- What You Are Actually Studying For
- Four Sittings, 23 Testing Hours: Planning Around the Format
- Choosing Buildings or Bridges Before You Study
- Breadth Sections: Covering 24 Content Headings Efficiently
- Depth Sections: Scenarios, Alternative Item Types, and No Partial Credit
- Working the Handbook and Electronic Codes
- Sequencing Your Prep Around the Domains
- What the Published Pass Rates Suggest About Where to Invest
- The 2027 Depth Format Change
- Registration, Fees, and Scheduling Mechanics
- Frequently Asked Questions
- PE Structural is four separate computer-based sections: Vertical breadth, Vertical depth, Lateral breadth, and Lateral depth.
- One full attempt totals 230 questions (170 scored, 60 pretest) and 23 actual testing hours, not one 23-hour exam.
- Choose Buildings or Bridges for depth once; you must use the same option in both the Vertical and Lateral components.
- Depth alternative item types receive no partial credit, so practice for exact-answer accuracy rather than partial work.
What You Are Actually Studying For
The exam covered in this guide is the NCEES Principles and Practice of Engineering - Structural examination, commonly searched as the SE exam. It is its own exam. It is not the PE Civil: Structural module, and it is not a buildings-only test. The exam spans buildings and bridges, gravity and lateral systems, and five structural materials, plus foundations and retaining structures.
If you are still orienting yourself on eligibility and what the credential means, start with What Is PE-S? and PE-S Requirements 2026: Eligibility, Prerequisites & How to Qualify. This guide assumes you are past that and want a plan to pass on the first attempt.
NCEES publishes official exam specifications, and it is worth being precise about what those documents are. They describe what the exam may test. They are not a curriculum, and the example topics under each heading are neither exclusive nor exhaustive. Treat them as the boundary of the exam, then build your own study order inside that boundary.
Four Sittings, 23 Testing Hours: Planning Around the Format
Pearson VUE administers four separately scheduled computer-based sections. Each one is its own appointment, and each one produces its own result. Your plan should treat them as four mini-exams that share a body of knowledge.
| Section | Questions (2026) | Scored / Pretest | Actual Testing Time | Appointment Length |
|---|---|---|---|---|
| Vertical breadth | 55 | 45 / 10 | 5 hr 30 min | 6 hr |
| Lateral breadth | 55 | 45 / 10 | 5 hr 30 min | 6 hr |
| Vertical depth | 60 | 40 / 20 | 6 hr | 6 hr 30 min |
| Lateral depth | 60 | 40 / 20 | 6 hr | 6 hr 30 min |
Each appointment also includes a 2-minute nondisclosure agreement, an 8-minute tutorial, and a 20-minute scheduled break. Add it up and one attempt at all four sections is 230 questions, 170 scored and 60 pretest, 23 hours of actual testing, and roughly 25 hours of total appointment time.
Both the Vertical and Lateral components must have acceptable results, and an acceptable completed-component result does not expire. That means you can sequence the exam over multiple windows rather than trying to clear everything at once. For the question of how demanding that looks in practice, see How Hard Is the PE-S Exam? Complete Difficulty Guide 2026.
Choosing Buildings or Bridges Before You Study
Breadth sections cover both Buildings and Bridges. Depth is where you specialize: you choose either Buildings or Bridges, and you must use the same option in both the Vertical and Lateral components. You do not take both depth tracks.
Make this decision early, because it determines where your deep study hours go. A rough decision framework:
- Match your daily work. If your project experience is mostly steel, concrete, wood, and masonry framing, Buildings aligns with how you already think. If you work on girders, abutments, culverts, and seismic bridge response, Bridges is the natural fit.
- Do not choose based on pass-rate headlines alone. The published numbers for the two options come from different candidate populations, and a smaller cohort can swing a percentage widely. Choose based on your preparation, not on someone else's statistics.
- Consider your job market. Firms hiring for building structures, transportation agencies, and bridge consultants each value the credential differently. See PE-S Jobs for the kinds of employers and roles associated with it.
Breadth Sections: Covering 24 Content Headings Efficiently
Breadth is delivered as multiple-choice, single-response questions covering both Buildings and Bridges. The Vertical breadth outline and the Lateral breadth outline each contain two main groupings, and in both of them Design and Details of Structures carries the larger question range.
| Breadth Component | Analysis of Structures | Design and Details of Structures |
|---|---|---|
| Vertical (Gravity/Other and Incidental Lateral) | 15-23 questions | 30-48 questions |
| Lateral (Wind/Earthquake) | 17-26 questions | 28-46 questions |
These are published question ranges, not fixed percentage weights, so avoid study plans that assume a precise split. What the ranges do tell you is that design and detailing questions make up the larger share of both components. Candidates who are strong at analysis but casual about code-based detailing tend to lose points exactly where the exam concentrates its questions.
Analysis of Structures: Generation of Loads and Load Distribution
This grouping covers how loads are determined and how they travel through a structure.
- Generating gravity and other vertical loads versus wind and seismic loads, which the exam splits across the Vertical and Lateral components.
- Load distribution and analysis methods, including how forces reach elements, diaphragms, and lateral force-resisting systems.
- Know when a hand method is sufficient and when the problem is really testing whether you recognize the governing load path.
Design and Details of Structures: Materials and Foundations
The design grouping spans general structural considerations, structural systems integration, and the material-specific headings that appear in both breadth components.
- Structural Steel and Cold-Formed Steel
- Concrete
- Wood
- Masonry
- Foundations and Retaining Structures
Because each material appears in both the Vertical and Lateral breadth outlines, a material you master serves you twice. Gravity design of a steel beam and seismic detailing of a steel connection are different questions, but they draw on the same fundamentals.
For the full list of content headings, see PE-S Exam Domains 2026: Complete Guide to All 54 Content Areas. One clarification worth making: the 54 figure counts sequential headings across breadth and depth for both components and both options. It is not an NCEES declaration of 54 independent, equally weighted domains.
Depth Sections: Scenarios, Alternative Item Types, and No Partial Credit
The depth sections feel different from breadth, and candidates who prepare only with multiple-choice drills are often caught off guard. Each 2026 depth section contains five scenarios of 12 alternative-item-type questions each. Four scenarios contain 10 scored and 2 pretest items. One scenario contains 12 pretest items. Alternative item types receive no partial credit.
That last point deserves attention. On a long calculation, an arithmetic slip or a wrong code coefficient that you would normally lose a fraction of a point for in school costs you the whole item here. Your preparation should build habits around verification: unit checks, reasonableness checks against rule-of-thumb magnitudes, and a deliberate re-read of what the item actually asks for.
Buildings Depth: Scenario Topics
For the Vertical component, the scenario topics are steel, concrete, wood, and masonry structures. For the Lateral component, they are steel, concrete, wood and/or masonry structures, and general analysis such as existing structures, secondary structures, nonbuilding structures, and computer verification.
- The knowledge areas that cut across scenarios are conceptual design and project planning, structural loading and analysis, design and details of elements, design and details of joints and connections, and preparation of documents and construction administration.
- Do not skip the last one. Questions on documents and construction administration reward practical project experience, not just calculation skill.
Bridges Depth: Scenario Topics
For the Vertical component, the scenario topics are concrete superstructure, steel superstructure, and other bridge elements such as culverts, abutments, and retaining walls. For the Lateral component, they are piers or abutments, foundations, and general analysis of seismic forces.
- The knowledge areas are conceptual design and project planning, structural loading and analysis, and design and preparation of details.
- Bridge candidates should be especially comfortable moving between load generation and substructure behavior, since the Lateral scenarios center on seismic demand reaching piers, abutments, and foundations.
Knowledge areas are introduced as topics that may be included. They are not guaranteed independent allocations, so you should not expect a fixed number of questions from each. Study them as lenses applied to each scenario: for any steel, concrete, or wood problem, ask yourself what the loading, the element design, and the connection detail would each require.
Working the Handbook and Electronic Codes
The exam is closed book. You receive the electronic NCEES PE Structural Engineering Reference Handbook and the specified electronic design standards, with no personal references allowed. Calculators must be on the approved list, and the exam uses USCS units. The applicable 2026 code editions are listed in the exam specifications, and the searchable standards are presented by chapter.
- Practice with the actual reference material. Searching an electronic standard by chapter is a skill. If your first exposure is on exam day, you will burn minutes you cannot spare.
- Study from the listed editions. Code provisions change between editions. Using a different edition than the one specified is a quiet way to lose points on questions you would otherwise get right.
- Build your own navigation habits. Know which chapter holds which provision, so you jump straight to the right section instead of keyword-hunting.
If you want a condensed refresher of the facts that tend to be forgotten under pressure, see PE-S Cheat Sheet 2026: One-Page Review of Must-Know Facts. Remember that a cheat sheet is for review only, because no personal references are permitted in the exam room.
Sequencing Your Prep Around the Domains
You do not need a generic weekly template. You need an order that reflects how the exam's content overlaps. The one scheduling idea worth using: study fundamentals that feed multiple sections first, and defer material that only matters for your chosen depth option.
Load generation and analysis foundations
- Gravity, wind, and seismic load generation, because every later design question depends on getting the demand right.
- Load distribution to diaphragms, walls, frames, and foundations.
Materials in both orientations
- Steel and cold-formed steel, then concrete, then wood, then masonry, covering gravity and lateral design for each before moving on.
- Foundations and retaining structures once the superstructure materials are comfortable.
Depth specialization
- Scenario-style problem sets in your chosen option, Buildings or Bridges, including joints, connections, and documentation topics.
- Timed practice on multi-step problems with a strict no-partial-credit mindset.
Integration and exam simulation
- Full-length timed sessions using the electronic handbook and code navigation.
- Targeted review of whichever component or material is dragging your practice results.
Because completed-component results do not expire, many candidates sit a breadth section once its material is fresh instead of holding everything for a single marathon window. Whether that works for you depends on your board's rules and your own schedule, so confirm timing details in PE-S Exam Dates 2026: Testing Windows, Deadlines & Scheduling.
When you are ready to test yourself against exam-style questions, the PE-S practice test platform is a straightforward way to check retention across breadth topics before committing to an appointment.
What the Published Pass Rates Suggest About Where to Invest
NCEES publishes a pass-rate table by section and depth option, with first-time and repeat cohorts reported separately. The table updated July 2026 reports these figures:
| Section / Option | First-Time Pass Rate | Repeat Pass Rate | Examinees (First-Time / Repeat) |
|---|---|---|---|
| Lateral breadth | 45% | 26% | 167 / 54 |
| Vertical breadth | 44% | 45% | 209 / 64 |
| Lateral depth - Bridges | 63% | 57% | 32 / 14 |
| Lateral depth - Buildings | 63% | 73% | 131 / 161 |
| Vertical depth - Bridges | 37% | 56% | 46 / 16 |
| Vertical depth - Buildings | 54% | 68% | 188 / 152 |
Read these carefully. They are separate section and option populations, not one overall pass rate for the whole exam, and they are not October 2026 outcomes. Small cohorts, such as the Bridges options, can move a lot from one reporting period to the next, so avoid drawing strong conclusions about which option is "easier."
The defensible takeaway is more modest: no section is a formality, and the breadth sections show first-time pass rates below 50% in both components. Breadth rewards wide, accurate coverage, which is why a structured plan across the material headings matters more than deep mastery of a few favorite topics. For more on interpreting these numbers, see PE-S Pass Rate 2026: What the Data Shows.
Key Takeaway
NCEES uses an equated minimum-competence standard and does not publish a universal passing score. Do not chase a target percentage. Aim for consistent, verified accuracy across every material and both components. Details are in PE-S Passing Score 2026: Exactly What You Need to Pass.
The 2027 Depth Format Change
If your testing window falls in 2026, prepare for the 2026 format described above. If you may be testing depth in April 2027 or later, be aware that the format changes: each depth section becomes 48 questions, comprising 40 scored and 8 pretest, retains 6 hours of actual testing, and includes multiple-choice plus alternative item types.
NCEES posts separate 2027 specifications and standards. Do not blend the two formats when you plan. Use the 2026 specifications for an October 2026 attempt, and switch to the 2027 documents only if your depth appointment falls in the later window. One note on sources: the examinee guide's summary table lists 60 depth questions next to 2027 dates, but the dedicated Structural page specifies 48 beginning April 2027, and that version-specific notice governs.
Registration, Fees, and Scheduling Mechanics
The fee is USD 350 per section, or a calculated USD 1,400 for one attempt at all four sections. That figure excludes licensing board charges, preparation costs, and retakes. Plan your budget around the possibility that you may need to retake at least one section. For a fuller view, see PE-S Certification Cost 2026: Complete Pricing Breakdown.
- Breadth is offered year-round. That gives you flexibility to schedule breadth sections when you are ready.
- Depth is offered twice yearly, in April and October. The next Lateral depth administration is October 27, 2026, and Vertical depth is October 28, 2026.
- Board approval is a separate step. Eligibility, acceptance of this exam, license issuance, and continuing-education renewal are controlled by your licensing board and are separate from passing the four sections. NCEES provides board-specific context on continuing professional competency tracking.
Because depth is offered only twice a year, a missed depth window can delay you by months. Work backward from your target depth date to decide when to take each breadth section, and leave room for a retake if needed.
Once licensed, many engineers want to understand the return. See Is the PE-S Certification Worth It? Complete ROI Analysis 2026 and PE-S Salary Guide 2026: Complete Earnings Analysis for the career side of the decision.
Frequently Asked Questions
No. The exam is four separately scheduled computer-based sections: Vertical breadth, Vertical depth, Lateral breadth, and Lateral depth. Together they total 23 actual testing hours across four separate sittings, not a single 23-hour exam.
No. You choose either Buildings or Bridges for depth and must use the same option in both the Vertical and Lateral components. Breadth sections cover both Buildings and Bridges regardless of your depth choice.
No. The depth sections use alternative item types organized into scenarios, and those items receive no partial credit. Practice for exact, verified answers rather than relying on showing partial work.
An acceptable completed-component result does not expire, per the exam specifications. Both the Vertical and Lateral components must have acceptable results. Confirm any board-specific rules with your licensing board before planning around this.
NCEES uses an equated minimum-competence standard and does not publish a universal passing score. Rather than targeting a percentage, prepare to perform accurately across all materials and both components.