- What the Official Content Outline Covers
- Exam Format and Registration Mechanics
- Domain 1: Functional Anatomy
- Domain 2: Clinical Diagnosis and Management
- Domain 3: Technical Skills & Equipment Optimization
- Domain 4: Integrated Ultrasound Imaging
- Sequencing the Four Domains in Your Prep
- Passing the Exam vs. Earning Certification
- Where the Credential Gets Used
- Frequently Asked Questions
- The National Board of Echocardiography publishes four unweighted content domains for the CCEeXAM; no percentage weights are released.
- The computer-based exam has 200 questions: 180 scored and 20 unscored, in five 40-question blocks of 54 minutes each.
- Passing earns Testamur status; Diplomate certification requires a separate application including 150 critical-care transthoracic studies.
- The next administration is January 26, 2027; registration closes December 22, 2026 at 11:59 p.m. EST, and the fee is USD 1,295.
What the Official Content Outline Covers
The Examination of Special Competence in Critical Care Echocardiography (CCEeXAM) is administered by the National Board of Echocardiography (NBE). Its content outline, dated January 2025 and reproduced in the 2027 CCEeXAM Handbook, organizes everything a candidate can be tested on into four headings. This guide walks through each one, translates the headings into concrete clinical topics, and explains how to sequence your preparation.
One point deserves emphasis before anything else: NBE does not publish percentage weights for these four domains. You will see third-party sites claiming that one domain makes up some exact share of the exam. Treat those claims with suspicion. The official outline lists the domains as exam objectives without weights, so any claim about which domain is "largest" is not something this guide, or anyone outside NBE, can verify.
| Domain | Official Heading | Published Weight |
|---|---|---|
| 1 | Functional Anatomy | Not published |
| 2 | Clinical Diagnosis and Management | Not published |
| 3 | Technical Skills & Equipment Optimization | Not published |
| 4 | Integrated ultrasound imaging | Not published |
If you are still deciding whether this exam fits your career, start with What Is CCEeXAM? for the orientation, then return here for the content detail.
Exam Format and Registration Mechanics
The domains only matter in the context of how they are delivered. The CCEeXAM is a computer-based examination of 200 questions. Of those, 180 are scored and 20 are unscored items that are not identified to you, so you must treat every question as if it counts. Questions are arranged in five blocks of 40 questions, with 54 minutes allotted to each block. That works out to four hours and 30 minutes of active item-answering time, plus a separate pooled break allowance of 25 minutes.
- Delivery: Pearson VUE test centers or Pearson OnVUE remote proctoring.
- Fee: USD 1,295.
- Next administration: January 26, 2027, with registration closing December 22, 2026 at 11:59 p.m. EST.
- Break structure: Scheduled breaks occur between blocks. Unused time from a question block flows into the break pool, not into another block's answering time, so pacing within each 54-minute block is a real skill.
- Materials: Personal reference materials are prohibited. An on-screen calculator is available, and test centers supply a laminated note board.
For a deeper look at deadlines and scheduling, see CCEeXAM Exam Dates 2026, and for a line-by-line fee analysis see CCEeXAM Certification Cost 2026. Eligibility is covered in CCEeXAM Requirements 2026; in short, you must document medical practice (for North American-trained candidates, an unexpired medical license, including an eligible training or temporary license, or a notarized good-standing letter from your ACGME program director). Clinical case logs are not required merely to sit the exam.
Domain 1: Functional Anatomy
Functional Anatomy is the foundation. In critical care echocardiography, anatomy is never static: you are asked to recognize how structures behave in a patient who is hypotensive, ventilated, volume-shifted, or in shock. Expect questions that pair an anatomic structure with a hemodynamic or pathologic consequence.
Domain 1: Functional Anatomy
Candidates must connect cardiac and thoracic anatomy to what appears on the screen and to what it means physiologically.
- Chamber, valve and septal anatomy as seen in standard transthoracic windows
- The relationship between ventricular geometry and loading conditions, including how septal motion changes with right ventricular pressure or volume overload
- Great vessels, the pericardium, the inferior vena cava and its respiratory variation
- Pleural and lung anatomy relevant to a critical care ultrasound examination
- Normal anatomic variants and structures that mimic pathology
A practical way to prepare is to stop memorizing labeled diagrams and start asking, for each structure, "what does this look like when it fails?" A thin-walled right ventricle that dilates acutely tells a different story than one that has hypertrophied over years. That functional framing is exactly what this domain rewards.
Domain 2: Clinical Diagnosis and Management
This is the domain most closely tied to bedside decision-making, and for most clinicians it is where experience pays off. Questions typically present a clinical scenario, often an unstable patient, and ask you to interpret echocardiographic findings and select the diagnosis or next management step.
Domain 2: Clinical Diagnosis and Management
Integrate echo findings with the clinical picture to reach a diagnosis and guide treatment in critically ill patients.
- Undifferentiated hypotension and shock: distinguishing hypovolemic, cardiogenic, obstructive and distributive patterns
- Left and right ventricular systolic dysfunction and what each implies for therapy
- Pericardial effusion and tamponade physiology
- Acute and chronic right heart strain, including patterns suggestive of pulmonary embolism
- Valvular emergencies and acute regurgitation or obstruction
- Volume status and fluid responsiveness assessment, with an honest understanding of each method's limitations
- Echo findings in the mechanically ventilated patient and during resuscitation
The exam tests judgment, not just recognition. A question may show you a finding that is real but not the cause of the patient's problem. Learning to ask "does this finding explain this patient?" is a skill worth drilling. Our difficulty guide for the CCEeXAM discusses why scenario-based interpretation questions tend to challenge even experienced intensivists.
Domain 3: Technical Skills & Equipment Optimization
Many candidates under-prepare for this domain because it feels like something you simply "do" at the bedside. But the exam treats image acquisition and machine knowledge as testable content, and in critical care you rarely get ideal windows. Ventilated, supine, dressed, and in pain, your patient makes technique matter.
Domain 3: Technical Skills & Equipment Optimization
Obtain diagnostic-quality images and use the ultrasound system correctly under difficult bedside conditions.
- Transducer selection, orientation and positioning for standard and off-axis views
- Optimizing gain, depth, focus, sector width and frame rate
- Using Doppler modalities (pulsed, continuous, color and tissue Doppler) and avoiding common errors such as incorrect angle or aliasing
- Recognizing artifacts, including reverberation, shadowing and side lobes, and distinguishing them from true findings
- Strategies for limited windows, such as alternative views when the parasternal window is unavailable
- Basic instrumentation, controls and the physics that explain why settings change the image
Study this domain with a probe in hand whenever possible. Reading about aliasing is not the same as correcting it on a live image. If you can scan, deliberately degrade and then repair your own images to see how each control changes the display.
Domain 4: Integrated Ultrasound Imaging
Critical care echocardiography is rarely isolated cardiac imaging. The fourth domain, Integrated ultrasound imaging, reflects that reality: the heart is examined alongside the lungs, vessels and abdomen to build a single, coherent picture of a deteriorating patient.
Domain 4: Integrated Ultrasound Imaging
Combine cardiac findings with other point-of-care ultrasound information to answer the clinical question.
- Lung ultrasound patterns and their relationship to cardiac findings, such as the interplay between pulmonary edema and left-sided filling pressures
- Pleural effusion and pneumothorax assessment
- Vascular ultrasound findings relevant to the critically ill, including evaluation for venous thrombosis
- Abdominal and other focused views that complement the cardiac examination
- Sequencing a protocolized, multi-organ exam in an unstable patient
- Reconciling conflicting findings across organ systems
The core test of this domain is synthesis. A cardiac study that suggests elevated left-sided pressures means more when the lung pattern agrees, and an unexpected mismatch should prompt you to reconsider your interpretation. Build the habit of stating your conclusion only after at least two systems agree, or after you can explain why they do not.
Sequencing the Four Domains in Your Prep
Because NBE does not publish weights, distribute your effort across all four domains rather than betting on one. The order below follows how the material builds on itself. For a broader plan, see the CCEeXAM study guide.
Functional Anatomy + Technical Skills
- Anchor on normal anatomy and how the machine produces the image
- Practice optimization and artifact recognition on real scans
Clinical Diagnosis and Management
- Work scenario-based questions by clinical syndrome: shock, tamponade, right heart strain, valvular emergencies
- Write your own one-line reasoning for every answer, right or wrong
Integrated Ultrasound Imaging
- Layer lung, vascular and abdominal findings onto the cardiac cases you already know
- Practice reconciling conflicting data
Mixed Timed Blocks
- Simulate five 40-question blocks, 54 minutes each, to build pacing
- Review weak domains and revisit the cheat sheet
Technical skills come early because poor instrumentation knowledge undermines your interpretation of every later case. Clinical diagnosis gets the longest stretch because its scenario questions demand the most practice. Drill with timed sets from our CCEeXAM practice test platform so the 54-minute block pacing feels routine by exam day.
Passing the Exam vs. Earning Certification
A frequent point of confusion is that passing the CCEeXAM does not by itself make you a certified Diplomate. Passing establishes Testamur status. Certification in Critical Care Echocardiography is a separate application with its own requirements.
| Item | Examination (Testamur) | Certification (Diplomate) |
|---|---|---|
| Core requirement | Medical-practice documentation and a passing result | Valid Testamur status plus qualifying licensure and medical-specialty board certification |
| Study logs | Not required merely to sit the exam | 150 medically necessary complete critical-care transthoracic studies, with supervisor review and required logs |
| Training or practice | Not applicable | At least one year of qualifying critical-care fellowship or 750 critical-care clinical hours in the preceding three years |
| CME (practice/hybrid routes) | Not applicable | 20 echocardiography AMA Category 1 CME hours in that period |
| Transesophageal studies | Not a prerequisite | Fifty TEE studies are an optional add-on |
After you pass, you enter annual maintenance the following January. Testamurs follow Maintenance of Testamur in Echocardiography (MOTE) and Diplomates follow Maintenance of Certification in Echocardiography (MOCE). The first participation year is free, and the currently published annual fee is USD 85 thereafter. Maintenance involves annual enrollment and 48 questions per year, delivered in 12-question quarterly sets, with an annual MDT value of at least 0.20 by December 31. MDT is not a raw percentage passing score. For the credential overview, see CCEeXAM Certification.
On scoring, the exam uses a criterion-referenced minimum knowledge standard rather than ranking candidates against one another, and your passing score is supplied on your score report. NBE's FAQ reports an 86% pass rate for the 2026 CCEeXAM; that is a pass rate, not an 86% score threshold, a distinction explored in CCEeXAM Pass Rate 2026 and CCEeXAM Passing Score 2026.
Where the Credential Gets Used
The domains describe a skill set that is valued wherever critically ill patients are managed with bedside ultrasound. In practice that means intensive care units, emergency departments, anesthesiology and perioperative services, and cardiac and surgical critical care. Clinicians in these settings use critical care echocardiography to make rapid decisions about resuscitation, vasoactive support, and procedures such as drainage of effusions.
Whether a credential translates into compensation or hiring advantage varies by institution and role, and no reliable published salary premium is attributed to it here. If you are weighing the investment, our ROI analysis and the discussion of CCEeXAM jobs frame the decision around career goals rather than unsupported earnings claims. Departments building a formal ultrasound program may value Testamur or Diplomate status as evidence of standardized competence.
Frequently Asked Questions
The official content outline lists four: Functional Anatomy; Clinical Diagnosis and Management; Technical Skills & Equipment Optimization; and Integrated ultrasound imaging. They are presented as unweighted exam objectives.
NBE does not publish percentage weights, so no domain can be officially identified as the largest. Prepare all four rather than relying on third-party weight estimates.
There are 200 questions: 180 scored and 20 unidentified unscored items. They come in five 40-question blocks of 54 minutes each (four hours 30 minutes of answering time), with a separate 25-minute pooled break allowance.
No. Passing establishes Testamur status. Diplomate certification requires a separate application, including qualifying licensure, board certification, accepted training or practice, and 150 critical-care transthoracic studies with the required logs.
Personal reference materials are not permitted. An on-screen calculator is available, and test centers provide a laminated note board.