- What the Pass Rate Data Actually Shows (and Doesn't)
- How the Exam Is Built: Format, Weights, and Delivery
- Where Pass-Rate Pressure Comes From
- Domain-by-Domain Pressure Map
- The Financial Side of a Failed Attempt
- Who Sits This Exam and Who Hires for It
- Sequencing Your Prep Around the Weights
- Frequently Asked Questions
- The issuer, ROSEN, does not publish a pass rate in the 2025 handbook we reviewed, so treat any quoted figure with caution.
- The exam has forty multiple-choice questions across ten domains, each weighted at 10%.
- Equal weights mean no domain can be skipped; a weak area costs the same as any other.
- A failed sitting means a $250 USD retake fee on top of the original $350 USD exam fee.
What the Pass Rate Data Actually Shows (and Doesn't)
Search for the Certified in Pipeline Integrity Management (CS014F) pass rate and you will find a lot of confident-sounding numbers. Here is the honest position: the ROSEN Pipeline Integrity Engineer Certification Candidate Handbook 2025, which governs this credential, does not publish a cohort pass rate in the sections we reviewed (pages 11-12, section 5.3). That means any specific percentage you see quoted elsewhere is either an unverified estimate or borrowed from a different credential that happens to share the same code.
This matters more than it might seem. Several unrelated certifications use similar identifiers, and pass-rate figures get copied between them. A percentage that describes some other program tells you nothing about pipeline integrity management. On this page we will not invent a number. Instead, we will show you what can be said with confidence: how the exam is structured, where the difficulty concentrates, and what a failed attempt costs you.
If you want a broader view of how demanding the exam is, our complete difficulty guide for the CS014F exam walks through the cognitive demands in more detail. For the threshold itself, see our breakdown of the CS014F passing score.
How the Exam Is Built: Format, Weights, and Delivery
Understanding the construction of the exam is the best substitute for a published pass rate, because the design determines where candidates succeed or stall.
| Feature | CS014F Detail |
|---|---|
| Governing body | ROSEN |
| Question count | 40 |
| Question type | Multiple-choice |
| Knowledge areas | 10, each weighted at 10% |
| Delivery | Remote proctored |
| Validity | Five years, with renewal credits |
| Handbook edition | 2025 (section 5.3 lists the weighted knowledge areas) |
Forty questions spread across ten equally weighted domains works out to roughly four questions per domain. That is a very thin sample per topic. A candidate who is strong in eight domains but genuinely lost in two is exposed to losing a meaningful share of the available marks, and there is no heavy domain to compensate with.
The remote proctored delivery adds a practical layer. You are responsible for a compliant testing environment, stable connectivity, and identity verification. Candidates who treat the logistics casually sometimes lose focus before the first question appears. Our guide to CS014F exam dates, testing windows, and scheduling covers the booking side so that logistics do not become a hidden failure point.
Where Pass-Rate Pressure Comes From
Without a published statistic, we can still reason about why candidates fall short on an exam like this. Three structural features create the pressure.
Breadth across a full integrity management lifecycle
The ten domains span philosophy and standards, inspection data, risk reduction, interval setting, defect assessment, repair, threat analysis, data quality, and emergency response. Few working engineers touch every one of these daily. A specialist in in-line inspection analysis may be excellent at Domain 3 and Domain 6 but rusty on emergency response in Domain 10.
Multi-standard fluency
Domain 2 explicitly names ASME B31.8S, API 1160, API 1173, CSA Z662, DNV RP F116, BSI 8010-4, and EN 16348. Candidates who work primarily under one regional code can find the others unfamiliar. The exam rewards recognizing where these frameworks align and where they diverge in requirements.
Judgment-based questions on a short exam
With only forty questions, each one carries weight, and integrity management questions often require choosing the most appropriate option among several plausible ones. That demands applied reasoning, not recall alone.
Domain-by-Domain Pressure Map
Every domain carries 10%, so none can be deprioritized on weighting grounds. What differs is how much prior experience typically helps. Use the notes below as a self-assessment lens, not as a claim about measured candidate performance. For the full official breakdown, see our complete guide to all 10 CS014F content areas.
Domain 1: Different approaches to pipeline integrity management (10%)
Compares prescriptive and performance-based philosophies and how an integrity program is structured around them.
- Know why an operator might favor one approach over another
- Be able to place a described program on the spectrum
Domain 2: Standards' requirements (10%)
Covers ASME B31.8S, API 1160, API 1173, CSA Z662, DNV RP F116, BSI 8010-4, and EN 16348.
- Focus on what each standard requires rather than memorizing clause numbers
- Note where requirements overlap and where they differ
Domain 3: Interpreting inspection and survey reports, and inspection, testing, maintenance, and surveillance options (10%)
Reading reports critically and matching the right inspection method to the threat.
- Understand what each method can and cannot detect
- Recognize report limitations and tolerances
Domain 4: Risk reduction options, preventive measures and mitigations (10%)
Choosing mitigation measures appropriate to the identified threats.
Domain 5: Establishing baseline inspection and testing intervals (10%)
Deciding when to inspect or test and why, grounded in the integrity management framework.
Domain 6: Defect assessment, including fatigue assessment (10%)
Evaluating the significance of detected defects, including fatigue considerations. This is often where calculation-flavored reasoning shows up.
Domain 7: Pipeline repair and rehabilitation, and repair program design (10%)
Selecting repair methods and designing a program around them.
Domain 8: Threats to pipeline integrity and the consequences of pipeline failure (10%)
Identifying threat categories and understanding what failure leads to.
Domain 9: Critical data, missing data, treatment of uncertainty (10%)
How data gaps and uncertainty affect integrity decisions. Candidates from field-heavy roles sometimes underestimate this one.
Domain 10: Emergency preparedness, emergency response, site investigations (10%)
Preparing for and responding to incidents, and investigating the site afterward.
The Financial Side of a Failed Attempt
When people ask about pass rates, what they usually want to know is the risk. The risk has a concrete price tag, and the fee structure is published even though the pass rate is not.
| Fee | Amount (USD) |
|---|---|
| Application | $150 |
| Exam sitting | $350 |
| Retake | $250 |
| Recertification | $350 |
A first-time candidate pays the application fee and the exam sitting fee, which together come to $500. If that attempt does not succeed, a retake costs $250 more, bringing the cumulative outlay to $750 for a candidate who passes on the second try. Recertification at $350 follows at the end of the five-year validity period, alongside the renewal credits the handbook describes.
Key Takeaway
The retake fee is $100 less than the original exam sitting fee, but a failed attempt still adds a real cost and delays your credential. Preparing thoroughly once is cheaper than relying on a second attempt. See our full CS014F certification cost breakdown for the complete picture.
Who Sits This Exam and Who Hires for It
The credential sits within ROSEN's Pipeline Integrity Engineer Certification program, so the natural audience is people working in or adjacent to pipeline integrity: integrity engineers, inspection and data analysts, corrosion and materials specialists, and consultants who advise operators. Eligibility details are laid out in our guide to CS014F requirements and how to qualify.
On the employer side, demand tends to come from pipeline operators, integrity and inspection service providers, and engineering consultancies that support integrity management programs. We will not attach salary or hiring-volume figures here, because none are published in the source material. If you are weighing the credential against your career goals, our ROI analysis of the CS014F certification and the overview of CS014F jobs explore that question qualitatively.
The five-year validity also changes how you should think about the exam. It is not a one-off hurdle but the first stage of a renewal cycle, so the knowledge you build now should be durable enough to maintain through renewal credits.
Sequencing Your Prep Around the Weights
Because every domain is worth the same, sequencing should follow your gaps rather than the exam's weighting. A reasonable approach is to start with the domains furthest from your daily work, so you are not discovering a blind spot in the final week. The plan below is a template to adapt, not a prescription. Our CS014F study guide goes deeper on structuring your preparation.
Frameworks and standards
- Domain 1 (approaches) and Domain 2 (standards)
- Build a side-by-side comparison of the seven named standards
Data in and data about
- Domain 3 (inspection and survey reports) and Domain 9 (data and uncertainty)
- Practice judging what a report does and does not tell you
Assessment and intervals
- Domain 6 (defect and fatigue assessment) and Domain 5 (intervals)
- Work through reasoning chains from finding to decision
Threats, mitigation, and repair
- Domains 8, 4, and 7 together, since they form a threat-to-response chain
Response and consolidation
- Domain 10 (emergency preparedness and site investigations)
- Full-length mixed practice under timed, proctor-like conditions
Grouping Domains 8, 4, and 7 reflects how the real subject matter connects: you identify a threat, choose a mitigation, and design a repair program. Studying them as a chain helps with the applied questions the exam favors. For a compact last-pass review, our CS014F cheat sheet condenses the must-know facts.
Once you have worked through the material, test yourself under realistic conditions with a full set of questions on our CS014F practice test site. Timed practice reveals whether your weaker domains are genuinely improving, and the practice tests let you track results by topic so you can see which areas still need work.
Frequently Asked Questions
ROSEN's 2025 candidate handbook does not publish a pass rate in the sections we reviewed, so no verified figure exists. Be skeptical of any specific percentage, as it may belong to a different credential that shares the same code.
The exam has forty multiple-choice questions, drawn from ten knowledge areas that each carry a 10% weight. It is delivered remotely with proctoring.
The retake fee is $250 USD. Combined with the $150 application fee and $350 exam sitting fee for a first attempt, a candidate who passes on the second try will have spent $750 USD in total.
No. All ten knowledge areas are weighted equally at 10%, so a gap in any single domain carries the same potential cost as a gap in any other.
The credential is valid for five years and is maintained through renewal credits. Recertification carries a $350 USD fee. For a plain-language overview of the credential itself, see what the CS014F certification is.