Pe Exam Prep

PE Civil Structural Exam Pass Rate: What the Numbers Actually Mean (2026)

The PE Civil Structural pass rate — first-time vs repeat numbers, how it compares to other civil depths, and why it's often confused with the SE exam.

PEwise Team
July 11, 2026

In NCEES's most recent data, updated January 2026, the PE Civil Structural exam had a first-time pass rate of 58% and a repeat pass rate of 37%. That is the honest answer to the search — but it is often not the number people think they are looking for. The "structural exam" with the frightening single-digit-to-teens pass rates is usually the separate SE exam, not the PE Civil Structural depth. This page separates the two, then puts the real PE Civil Structural number in context against the other civil depths.

What pass rate did NCEES publish for the PE Civil Structural exam?

NCEES reports a first-time pass rate of 58% and a repeat pass rate of 37% for the PE Civil Structural exam in the data on its exam pages updated January 2026. The PE Civil depth exams are administered year-round by computer, and NCEES refreshes these figures on a rolling schedule — showing the January–June or July–December population and updating in July and January respectively — so the number you see is the most recent reporting window, not a single fixed annual result. Whenever you cite a PE pass rate, cite the update date with it; a percentage without a period attached is not a fact you can use.

Two things about that 58%. It counts only first-time takers, and it is measured against a fixed passing standard rather than a curve — NCEES sets the cut score by expert judgment and does not fail a predetermined share of examinees. So the pass rate describes how prepared the group that sat the exam was; it is not a quota you are competing against. The complete PE Civil Structural exam guide walks through how that scoring model works in full.

PE Civil Structural vs the SE exam — which number are you looking at?

This is where most confusion lives. There are two different structural exams, and they report pass rates that are not interchangeable:

  • PE Civil Structural is one 80-question, single-day computer-based exam — the structural depth of the PE Civil license. Its first-time pass rate is the 58% above.
  • The SE exam is a separate, more advanced credential taken across two days: a Vertical Forces component on Friday and a Lateral Forces component on Saturday, each split into a breadth module and a depth module, with the candidate choosing a Buildings or Bridges focus. It is not a harder version of the same test — it is a different exam for a different license.

Because the SE exam is broken into breadth and depth modules that are scored and reported separately, there is no single "SE pass rate" to line up against the PE's 58%. The breadth modules and the depth modules post very different results, and the depth modules — the constructed-response, scenario-based portions — run dramatically lower than the breadth modules. So a scary structural pass rate you saw online is very likely an SE depth-module figure, which says nothing about the PE Civil Structural depth. If your goal is a standard PE license to stamp ordinary structural work, the exam you are taking, and the number that applies to you, is the PE Civil Structural at 58% first-time. The separate question of whether you need the SE at all is its own decision, covered elsewhere in this cluster.

How do you tell which number you are reading? Check three things. A figure in the teens or low twenties is almost always an SE depth module, not the PE. A figure tied to "Vertical," "Lateral," "breadth," "depth," "Buildings," or "Bridges" is describing the SE, because those are SE terms — the PE Civil Structural depth has none of those subdivisions. And a figure attached to a two-day, Friday-and-Saturday schedule is the SE. The PE Civil Structural depth is one exam, one day, one number for first-timers and one for repeats. Once you filter on those cues, most of the alarming statistics people quote about "the structural exam" turn out to be about a credential they are not sitting for.

First-time vs repeat takers: why the two numbers differ

NCEES publishes first-time and repeat pass rates separately for a reason, and the gap between them — 58% versus 37% on the PE Civil Structural — is easy to misread. It is tempting to conclude that failing once means your odds drop to 37% on the retake. That is not what the number means. The repeat pool is a different, self-selected group: it includes people who were under-prepared the first time, people who ran out of study runway, and people who had a bad exam day, and it is measured against the same fixed standard as everyone else. A first-time failer who diagnoses what went wrong and closes the gap is not bound by the aggregate repeat rate.

The practical takeaway is that the first-time number is the one to plan around. Passing on the first attempt is substantially more likely than the repeat rate implies for a prepared candidate, and it saves a full retake cycle. What that preparation looks like is the subject of the closing section.

How often does NCEES update the number?

Because the PE Civil exams run year-round on computer, NCEES does not report one annual pass rate — it refreshes the figures twice a year, in July and January, each time covering the most recent six-month population of test-takers. That means the number moves. A window with a large share of well-prepared first-timers reads a few points higher than a window without one, and neither reading is the "true" pass rate — they are two samples of the same fixed standard. Watching the figure month to month, or treating one publication as destiny, reads noise as signal.

The more useful way to hold the number is directional and structural. A 58% first-time rate tells you the exam is passable for a majority of prepared candidates and that roughly two in five first-timers still fall short — a spread that has far more to do with preparation than with the difficulty of any single question. It is an aggregate of engineers who studied twenty different ways for twenty different lengths of time, so it describes the pool, not you. Your job is to land in the prepared part of the distribution, and no published percentage changes what that takes.

How does the Structural pass rate compare to the other civil depths?

Against the other four PE Civil depths, the Structural first-time pass rate sits in the middle of the pack — higher than Construction and Transportation, lower than Water Resources and Geotechnical. Here is the full picture from the same NCEES data updated January 2026:

PE Civil depth First-time Repeat
Water Resources & Environmental68%47%
Geotechnical61%41%
Structural58%37%
Construction56%36%
Transportation55%42%

One honest wrinkle: Structural's first-time rate is mid-field, but its repeat rate (37%) is near the bottom of the five. Read alongside the exam's structure, that fits — the structural depth spans the most design standards and its largest question group is component design, so a retake that does not fix a genuine knowledge gap struggles to move the needle. The broader civil-depth picture, including how these numbers have moved across cycles, is in the PE Civil exam pass rates for 2026, and the depth with the lowest repeat rate is broken down in the PE Civil Construction pass-rate analysis. If you are still choosing a depth, the honest comparison across all five is in which PE Civil depth to choose.

Land on the right side of the pass rate

A pass rate is an average of how prepared people were. PEwise builds its PE Civil courses to move you into the prepared group in the fewest study hours — short animated lessons and NCEES-style practice, not passive lectures.

What separates the passers?

The pass rate is a lagging indicator of a few decisions made months earlier. First-time passers tend to pick the depth that matches their daily work, so they are relearning less; they study the actual spec instead of the entire handbook; and they practice full, exam-style questions early enough to fix pacing and reference-navigation before test day rather than discovering the gaps in the room.

The most common preventable reason a prepared-feeling candidate lands in the 42% who miss is scope, not ability. The structural depth touches most of the bundled design standards, and it is easy to spread months of effort thinly across everything the codes contain instead of the slice the NCEES specification actually samples — while never once sitting a full-length timed exam under CBT conditions. Those two habits, studying the universe rather than the spec and skipping realistic practice, quietly move people from the first-time column to the repeat column. They are also the two easiest to fix, which is why a structured, spec-mapped course tends to lift first-attempt odds more than sheer hours do. None of that is unique to structural — it is the same pattern behind every PE result — and the data-backed version of it is laid out in how to improve your PE exam pass rate. The single highest-value habit is optimizing for retention per study hour, so that the time a working engineer can actually spare turns into a first-attempt pass rather than a second registration fee. The PEwise PE Civil courses are built around exactly that constraint.

Final thoughts

The PE Civil Structural pass rate is 58% first-time and 37% repeat as of NCEES's January 2026 data — a mid-field civil-depth result, and a very different thing from the SE exam's module-by-module figures that so often get quoted in its place. Know which exam you are actually taking, plan around the first-time number, and treat the pass rate as feedback on preparation rather than a fixed obstacle. Prepared candidates clear this exam at rates well above the aggregate, and that preparation is a choice you make long before exam day.

Study to beat the average, not match it

PEwise's PE Civil courses — authored by co-founder Mahdi Bahrampouri, Ph.D., a civil engineer — are designed for maximum retention in minimum time, with a pass guarantee. The Geotechnical, Water Resources, and Construction courses are live now; the Structural course is in development.