PE Civil: Structural Practice Questions

How to pass the PE Civil: Structural exam on the first try

1. Note the load method before you start. Mixing service with factored loads, or ASD with LRFD, is the most common non-conceptual slip on the PE Civil Structural exam. Unit mismatches like kip-ft against kip-in come next.
2. Five knowledge areas make up the whole PE Civil Structural exam, and all 80 questions come from them since April 2024. Pre-2024 books spend half their pages on hydraulics and geometrics the exam no longer tests.
3. ACI 318, ASCE 7, the AISC manuals, and the NDS come on screen as searchable PDFs in the editions the specification names. Practise in those instead of your office copies, which may be a different edition.
4. Take the question to the end. PE Civil Structural questions usually ask for a capacity or a required size instead of the moment. Stop at the demand and the nearest option is the distractor built for that shortcut.
5. Applying an ACI development length to a masonry wall gives a plausible wrong answer. Check which material and which standard govern before opening a PDF, then review every miss for which of the two you confused.

About the PE Civil: Structural exam

The PE Civil: Structural exam is one of the five discipline-specific PE Civil exams NCEES introduced in April 2024, when it dropped the breadth section common to all civil candidates and rewrote each exam around a single specification. All 80 questions are structural: loads and load paths, analysis, the design and detailing of steel, concrete, masonry, and timber components, foundations, and temporary structures, written to the design standards NCEES names for the exam. It is computer-based and offered year-round at Pearson VUE test centers. It follows the FE and, in most states, four years of progressive engineering experience.

The five knowledge areas below map to that specification. Two are about finding the demand (loads and their effects). Two more cover materials and the capacity check each standard requires. The fifth covers temporary works such as formwork and bracing, plus other topics outside the permanent design codes. Structural questions lean on figures (framing plans, load diagrams, connection details, cross sections), so the practice bank on this page does too. Every question is mapped to one of the five areas and, where a code governs, to the provision it turns on.

What each PE Civil Structural knowledge area covers

Source: NCEES PE Civil: Structural exam specifications (effective April 2024)

NCEES publishes the approximate number of questions per area in the current specification. Download the PDF from ncees.org for the allocation on your form. Since April 2024 there is no shared breadth section. Every question is drawn from this specification, and all five areas are written to the design standards NCEES lists for the Structural exam.

How the PE Civil: Structural exam is scored

Results are reported as pass or fail. NCEES converts your raw score to a scaled score and compares it with a standard set by a panel of licensed structural engineers for each form. It does not publish a passing percentage, and the number of correct answers needed can vary slightly between forms. Scores post to MyNCEES, usually within 7 to 10 days, and are sent to your state board. Failing results come with a diagnostic report by knowledge area.

Item formats include four-option multiple choice plus alternative types: multiple-correct, point-and-click on a detail or diagram, drag-and-drop, and numeric fill-in-the-blank. There is no deduction for wrong answers. Eight hours for 80 questions averages 6 minutes each.

Registration and exam rules

Administered by

NCEES, at Pearson VUE test centers, on computer and available year-round. Register through MyNCEES and select the Structural exam. Some state boards must approve you before you can schedule.

Eligibility

Set by your state licensing board. The typical requirement is a passed FE exam plus four years of progressive engineering experience under a licensed engineer, with a degree from an EAC/ABET-accredited program. Several states let you sit the PE before completing the experience. Licensure still waits for it.

Appointment

9 hours in total: a 2-minute nondisclosure agreement, an 8-minute tutorial, 8 hours of exam time, and a scheduled 50-minute break. The exam is delivered in two sections with the break between them. Once you start the second section you cannot return to the first.

References

NCEES supplies the PE Civil Reference Handbook and the design standards listed in the Structural specification on screen as searchable PDFs, in the editions the specification names: currently the AASHTO LRFD Bridge Design Specifications, ACI 318, TMS 402/602, the AISC Steel Construction Manual, ASCE 7, the IBC, the AWC NDS package, the PCI Design Handbook, and the OSHA 29 CFR 1910 and 1926 subparts it names. Personal copies and printed notes stay outside. Confirm the current list on ncees.org before you start, and practise looking up provisions in the supplied PDFs and not in your office copies, which may be a different edition.

Calculator

Only models on the NCEES-approved list: the Casio fx-115 and fx-991 families, the HP 33s and 35s, and the TI-30X and TI-36X families. Anything else is confiscated at check-in.

Retakes

Once per testing window (January–March, April–June, July–September, October–December) and no more than three times in any 12-month period.

The 16-week PE Civil Structural study plan

NCEES does not publish a recommended study time. Candidates commonly target 200 to 300 hours. The 16-week plan below assumes 12 to 18 hours a week. Because the breadth section is gone, every week goes to structural material. Loads and analysis come first because every design question assumes them.

1. Weeks 1–3Diagnostic, then loads and load applications. ASCE 7 dead, live, snow, wind, and seismic provisions, load combinations for both ASD and LRFD, load paths, tributary areas, and AASHTO vehicle loads for bridge questions. Learn where each provision sits in the supplied PDFs so look-ups take seconds.
2. Weeks 4–6Forces and load effects. Shear and moment diagrams, deflection, indeterminate analysis, influence lines, lateral-force distribution to frames and walls, second-order effects, and stability.
3. Weeks 7–9Component design and detailing in steel (AISC) and concrete (ACI 318): flexure, shear, compression and combined loading, connections, development length and detailing, footings, and retaining walls. Take every design question through to the detailing check.
4. Weeks 10–11Masonry (TMS 402/602), timber (NDS), and prestressed and precast concrete (PCI), together with the materials-and-properties area that underpins them: material behavior, section properties, strength reduction factors, and how each standard treats its material.
5. Weeks 12–13Temporary structures and other topics: formwork and falsework with their shoring and reshoring, bracing, construction loads, scaffolds, and special inspection. Then a second pass through the analysis areas at speed.
6. Week 14Mixed practice with figures under time pressure. Alternate areas so that recognizing the question type (a capacity check, a required size, a detailing minimum, a load-path question) becomes automatic.
7. Weeks 15–16Two full-length timed mock exams (80 questions in 8 hours with one break) a week apart with the handbook and the design standards open and an approved calculator. Review every wrong answer by knowledge area and spend the final days on the two or three areas that still lag.

Where PE Civil: Structural candidates lose points

• Preparing for the retired breadth section. Pre-April-2024 study material spends half its pages on hydraulics and geometrics that the Structural specification does not test, at the expense of masonry, timber, prestressed concrete, and temporary structures.
• Mixing service and factored loads, or ASD and LRFD. The load-combination factor is the most common non-conceptual slip in design questions. Note which method the question uses before you start.
• Unit mismatches in moment and stress. kip-ft against kip-in, psi against ksi, pounds against kips, and inches against feet inside a section modulus each produce a wrong answer that looks reasonable and is already on the list.
• Stopping at the demand. Structural questions usually ask for a capacity or a required size instead of the moment. Candidates who compute the moment and pick the nearest option are choosing a distractor built for exactly that shortcut.
• Applying the right provision from the wrong standard, like an ACI development length to a masonry wall or an AISC slenderness limit to a timber column. Check which material and which standard govern before you open a PDF.
• Leaving questions blank. There is no guessing penalty, and with 6 minutes per question a flagged best guess is always better than an empty answer.

Learn the PE Civil: Structural the way its item writers think

Structural distractors are engineered. From the correct answer the item writer works out what you get with the wrong load-combination factor, with the moment in kip-in when the options are in kip-ft, with an ACI development length applied to a masonry wall, or by stopping at the factored moment instead of the design capacity, and those become the other three options. Every PassExams question explains why the option you picked was tempting as well as why the key is right. On Pro, each wrong option is labelled with its trap type (unit conversion, formula swap, scope confusion, partial solution, misconception), so a miss tells you whether the error was in the load, the analysis, the units, or the standard.

The labels add up. If your analytics show that Component Design and Detailing costs you mostly scope confusions while Loads and Load Applications costs you unit conversions, you know precisely what to fix, which a single score cannot tell you. Miss a question and the variant engine rebuilds it with a different span or a different section, so the retry tests the method and not your memory. Hints remove the most tempting distractor first. That is what learning to pass means for this exam. The standards will be open on screen and the numbers will be new. Only the reasoning about which provision governs comes with you.

PE Civil: Structural exam FAQ

Further reading

• PE Civil Structural: what to expect and how to prepare
• FE exam vs PE exam: how the two differ
• PE Civil Construction practice, if you are considering another discipline
• PE Civil Water Resources and Environmental practice
• PE Civil Transportation practice