- How the CEBT Blueprint Is Built
- What the Percentages Mean for 250 Questions
- Quality Assurance and Control (24%)
- Technical Procedures (24%)
- Donor-Related Issues (20%)
- Tissue-Related Procedures (20%)
- Anatomy and Physiology (12%)
- Where the Domains Overlap
- Sequencing Your Preparation Around the Weights
- Exam Logistics That Affect Domain Strategy
- Which Sources to Study From
- Frequently Asked Questions
- The Certified Eye Banker - Technical exam has five content areas, and Quality Assurance and Control and Technical Procedures each carry 24%.
- Donor-Related Issues and Tissue-Related Procedures are 20% each; Anatomy and Physiology is the smallest area at 12%.
- The exam has 250 multiple-choice questions, including applied scenarios, with a four-hour limit and a required score of 187.
- Study from the EBAA exam outline, EBAA standards and FDA sources, not just your own eye bank's SOPs.
How the CEBT Blueprint Is Built
The Certified Eye Banker - Technical credential is awarded by the Eye Bank Association of America (EBAA). It was formerly called the Certified Eye Bank Technician credential, and you may still see that older name in training materials and job postings. Professional Testing Corporation (PTC) manages the examination, and Prometric delivers it at test centers or through remote proctoring.
The official examination outline divides the content into five areas. Understanding how those areas are weighted is the single most useful step you can take before you open a study guide, because it tells you where the exam will spend your four hours. If you are still confirming whether you qualify to sit for the exam, review the CEBT eligibility and prerequisites guide first. For the broader preparation picture, the CEBT study guide covers the full plan from application to exam day.
| Domain | Weight | Character of the content |
|---|---|---|
| Anatomy and Physiology | 12% | Foundational ocular science that supports every other area |
| Quality Assurance and Control | 24% | Standards, documentation, contamination control, regulatory compliance |
| Donor-Related Issues | 20% | Donor information, suitability and the evaluation that precedes tissue recovery |
| Technical Procedures | 24% | Hands-on recovery, processing and evaluation techniques |
| Tissue-Related Procedures | 20% | Handling, preservation, storage, distribution of recovered tissue |
What the Percentages Mean for 250 Questions
The electronic exam contains 250 multiple-choice questions and allows four hours. EBAA requires a score of 187, which its guide describes as 75%. Because the weights above are percentages of the exam, you can translate them into rough question counts to see how much of the test each area represents. Treat these as approximations, since the outline gives percentages rather than guaranteed item counts.
- Quality Assurance and Control (24%): roughly 60 of 250 questions.
- Technical Procedures (24%): roughly 60 of 250 questions.
- Donor-Related Issues (20%): roughly 50 of 250 questions.
- Tissue-Related Procedures (20%): roughly 50 of 250 questions.
- Anatomy and Physiology (12%): roughly 30 of 250 questions.
Two domains together account for nearly half the exam. A candidate who is strong in quality and technical content has a large head start, while a candidate who neglects either one is putting a large share of the exam at risk. For more on how the score threshold works in practice, see the CEBT passing score breakdown.
Quality Assurance and Control (24%)
Quality Assurance and Control is tied for the largest area on the exam, and it is the domain where candidates who learned the job purely by doing it are most likely to have gaps. A technician can perform recovery and processing flawlessly and still be unfamiliar with why documentation, traceability and control practices are structured the way they are.
What to master in Quality Assurance and Control
Expect questions that ask you to apply quality principles to a situation, not just recite a definition. Scenario items in this domain typically test whether you can recognize a deviation, identify its significance and select an appropriate response.
- Documentation practices and what makes a record complete and traceable
- Contamination and infection control as applied to recovery and processing environments
- Equipment monitoring, calibration and maintenance concepts
- Regulatory expectations, including FDA requirements that govern human tissue and the EBAA standards that eye banks follow
- Handling of deviations, nonconformances and adverse events
- Inventory, labeling and reagent control
The most common trap here is studying from a single eye bank's procedures. Your employer's SOPs reflect local choices layered on top of national standards, and the exam tests the standards. When a practice question seems to contradict "how we do it at work," trust the official standard and note the difference.
Technical Procedures (24%)
Technical Procedures shares the top weight with Quality Assurance and Control. This is the domain closest to daily bench and recovery work, which is why experienced technicians often feel most comfortable here. That comfort can be misleading. The exam asks about the reasoning behind each step, the correct order of operations and what to do when something does not go as expected.
What to master in Technical Procedures
Think in terms of sequence, rationale and troubleshooting. Applied scenarios are especially common here because procedures lend themselves to "what would you do next" questions.
- Aseptic technique and sterile field management during recovery and processing
- Recovery techniques for ocular tissue and the order in which steps are performed
- Evaluation methods used to assess recovered tissue, including the instruments involved and what findings mean
- Preparation, handling and use of solutions, media and supplies
- Recognizing and responding to technical problems during a procedure
- Accurate recording of procedural findings
One useful habit is to take each procedure you perform and explain, out loud, why each step exists. If you can articulate the purpose of every step, you are far better prepared for applied scenarios than someone who can only repeat the sequence.
Key Takeaway
Quality Assurance and Control and Technical Procedures together make up 48% of the exam. If your study time is limited, make sure these two areas are solid before polishing smaller topics.
Donor-Related Issues (20%)
Donor-Related Issues covers the information and judgment that come before and around recovery: understanding the donor, the information gathered about the donor and what that information means for whether tissue can be used. This domain rewards careful reading, because scenario questions often hinge on a single detail in the donor history or circumstances.
What to master in Donor-Related Issues
Focus on how donor information is collected, interpreted and applied to decisions about tissue suitability.
- Donor identification and the verification of donor information
- Donor history and medical record review
- Conditions and circumstances that affect donor suitability
- Time-related considerations in the donor-to-recovery pathway
- Consent and authorization concepts as they relate to eye banking
- Communication and documentation between the technician, the eye bank and other transplant-organization staff
Because this domain depends on current standards and criteria, avoid relying on memory of how rules worked in the past. Check the latest EBAA materials and the FDA sources that govern donor eligibility, and be prepared for questions that ask you to apply a rule to a specific donor profile.
Tissue-Related Procedures (20%)
Tissue-Related Procedures focuses on what happens to ocular tissue after recovery: how it is handled, preserved, stored, tracked and ultimately released. It overlaps heavily with Quality Assurance and Control, since many quality requirements attach to tissue handling, but the questions here are framed around the tissue itself and the decisions you make about it.
What to master in Tissue-Related Procedures
Expect questions about the conditions, timelines and documentation that protect tissue viability and traceability.
- Preservation methods and the rationale for choosing among them
- Storage conditions, monitoring and the consequences of excursions
- Tissue labeling, tracking and chain-of-custody concepts
- Criteria for determining whether tissue is suitable for its intended use
- Packaging, transport and distribution considerations
- Handling of tissue that does not meet criteria, including documentation and disposition
Candidates often underestimate this domain because it feels like an extension of daily workflow. In reality the exam wants you to know the principles that justify the workflow, including why particular storage and handling limits exist and what is at stake when they are exceeded.
Anatomy and Physiology (12%)
Anatomy and Physiology is the smallest area, and for many candidates it is also the most straightforward to study because the material is stable and well documented. It is foundational rather than procedural: it gives you the structures and functions that explain what you are recovering, evaluating and preserving.
What to master in Anatomy and Physiology
Be able to name structures, locate them and explain their function, especially those that matter for transplantation.
- Layers and structures of the cornea and their functions
- The sclera, limbus, conjunctiva and other external ocular structures
- Anterior segment anatomy, including the iris, lens and chambers
- Corneal endothelium and its role in corneal clarity
- Basic ocular physiology, including how the cornea stays transparent
- Common terminology used to describe ocular findings
Because the domain is compact, a few focused review sessions can cover most of it. The risk is skipping it entirely on the assumption that 12% is negligible. Roughly 30 questions are enough to matter when your target is 187 correct answers.
Where the Domains Overlap
The five domains are separate in the outline, but real exam questions blend them. An applied scenario about a tissue that shows an unexpected finding after recovery might require anatomical knowledge, procedural reasoning, tissue-handling rules and a quality-based response, all in one item.
| Scenario type | Domains it can touch |
|---|---|
| Unexpected finding during evaluation | Anatomy and Physiology, Technical Procedures, Quality Assurance and Control |
| Incomplete or conflicting donor information | Donor-Related Issues, Quality Assurance and Control |
| Storage or transport problem with recovered tissue | Tissue-Related Procedures, Quality Assurance and Control |
| Deviation from the expected recovery sequence | Technical Procedures, Quality Assurance and Control, Donor-Related Issues |
Quality Assurance and Control appears in nearly every row. That is another reason it deserves priority: even when a question is nominally about a procedure or a donor, the correct answer often depends on a quality principle.
For a sense of how this blending affects overall difficulty, see how hard the CEBT exam is, and for a one-page recap of high-yield facts across domains, the CEBT cheat sheet is a useful companion.
Sequencing Your Preparation Around the Weights
You do not need an elaborate method to prepare well. You need a sequence that matches the blueprint. The timeline below is an example of how to allocate effort by domain weight, with the largest areas getting the most time and the smallest area getting a compact review. Adjust the length to fit your own schedule and your application timeline from the CEBT exam dates and deadlines guide.
Baseline and Anatomy
- Download the official exam outline and mark each topic as strong, shaky or unfamiliar
- Review ocular anatomy and physiology, since it supports every later domain
- Take a first diagnostic to see your starting position by area
Quality Assurance and Control
- Study quality, documentation, contamination control and regulatory concepts from official standards
- Practice applying rules to scenarios rather than memorizing definitions
- Note every place where your eye bank's practice differs from the standard
Technical Procedures
- Walk through each procedure and explain the reason for every step
- Work through troubleshooting and "what next" scenarios
- Review evaluation methods and instruments
Donor-Related Issues and Tissue-Related Procedures
- Review donor information, suitability and documentation rules
- Cover preservation, storage, tracking and distribution principles
- Practice mixed scenarios that combine both areas
Integration and Final Check
- Take the PTC practice exam and review your area-level results
- Return to the weakest one or two domains
- Do a timed run through a long question set to build stamina
Exam Logistics That Affect Domain Strategy
A few features of the exam format should shape how you work through the domains on test day.
- Length and pacing: 250 questions in four hours leaves a little under a minute per question on average. Scenario questions take longer, so move quickly through straightforward items to bank time.
- Closed book: You cannot consult references, so key facts and standards need to be in memory.
- No scheduled breaks: The clock continues during restroom breaks, so plan accordingly and build stamina with long timed practice sessions.
- Delivery: Prometric delivers the exam at test centers or through remote proctoring, so decide in advance which environment suits you.
Registration is also a planning factor. Early registration is USD 600 for EBAA members and USD 900 for non-members. Regular registration is USD 700 for members and USD 1,000 for non-members. Registering early saves money and gives you a firmer deadline to study toward. A complete breakdown of costs, including recertification, is in the CEBT certification cost guide.
Key Takeaway
Eligibility requires more than a registration form: a high-school diploma or GED, six months of qualifying transplant-organization experience within the preceding two years, Executive Director and Medical Director recommendations, and a signed practical competency verification submitted before you apply. Start collecting these early so they do not delay your study timeline.
Which Sources to Study From
The exam is built from the national standards and regulatory framework that eye banks operate under, so your study materials should come from the same place. The most reliable approach is to anchor your preparation to official documents and then supplement with practice questions.
- The official CEBT exam outline: published by EBAA, this is the authoritative list of the five areas and their weights.
- The CEBT exam study guide: EBAA's own guide to the exam and its format.
- The July 2025 Criteria for Certification: the current certification criteria, useful for understanding eligibility and the rules around the credential.
- EBAA standards and FDA sources: the regulatory and standards content that underlies the Quality Assurance and Control, Donor-Related Issues and Tissue-Related Procedures domains.
- Your own eye bank's SOPs: useful for context, but not a substitute for the official standards, since local procedures can differ from what the exam tests.
If you are earlier in your career exploration, it may help to read what the credential represents in the overview of CEBT certification and how it fits into the field in the analysis of whether the certification is worth it.
Frequently Asked Questions
The official examination outline contains five areas: Anatomy and Physiology (12%), Quality Assurance and Control (24%), Donor-Related Issues (20%), Technical Procedures (24%) and Tissue-Related Procedures (20%).
Quality Assurance and Control and Technical Procedures are joint-largest at 24% each. Together they make up 48% of the exam, so they deserve the largest share of your study time.
The electronic exam has 250 multiple-choice questions, including applied scenarios, with a four-hour limit. EBAA requires a score of 187, which its guide describes as 75%.
It is risky to skip it. Anatomy and Physiology is roughly 30 questions, and its vocabulary and concepts support scenario questions in the other four domains. A short, focused review is usually enough.
It is a good diagnostic but not a complete resource. The PTC practice exam costs USD 35, has 75 questions and a two-hour limit, and reports area-level results without item-level explanations. Combine it with official standards, FDA sources and additional practice questions. You can find more on the pass rate discussion for context on how to interpret results.