- The Exam at a Glance
- Fees, Format, and Validity Cheat Sheet
- The Ten Domains in One Table
- Domains 1 and 2: Approaches and Standards
- Domains 3 to 5: Inspection, Mitigation, and Intervals
- Domains 6 and 7: Defects and Repairs
- Domains 8 to 10: Threats, Data, and Emergencies
- Sequencing the Domains Across Your Prep
- Exam-Day Mechanics for a Remote Proctored Sitting
- Frequently Asked Questions
- The Certified in Pipeline Integrity Management exam is governed by ROSEN and contains forty multiple-choice questions.
- All ten knowledge areas carry an equal 10% weight, so no single domain can be safely skipped.
- Published fees: $150 application, $350 exam sitting, $250 retake, $350 recertification.
- The exam is remote proctored, and certification stays valid for five years with renewal credits.
The Exam at a Glance
This page is the condensed version of everything worth memorizing about the Certified in Pipeline Integrity Management credential (CS014F). It is built for the last stretch of preparation, when you want a single place to confirm the structure, the scope, and the specific technical themes the exam expects you to command. If you are earlier in your journey, start with the CS014F study guide and come back here to consolidate.
The credential is administered through ROSEN, and its scope is defined in section 5.3 of the ROSEN Pipeline Integrity Engineer Certification Candidate Handbook 2025, which lists ten weighted knowledge areas. Note that the 2025 handbook is the edition the issuer currently links; there is no separate 2026 handbook edition, so "2026" in this article's title refers to when the review is current, not to a new exam blueprint.
Fees, Format, and Validity Cheat Sheet
These are the logistics facts you should be able to recite without looking anything up. For deeper treatment of money, see the CS014F certification cost breakdown; for eligibility, see the CS014F requirements guide.
| Item | What to Remember |
|---|---|
| Governing body | ROSEN |
| Question count | Forty multiple-choice questions |
| Delivery | Remote proctored |
| Application fee | $150 USD |
| Exam sitting fee | $350 USD |
| Retake fee | $250 USD |
| Recertification fee | $350 USD |
| Validity | Five years, with renewal credits |
| Scope source | Candidate Handbook 2025, section 5.3 |
Two practical notes follow from these numbers. First, the initial path costs the application fee plus the exam sitting fee, so budget for both before you begin. Second, the retake fee is lower than the sitting fee, which softens the cost of a second attempt, but it is still real money, so treat your first sitting as the one that counts. If you want to calibrate expectations, the pass rate discussion and the passing score article explain what is and is not publicly known.
For scheduling windows and deadlines, check the CS014F exam dates page and confirm current details directly with ROSEN before committing to a plan.
The Ten Domains in One Table
This is the core of the cheat sheet. Memorize the names, because exam questions are written to probe each of these areas, and your study plan should map to them one-to-one. A longer walkthrough lives in the complete guide to all 10 content areas.
| # | Knowledge Area | Weight |
|---|---|---|
| 1 | Different approaches to pipeline integrity management | 10% |
| 2 | Standards' requirements (including ASME B31.8S, API 1160, API 1173, CSA Z662, DNV RP F116, BSI 8010-4, EN 16348) | 10% |
| 3 | Interpreting inspection and survey reports, and inspection, testing, maintenance, and surveillance options (all methods) | 10% |
| 4 | Risk reduction options, preventive measures and mitigations | 10% |
| 5 | Establishing baseline inspection and testing intervals | 10% |
| 6 | Defect assessment, including fatigue assessment | 10% |
| 7 | Pipeline repair and rehabilitation, and repair program design | 10% |
| 8 | Threats to pipeline integrity and the consequences of pipeline failure | 10% |
| 9 | Critical data, missing data, treatment of uncertainty | 10% |
| 10 | Emergency preparedness, emergency response, site investigations | 10% |
Notice the shape of the blueprint. It runs from philosophy and regulation (Domains 1 and 2), through the inspection-to-decision pipeline (Domains 3 to 7), to the context that shapes decisions (Domains 8 to 10). That is essentially the lifecycle of an integrity management program, which is useful for building a mental model: you identify threats, gather and qualify data, inspect, assess defects, repair, mitigate, set intervals, and prepare for the day something goes wrong.
Domains 1 and 2: Approaches and Standards
Domain 1: Different approaches to pipeline integrity management
Expect questions that ask you to distinguish between how integrity programs can be structured and when each approach is appropriate.
- Know the contrast between prescriptive requirements and performance-based or risk-informed approaches, and the trade-offs of each.
- Understand how an integrity management program is organized as a continuous cycle rather than a one-time assessment.
- Be ready to reason about which approach suits a given scenario, such as differing regulatory settings or pipeline types.
Domain 2: Standards' requirements
The handbook names seven specific documents. You should know what each one is for, what type of pipeline or situation it addresses, and how the requirements differ.
- ASME B31.8S: integrity management for gas pipeline systems.
- API 1160: integrity management for hazardous liquid pipelines.
- API 1173: pipeline safety management systems.
- CSA Z662: the Canadian oil and gas pipeline systems standard.
- DNV RP F116: integrity management of submarine pipeline systems.
- BSI 8010-4 and EN 16348: European and UK-oriented guidance relevant to pipeline integrity practice.
The trap in Domain 2 is superficial familiarity. Candidates often recognize the document numbers but cannot say which one applies to offshore, which to liquids versus gas, or which focuses on management systems rather than technical assessment. Build a one-line identity for each standard and test yourself on matching scenarios to standards.
Domains 3 to 5: Inspection, Mitigation, and Intervals
Domain 3: Interpreting inspection and survey reports
This domain covers both reading results and choosing among inspection, testing, maintenance, and surveillance options across all methods.
- Know the major families of inspection and testing, including in-line inspection, pressure testing, and direct assessment, and the threats each is best suited to detect.
- Understand the limitations of each method, including detection thresholds, sizing accuracy, and what a tool cannot see.
- Practice interpreting a report critically: what was measured, with what confidence, and what follow-up it implies.
Domain 4: Risk reduction options, preventive measures and mitigations
Here the exam tests whether you can match a mitigation to a threat rather than just list measures.
- Link preventive measures such as corrosion control, coatings, cathodic protection, and third-party damage prevention to the threats they address.
- Distinguish measures that reduce the likelihood of failure from those that reduce consequences.
- Be able to justify why one option is more suitable than another in a given case.
Domain 5: Establishing baseline inspection and testing intervals
Interval-setting is where integrity management becomes a decision discipline.
- Understand how threat type, defect growth, assessment results, and risk drive baseline timing.
- Know why intervals are not arbitrary and how conservatism is built in when data is uncertain.
- Connect interval logic back to the standards in Domain 2, since requirements often prescribe or constrain timing.
Domains 3 through 5 are tightly linked. A single scenario can ask you to interpret a report, recommend a mitigation, and then justify the next inspection interval. Study them as a chain rather than as three isolated topics.
Domains 6 and 7: Defects and Repairs
Domain 6: Defect assessment, including fatigue assessment
This is the most analytical part of the blueprint. It asks whether you understand how to judge if a flaw is acceptable, and how cyclic loading changes that judgment.
- Know the basic logic of assessing metal loss, cracks, dents, and other anomaly types, and why different anomalies need different methods.
- Understand the role of remaining strength and safe operating pressure concepts in decision making.
- Be familiar with fatigue: how pressure cycling drives crack growth and how that feeds into remaining-life thinking.
Domain 7: Pipeline repair and rehabilitation, and repair program design
Repair questions often test selection logic and program-level thinking, not only individual techniques.
- Know the common repair options and when each is appropriate, including sleeves, composite wraps, recoating, and cut-out replacement.
- Understand how to prioritize and schedule repairs across a program based on severity and risk.
- Recognize the difference between a temporary measure and a permanent repair, and the conditions that govern each.
Domains 8 to 10: Threats, Data, and Emergencies
Domain 8: Threats to pipeline integrity and the consequences of pipeline failure
Threat identification underpins the whole program, and consequences determine how much risk matters.
- Be able to categorize threats, for example corrosion, mechanical damage, cracking, geohazards and ground movement, and operational or manufacturing-related issues.
- Understand how consequence factors such as proximity to people, environmental sensitivity, and product type shape the severity of failure.
- Connect each threat back to the inspection method and mitigation that fits it.
Domain 9: Critical data, missing data, treatment of uncertainty
This domain is easy to underestimate and frequently separates strong candidates from average ones.
- Know which data elements are critical to integrity decisions and why gaps matter.
- Understand conservative assumptions when information is missing, and how to document them.
- Be ready to reason about how measurement error and data quality propagate into risk and interval decisions.
Domain 10: Emergency preparedness, emergency response, site investigations
The final domain addresses what happens when prevention fails.
- Understand the elements of an emergency preparedness plan and the logic of response actions.
- Know the purpose and approach of site investigations after an incident, including evidence preservation and cause analysis.
- Connect lessons from incidents back into the integrity program, closing the loop.
If you are weighing how this knowledge translates into employment, the CS014F jobs page and the salary guide discuss roles and earnings qualitatively. The skill set aligns with integrity engineers and technical specialists at pipeline operators, inspection and assessment service providers, engineering consultancies, and similar organizations.
Sequencing the Domains Across Your Prep
Because every domain is weighted equally, the sequencing question is about dependency, not importance. Learn the foundations first, then the analytical chain, then the contextual domains. Adjust the pacing to your own timeline.
Frame and standards
- Work through Domain 1 approaches and build your one-line identity for each of the seven standards in Domain 2.
- Reason: the standards vocabulary appears in questions across every other domain.
Threats and data
- Cover Domain 8 threats and consequences, then Domain 9 data and uncertainty.
- Reason: you need threat categories and data concepts before inspection and assessment logic makes sense.
The inspection-to-repair chain
- Study Domains 3, 4, and 5, then Domains 6 and 7 as one connected sequence.
- Reason: scenario questions chain these topics together, so learn them together.
Emergency response and full review
- Cover Domain 10, then run mixed-domain practice and revisit your weakest area.
- Reason: with equal weighting, your lowest domain is your biggest risk.
This is only a scaffold. For a fuller approach, including resource selection and timing, see the complete study guide, and use the practice test platform to check how well each domain has actually stuck.
Exam-Day Mechanics for a Remote Proctored Sitting
Because the exam is remote proctored, the environment is part of your preparation. Confirm your technical setup, workspace requirements, and identification expectations with ROSEN well ahead of your sitting. Do not assume that rules from another exam carry over.
- Pace yourself across forty questions. With a fixed question count, a steady per-question rhythm prevents you from burning time on a single hard item.
- Read scenario stems carefully. Many items hinge on a single qualifier such as the pipeline type, the threat, or whether data is missing.
- Eliminate by mismatch. In multiple-choice items, wrong options are often a real technique applied to the wrong threat or the wrong standard.
- Flag and return. If the platform allows it, mark uncertain items and revisit them after securing the easier points.
Key Takeaway
The exam rewards connected reasoning across the program lifecycle. If you can trace a threat to an inspection method, to a defect decision, to a repair or mitigation, to an interval, you are thinking the way the ten domains are designed to test. Practice with mixed-domain questions at the practice test site to build that habit.
Once you pass, remember that the credential is valid for five years and requires renewal credits and a recertification fee. Planning for that early keeps your status uninterrupted. If you are still deciding whether to pursue it, the ROI analysis lays out the considerations.
Frequently Asked Questions
The Certified in Pipeline Integrity Management exam has forty multiple-choice questions, delivered through remote proctoring under ROSEN.
No. Each of the ten knowledge areas in section 5.3 of the handbook carries a 10% weight, so you should prepare evenly across all of them.
The published fees are $150 for the application and $350 for the exam sitting. A retake costs $250, and recertification costs $350. See the cost breakdown for planning detail.
The handbook names ASME B31.8S, API 1160, API 1173, CSA Z662, DNV RP F116, BSI 8010-4, and EN 16348. Know what each covers and when it applies.
It is valid for five years, with renewal credits and a recertification fee required to maintain it. To understand the credential's scope more broadly, read what CS014F certification is.