating the exam and the certification as the same thing. They are two linked but separate steps.
| Element | Examination (CCEeXAM) | Certification in Critical Care Echocardiography |
|---|---|---|
| What it is | A computer-based knowledge examination | A credential awarded after an application is approved |
| Outcome | Testamur status upon passing | Diplomate status |
| Clinical case logs | Not required merely to sit the exam | 150 medically necessary complete critical-care transthoracic studies with supervisor review and logs |
| Licensure | Medical-practice documentation required to apply | Qualifying medical licensure plus medical-specialty board certification |
| Training or practice | Not a case-volume gate | Accepted critical-care training or practice route |
Passing the examination establishes Testamur status, not automatic Diplomate certification. A Testamur has demonstrated the required knowledge; a Diplomate has additionally documented the clinical experience. Many candidates sit the exam first, then complete their case logs and application on their own timeline. For a deeper look at the formal definition, see our overview of what CCEeXAM certification is.
The Diplomate application in brief
The certification handbook describes training and practice routes. A training route points to at least one year of a qualifying critical-care fellowship. A practice route points to 750 critical-care clinical hours in the preceding three years, and practice or hybrid routes also call for 20 echocardiography AMA Category 1 CME hours in that period. Fifty transesophageal studies are an optional add-on, not a baseline requirement for the written exam. The handbook's optional-TEE headings and its practice-documentation wording do not read identically, so confirm route-specific paperwork with the NBE rather than assuming a universal rule. The practice pathway also carries a sunset tied to core-residency completion after December 31, 2031.
Format, Timing and Registration Mechanics
The examination is computer-based and consists of 200 questions. Of these, 180 are scored and 20 are unscored items that are not identified to the candidate. The questions are arranged in five blocks of 40 questions, and each block carries 54 minutes. Active item-answering time therefore totals four hours 30 minutes, with a separate 25-minute pooled break allowance.
- Delivery: Pearson Professional Assessments/Pearson VUE test centers, or Pearson OnVUE remote proctoring.
- Fee: USD 1,295.
- Upcoming administration: January 26, 2027, with registration closing December 22, 2026 at 11:59 p.m. EST.
- Breaks: Scheduled between blocks. Unused time in a question block flows into the break pool, not into another block's answering time.
- Allowed tools: No personal reference materials. An on-screen calculator is available, and test centers supply a laminated note board.
Refund timing
The live examination page and the handbook summary give January 12, 2027 as the partial-refund deadline, while one handbook paragraph says January 26. Because these conflict, treat January 12 as the safe date and ask the NBE for clarification before relying on anything later. Our guides to CCEeXAM certification cost and CCEeXAM exam dates track the money and calendar details.
The Four Published Content Domains
The NBE's content outline lists four domains. They are reproduced here as the official headings and should be read as unweighted exam objectives: the NBE does not publish percentage weights, so no domain should be assumed to be the largest. The outline is dated January 2025 and is also reproduced in the 2027 CCEeXAM Handbook. For a domain-by-domain breakdown, see our CCEeXAM exam domains guide.
Domain 1: Functional Anatomy
Candidates must connect cardiac and thoracic structure to what appears on the screen and to what it means physiologically.
- Standard windows and the structures each one displays
- Chamber, valve and great-vessel relationships and how they shift with pathology
- Coronary territories as they map onto regional wall segments
- Pericardial and pleural anatomy relevant to effusions
Domain 2: Clinical Diagnosis and Management
This domain is where echo findings become bedside decisions in critically ill patients.
- Recognizing the echo signatures of shock states and distinguishing among them
- Assessing ventricular function, filling pressures and fluid-related decision points
- Identifying tamponade physiology, acute valvular failure, and right-heart strain
- Knowing what a study can and cannot establish, and when additional imaging is warranted
Domain 3: Technical Skills & Equipment Optimization
Image quality is a clinical variable. Candidates must recognize degraded studies and fix them.
- Transducer selection, depth, gain, focus and sector-width adjustments
- Doppler settings, angle dependence, aliasing and baseline manipulation
- Artifact recognition: what is real versus what the machine has created
- Practical workarounds when windows are limited, as in ventilated or post-surgical patients
Domain 4: Integrated ultrasound imaging
Critical care echo rarely lives in isolation. This domain reflects the integration of cardiac findings with other point-of-care ultrasound information.
- Combining cardiac views with lung and vascular ultrasound findings
- Building a coherent diagnostic picture from several focused exams
- Prioritizing which images answer the most urgent clinical question first
Practice Cases That Mirror the Exam's Thinking
The examination is built around image-based and scenario-based reasoning, so the best preparation is practicing with realistic cases. The following original scenarios illustrate how the four domains blend. They are teaching illustrations, not recalled exam items.
Case A: The hypotensive post-operative patient
A patient develops hypotension hours after major surgery. The parasternal long-axis window shows a small, hyperdynamic left ventricle with minimal end-systolic cavity. A candidate must connect the finding to volume status (clinical management), confirm that the window is adequate and the gain is not exaggerating the appearance (technical skills), and consider whether a collapsing inferior vena cava and lung findings support the same conclusion (integrated imaging). The anatomy domain enters when you must be certain that what you are calling the left ventricle is not an artifact of an off-axis cut.
Case B: Sudden decompensation on the ventilator
A ventilated patient develops acute hypoxemia and hypotension. The apical four-chamber view shows a dilated right ventricle with septal flattening. The exam-style question asks you to distinguish acute right-heart pressure overload from chronic adaptation, to interpret what changes in septal motion across the cardiac cycle imply, and to decide what other imaging would refine the diagnosis. Wall thickness, tricuspid regurgitation jet characteristics and pulmonary artery pressure estimation all become evidence.
Case C: Persistent hypotension with a noisy image
A patient with limited windows has an image dominated by reverberation and shadowing. A technical-skills question may ask which adjustment improves the signal, whether a Doppler measurement is trustworthy given the insonation angle, or whether a seemingly abnormal finding is an artifact. Candidates who have only practiced on pristine teaching images tend to struggle here.
Key Takeaway
When you review a practice case, force yourself to name which domain each decision belongs to. If you can say "this step is anatomy, this is technical optimization, this is management," you are reasoning the way the examination's structure expects.
Eligibility Documents and Pathway Requirements
To sit the examination, you must document that you are legally practicing or training in medicine. North American-trained candidates submit an unexpired medical license, which can include an eligible training or temporary license, or a signed, notarized good-standing letter from their ACGME program director. Non-North-American-trained candidates need medical licensure and the specified permanent-license verification or recent good-standing documentation where applicable. Documents must be in English or accompanied by a certified translation.
Notice what is absent: clinical case logs are not a prerequisite merely to sit the examination. That is why many trainees take the exam during or soon after fellowship and complete their logs afterward. Our CCEeXAM requirements guide walks through the paperwork step by step, and the CCEeXAM certification overview places it in the broader pathway.
A Domain-Ordered Study Sequence
Because no domain weights are published, a sensible plan covers all four evenly and then concentrates on your weakest area. One practical order follows the logic of the discipline itself: anatomy first, because every later interpretation depends on it; technical skills second, because image quality limits everything; clinical management third, once you can trust the images; and integrated imaging last, as a capstone. For a fuller plan, see the CCEeXAM study guide and the CCEeXAM cheat sheet.
Functional Anatomy
- Rebuild the standard windows from memory and label structures
- Map coronary territories to wall segments
Technical Skills & Equipment Optimization
- Drill knobology, Doppler physics and artifact recognition
- Review limited-window problem solving
Clinical Diagnosis and Management
- Work shock-state and tamponade scenarios
- Practice deciding when a study answers the question and when it does not
Integrated ultrasound imaging and timed practice
- Combine cardiac, lung and vascular findings in mixed cases
- Simulate a 40-question, 54-minute block to build pacing
Pacing matters. At 40 questions per 54 minutes, you have a little over a minute per item, and image-based questions can eat time. Practice finishing blocks without borrowing from your break pool, because the exam does not let unused or overspent time transfer between blocks the way many candidates assume. If you want question practice in the same format, you can try the CCEeXAM practice test to check your timing under realistic conditions.
For a candid look at what makes the exam demanding, read how hard the CCEeXAM exam is.
Maintenance After You Pass
Passing is not the end of the obligation. The NBE distinguishes two maintenance programs. Testamurs participate in Maintenance of Testamur in Echocardiography (MOTE). Diplomates participate in Maintenance of Certification in Echocardiography (MOCE). New passers enter annual maintenance the following January.
| Requirement | MOTE (Testamurs) | MOCE (Diplomates) |
|---|---|---|
| Annual enrollment | Yes | Yes |
| Questions per year | 48, in 12-question quarterly sets | 48, in 12-question quarterly sets |
| Annual MDT value | At least 0.20 by December 31 | At least 0.20 by December 31 |
| Additional elements | None beyond the above | Qualifying licensure/training, clinical echo interpretation, echo quality improvement participation, and 15 echocardiography CME credits in the preceding three years (or the permitted next-calendar-year attestation) |
The first participation year is free, and the currently published annual fee thereafter is USD 85. The MDT value is not a raw percentage score, so do not interpret 0.20 as a 20 percent passing mark. Legacy ten-year cycles are honored where applicable, but older static ten-year language should not be applied to new 2027 passers.
Career Value and Who Cares About the Credential
The credential is most meaningful to intensivists, anesthesiologists with critical care practices, emergency physicians working in resuscitation, and cardiologists who staff cardiac or mixed ICUs. Hospitals building or accrediting critical care echo programs, and departments that credential physicians to perform and interpret bedside studies, are natural audiences for it. It signals independently verified knowledge of both cardiac imaging and its critical care application, which matters when a department must justify who is authorized to make echo-guided decisions.
What the credential does not do is guarantee a particular pay increase, and no salary premium should be assumed. Its value is better framed as credibility, credentialing eligibility and professional differentiation. If you are weighing the investment, our analysis of whether the certification is worth it, the salary guide and the page on CCEeXAM jobs frame the decision without overpromising.
One last note on resources: the NBE does not endorse any third-party preparation product, so evaluate materials on their own merit and against the official content outline.
Frequently Asked Questions
No. Passing establishes Testamur status. Diplomate certification requires a separate application that includes qualifying licensure and specialty board certification, accepted critical-care training or practice, and 150 supervised critical-care transthoracic studies with the required logs.
The exam has 200 questions in five 40-question blocks of 54 minutes each. Of these, 180 are scored and 20 are unscored items that are not identified, so treat every question as if it counts.
No. Clinical case logs are not prerequisites merely to sit the examination. You do need medical-practice documentation, such as an unexpired license or a notarized good-standing letter from your ACGME program director, depending on your training background.
The examination fee is USD 1,295. For the January 26, 2027 administration, registration closes December 22, 2026 at 11:59 p.m. EST. Treat January 12, 2027 as the partial-refund deadline, since NBE materials show a conflicting later date.
You enter annual maintenance the following January. The first participation year is free, the published fee afterward is USD 85, and you complete 48 questions per year in quarterly sets while reaching an annual MDT value of at least 0.20 by December 31.