- Who Hires Candidates With a PE in Naval Architecture and Marine Engineering
- Role Types: Naval Architecture Versus Marine Engineering Tracks
- How the 13 Exam Domains Map to Real Job Tasks
- What the License Does and Does Not Change
- Pay Context for Marine Engineers and Naval Architects
- The Path From Degree to Licensed Engineer
- Exam Mechanics That Affect Your Career Timeline
- Sequencing Prep Around the Work You Already Do
- Positioning the License on Your Résumé and in Interviews
- Frequently Asked Questions
- The exam is NCEES's PE Naval Architecture and Marine Engineering: 85 questions, 8 hours 30 minutes of testing time, $400 per attempt.
- BLS reports a $112,230 median annual wage (May 2025) for marine engineers and naval architects overall, not a PE-specific figure.
- The exam spans 13 domains; Hydrostatics and Stability carries the largest question range at 10-15 questions.
- Eligibility is set by your licensing board; a common path is an ABET-accredited degree, the FE, four years of experience, then the PE.
Who Hires Candidates With a PE in Naval Architecture and Marine Engineering
The Principles and Practice of Engineering exam in Naval Architecture and Marine Engineering is a niche licensure exam, and the employers who care about it are a correspondingly specialized group. If you are searching for PE-NA&M jobs, the realistic picture is not a flood of postings that say "PE required." It is a set of employer types where licensed judgment on vessels and marine systems carries weight.
Typical employer categories include:
- Naval architecture and marine design firms that produce vessel designs, stability analyses, general arrangements, and structural scantling packages for commercial and government clients.
- Shipyards and ship repair facilities that need engineers to approve modifications, conversions, and repairs, and to interface with class societies and regulators.
- Government and defense organizations that acquire, maintain, and modernize naval and auxiliary vessels, where engineering authority and technical review are core functions.
- Marine surveying, classification, and consulting firms that evaluate designs and operating vessels against rules and regulations.
- Offshore and ocean engineering contractors working on floating structures, mooring, and platform-related systems.
- Equipment manufacturers and system integrators in propulsion, piping, auxiliary machinery, and shipboard electrical systems.
Because job titles vary widely across these employers, the license is best understood as a credential that widens your scope of responsibility rather than a single job title. For a broader view of how the credential is described, see our overview of PE-NA&M jobs and the explainer on what PE-NA&M is.
Role Types: Naval Architecture Versus Marine Engineering Tracks
The exam title bundles two disciplines, and so does the job market. The 13 official exam domains split naturally into naval architecture topics, marine engineering topics, and common topics. Understanding which track your day job sits in helps you decide how much of the blueprint you already practice and how much will be new.
Naval architecture roles
These roles concentrate on the vessel as a floating, moving, load-bearing structure. Think hull form, intact and damage stability, resistance and powering, seakeeping, structural design, and the arrangement of spaces. On the exam, this maps to Domains 1 through 5: Hydrostatics and Stability, Hydrodynamics, Ocean Engineering, Structural Design, and General Arrangements.
Marine engineering roles
These roles concentrate on the machinery and systems that make the vessel work: propulsion plants, power generation, piping, pumps and auxiliaries, electrical distribution, and environmental compliance. Note that BLS distinguishes marine engineers and naval architects (design and development of vessels and systems) from ship engineers, who operate shipboard machinery. The PE-NA&M track aligns with the design and engineering side. On the exam, this maps to Domains 6 through 10.
Common and cross-cutting roles
Hull outfitting, materials, corrosion, welds and connections, and rules and regulations (Domains 11 through 13) show up in almost every role. A surveyor, a shipyard planning engineer, and a design-office naval architect all touch these topics, which is why they are treated as common rather than specialty areas.
How the 13 Exam Domains Map to Real Job Tasks
NCEES publishes official question-count ranges per domain rather than percentage weights. The ranges below come from the specification effective beginning October 2025. For a deeper walkthrough, read our complete guide to all 13 content areas.
| Domain | Question Range | Where It Shows Up at Work |
|---|---|---|
| 1. Naval Architecture: Hydrostatics and Stability | 10-15 | Stability booklets, loading conditions, trim and stability reviews |
| 2. Naval Architecture: Hydrodynamics | 2 of the 13 domains: 6-9 | Resistance, propulsion matching, maneuvering and seakeeping evaluations |
| 3. Naval Architecture: Ocean Engineering | 4-6 | Environmental loads, moored and offshore floating systems |
| 4. Naval Architecture: Structural Design | 7-11 | Hull girder strength, scantling checks, structural detail design |
| 5. Naval Architecture: General Arrangements | 5-8 | Space planning, tankage, weights, and layout trade-offs |
| 6. Marine Engineering: Propulsion and Power Generation | 6-9 | Prime mover selection, shafting, power plant sizing |
| 7. Marine Engineering: Piping System Design | 5-8 | System diagrams, pipe sizing, pressure drop, pump-system matching |
| 8. Marine Engineering: Auxiliary Equipment Selection | 5-8 | Pumps, heat exchangers, compressors, HVAC, deck machinery |
| 9. Marine Engineering: Electrical Systems | 5-8 | Load analysis, generation, distribution, protection |
| 10. Marine Engineering: Environmental Considerations | 4-6 | Emissions, discharge, ballast and waste-handling compliance |
| 11. Common: Hull Outfitting | 4-6 | Outfit specifications, equipment and furnishings integration |
| 12. Common: Materials, Corrosion, Welds, and Connections | 4-6 | Material selection, corrosion control, weld and joint design |
| 13. Common: Rules and Regulations | 5-8 | Class rules, flag-state and international requirements |
Domain 1: Hydrostatics and Stability (10-15 questions)
The single largest range on the exam, and also the topic area most directly tied to safety-critical sign-off in practice.
- Equilibrium, trim, heel, and the relationship between weight and buoyancy
- Intact stability criteria and righting-arm behavior
- Damage and flooding scenarios and their effect on remaining stability
Domain 4: Structural Design (7-11 questions)
The second-largest range. Candidates working in design offices usually practice this daily; those in systems roles may need to refresh it deliberately.
- Hull girder loading and bending
- Plating and stiffener design under local and global loads
- Connection and detail considerations that tie into Domain 12
Notice that the exam is intentionally broad. A candidate who spends a career in propulsion plant design will still face stability and structural questions, and a hull structures specialist will still face piping and electrical questions. That breadth is part of why the credential signals generalist engineering competence across the marine field, and it is a point worth emphasizing if you are weighing how hard the exam is.
What the License Does and Does Not Change
It is worth being precise about what a PE license does in the marine sector, because job-seekers often overestimate or underestimate its effect.
What it can change
- Authority to sign and seal. A licensed engineer can take responsibility for engineering documents where law or client requirements call for it. The details depend on your jurisdiction and employer.
- Credibility with reviewers and clients. A license is a recognized, board-backed statement of minimum competence.
- Eligibility for certain positions. Some employers, consulting practices, and government roles prefer or require licensure for senior technical or review responsibilities.
- Career progression signaling. It marks a transition from working under supervision to being accountable for engineering judgment.
What it does not guarantee
- It does not create a fixed salary premium. No figure in this article should be read as a measured licensure premium.
- It does not replace company-specific, class-society, or navy-specific training and qualifications.
- It does not apply identically everywhere. Rules for who must be licensed, and for what work, vary by jurisdiction and employer.
For a fuller treatment of the return-on-investment question, see Is the PE-NA&M certification worth it?
Pay Context for Marine Engineers and Naval Architects
The one defensible pay data point available from the federal source is the Bureau of Labor Statistics figure for the occupation group: marine engineers and naval architects had a median annual wage of $112,230 in May 2025. Treat this carefully:
- It describes the occupation as a whole, not licensed engineers specifically.
- It is not a PE-specific salary and does not isolate a licensure premium.
- It is distinct from the pay of ship engineers who operate machinery aboard vessels.
Individual earnings vary by employer type, region, experience, and responsibility level, and this article does not attempt to estimate ranges beyond what BLS reports. For a longer discussion, see the PE-NA&M salary guide.
The Path From Degree to Licensed Engineer
Exam eligibility is controlled by the licensing board you apply through, not by NCEES alone. A common licensure pathway looks like this:
- Earn an engineering bachelor's degree from an EAC/ABET-accredited program.
- Pass the Fundamentals of Engineering (FE) exam.
- Accumulate four years of acceptable engineering experience.
- Pass the PE exam in Naval Architecture and Marine Engineering.
This is a common route, not a universal prerequisite for sitting the exam. Some boards structure requirements differently, and board application requirements and any separate board application fees control your actual timeline. Start by reading your specific board's rules, then cross-check with our PE-NA&M requirements guide.
Separately, if you use the NCEES Record service to bundle your credentials for multiple boards, the engineering application asks for five U.S.-licensed engineer references. That is a feature of the Record program, not a universal condition of sitting the exam.
Exam Mechanics That Affect Your Career Timeline
Because the exam is offered once a year in a single day of computer-based testing, a missed or failed attempt can delay licensure by a full cycle. That makes the logistics matter for career planning.
| Element | Detail |
|---|---|
| Administrator | NCEES, delivered through Pearson VUE at approved test centers |
| Scheduled administration | October 27, 2026 (single-day, computer-based) |
| Exam fee | $400 per attempt; separate board application fees can apply |
| Questions | 85, including unidentified unscored pretest items |
| Testing time | 8 hours 30 minutes (9 hours 30 minute appointment with NDA, tutorial, and a 50-minute scheduled break) |
| Item types | Multiple-choice plus multiple-correct, point-and-click, drag-and-drop, and numerical fill-in |
| Scoring | Correct/incorrect credit, no partial credit, no deduction for wrong answers; pass/fail reporting |
| References | Closed book with a supplied searchable electronic reference handbook; one NCEES-approved calculator |
| Units | SI and USCS |
Two format details deserve special attention. First, the two sections of the exam share the testing clock, and submitted sections cannot be reopened, so pacing is a real skill. Second, with no partial credit on multi-part and numerical items, precision matters more than approximate reasoning.
NCEES does not publish a numerical passing score; the result reflects a scaled score meeting the minimum-competence standard. See what the passing score means and the latest exam dates and scheduling details. For fee planning, our certification cost breakdown covers the full picture.
Sequencing Prep Around the Work You Already Do
The most efficient way to connect job experience to exam readiness is to audit which of the 13 domains your current role exercises, and then schedule your study time inversely: more time on domains you rarely touch at work. This is the one place a timeline helps, so here is a sample 8-week structure keyed to domain ranges.
Stability first
- Domain 1 carries the largest range (10-15), so start here regardless of your background
- Work stability and trim problems until numerical fill-in items feel routine
Structures and hydrodynamics
- Domain 4 (7-11) and Domain 2 (6-9) together cover a large share of naval architecture questions
- Pair structural review with Domain 12 topics on materials, welds, and connections
Marine engineering systems
- Cover Domains 6 through 9: propulsion, piping, auxiliaries, and electrical
- Prioritize whichever system area your daily work touches least
Ocean engineering, arrangements, outfitting, environment
- Domains 3, 5, 10, and 11 have smaller ranges but are easy points if reviewed deliberately
Rules, regulations, and full-length practice
- Review Domain 13 and simulate the shared testing clock with a full practice run
For a complete preparation framework, see the PE-NA&M study guide, and when you are ready to test yourself under realistic conditions, use our PE-NA&M practice tests. The official NCEES e-book practice exam ($59.95, 85 questions with solutions, 123 pages, based on the October 2025 specifications) is another useful calibration point. SNAME also publishes a study guide, but treat it as a secondary preparation source rather than the controlling blueprint; its categories do not establish official NCEES domain weights.
Positioning the License on Your Résumé and in Interviews
Once licensed, how you present the credential matters as much as having it. A few specific moves help in marine hiring contexts:
- Name the exam precisely. Write "Professional Engineer (PE), licensed in [state/territory], Naval Architecture and Marine Engineering exam" rather than an ambiguous acronym. Several unrelated credentials share similar abbreviations.
- Tie the license to deliverables. Describe the stability analyses, structural packages, piping designs, or compliance reviews you have personally led or approved.
- Show breadth across the three families. Because the exam spans naval architecture, marine engineering, and common topics, hiring managers read licensure as evidence you can reason across disciplines.
- Be ready to discuss rules and regulations. Domain 13 familiarity signals you can work within class and regulatory frameworks, which matters to surveyors, shipyards, and government reviewers alike.
- Mention maintenance of licensure. Your issuing board sets renewal periods and continuing professional competency requirements, so cite your active status accurately.
Key Takeaway
Treat the license as proof of breadth and accountability, not a single job title. Match it to employers who value sign-off authority: design firms, shipyards, government engineering organizations, surveyors, and offshore contractors.
If you are still deciding whether the exam fits your path, start with the foundational pieces on PE-NA&M certification and PE-NA&M training, then return to the practice material at our main exam prep site.
Frequently Asked Questions
Not universally. Many marine design and engineering roles do not strictly require a PE, but licensure can be preferred or required for senior technical, sign-and-seal, or review responsibilities, depending on the employer and jurisdiction. Always check the specific job posting and your board's rules.
No. The $112,230 median annual wage (May 2025) is for marine engineers and naval architects as an occupation. It is not a PE-specific salary and does not measure a licensure premium.
By official question-count range, Hydrostatics and Stability is the largest (10-15 questions), followed by Structural Design (7-11). In practice, the domains that matter most are the ones your future employer expects you to sign off on, so match your study emphasis to your target role.
The NCEES exam fee is $400 per attempt. Separate board application fees can apply and vary by licensing board, so confirm costs with your state or territorial board before registering.
Yes. Many engineers work toward licensure while employed, since the common pathway includes four years of acceptable engineering experience before the PE exam. Employers often value candidates who are on track to license, particularly when the role involves growing technical responsibility.