PassProfessor’s FE Civil program is part of the expanding PassProfessor catalog. Our FE Civil bank — 1,500 original practice questions with an explanation for every question, built to the NCEES FE Civil specifications — is complete, and the program is in final preparation. Join the notify list and we will email you when enrollment opens — then use this guide to plan your path to the exam.
This program is part of the expanding PassProfessor catalog — join the notify list and we’ll email you when enrollment opens.
This guide explains the NCEES Fundamentals of Engineering Civil exam: a computer-based test of 110 questions across 14 knowledge areas, taken in a 6-hour appointment with 5 hours 20 minutes of exam time, closed book with the electronic FE Reference Handbook supplied on screen. NCEES reports results as pass or fail only and publishes no passing score. The guide walks every knowledge area, the appointment piece by piece, eligibility as recorded, retakes, and the licensure pathway the exam begins.
The exam in one view
The Fundamentals of Engineering exam is the first step toward Professional Engineer licensure. It is administered by the National Council of Examiners for Engineering and Surveying — NCEES — and it is designed for recent graduates and students close to finishing an undergraduate engineering degree from an EAC/ABET-accredited program. Its premise is breadth with fluency: a candidate who has completed an engineering education should be able to work across the fundamentals of the discipline — mathematics, mechanics, and the civil systems — finding the right relationship in the supplied reference handbook and applying it correctly, at pace, for 110 questions.
That premise shapes everything about how to prepare. The FE Civil exam is not a test of one course, and it does not reward depth in a single favorite subject at the expense of the rest. Its specification divides 110 questions among 14 knowledge areas, from Mathematics and Statistics to Construction Engineering, and the result is reported simply as pass or fail. Candidates who understand the specification’s shape early can build a study plan that matches the exam they will actually take. That is what this guide is for. It confines itself to the verified record behind it: the NCEES FE Civil CBT Exam Specifications effective beginning with the July 2020 examinations, the recorded examination facts, and the PassProfessor program built to them.
Seven disciplines, and why this guide is Civil
NCEES offers the FE in seven discipline-specific versions, each with its own specifications: Chemical, Civil, Electrical and Computer, Environmental, Industrial and Systems, Mechanical, and Other Disciplines. There is no single general FE exam to prepare for; there are seven, sharing a format and a reference handbook but testing different specifications. This guide covers the Civil version only — the discipline of structural, geotechnical, transportation, water resources, and construction engineering — and the PassProfessor program it accompanies is built to the Civil specification alone. Nothing in this guide should be read as preparation for any other discipline version.
Civil is also, by a wide margin, the most-taken version. In fiscal year 2024–25, as reported in NCEES Squared 2025, Civil accounted for 26,502 of 57,902 total FE attempts — about 46 percent of all attempts across the seven disciplines. Of those Civil attempts, 16,639 were first-time attempts and 9,863 were repeat attempts. The same source reports a first-time pass rate of 61 percent and a repeat pass rate of 32 percent for Civil that year. Read those rates for what they are: a record of one year’s outcomes, useful as context for how demanding the exam is and how much of its candidacy is testing again. They are not a passing standard — NCEES publishes none, as the scoring section below states in full.
The real exam at a glance
| The NCEES FE Civil examination | Recorded fact |
|---|---|
| Administrator | National Council of Examiners for Engineering and Surveying (NCEES) |
| Delivery | Computer-based testing, year-round, at NCEES-approved Pearson test centers |
| Questions | 110 |
| Appointment | 6 hours — nondisclosure agreement 2 minutes, tutorial 8 minutes, exam 5 hours 20 minutes, scheduled break 25 minutes |
| Reference | Closed book — the electronic FE Reference Handbook, supplied on screen, is the only reference allowed |
| Results | Reported as pass or fail only, released through MyNCEES |
Who takes this exam
Eligibility is stated in this guide only in the terms the record states it. The FE exam is designed for recent graduates and students close to finishing an undergraduate engineering degree from an EAC/ABET-accredited program. That designed-for audience is the eligibility statement of record behind this guide: no state-board registration procedure, per-state rule, or certification-issuance detail is recorded in it, and this guide invents none. Candidates should confirm the particulars that apply to them in NCEES’s own FE exam information before registering, because NCEES’s publications govern the examination. Results, once an examination is taken, are released through MyNCEES after board release and validation — the one board touchpoint the record describes, stated here exactly as recorded.
The exam, piece by piece
The appointment. Your sitting is a 6-hour appointment, and only part of it is the exam itself. The appointment opens with a nondisclosure agreement (2 minutes) and a tutorial (8 minutes). The exam itself runs 5 hours 20 minutes for the 110 questions, and a scheduled break of 25 minutes sits inside the appointment. Knowing that structure in advance matters for pacing: 320 minutes across 110 questions is the arithmetic your practice should rehearse, and the break is a fixed feature of the sitting to plan around, not a pause you improvise.
Delivery. The exam is computer-based, offered year-round at NCEES-approved Pearson test centers. Year-round delivery removes the fixed exam-day calendar; candidates schedule within the testing structure NCEES operates, subject to the retake limits described below.
Item types. Alongside traditional multiple-choice questions, the computer-based exam includes alternative item types. Candidates should expect the sitting to ask for responses in more than the familiar four-option form. PassProfessor’s bank is four-option multiple-choice throughout — a difference this guide states openly rather than glossing over, and one the preparation section returns to.
The reference. The exam is closed book. NCEES provides an electronic, searchable copy of the FE Reference Handbook on screen during the exam, together with all specified design standards, and that handbook is the only reference allowed — nothing of your own comes with you into the reference side of the test. Candidates may download a free copy of the handbook through MyNCEES before the exam, and serious preparation treats that copy as a working tool from the first week: the exam tests not only whether you know the engineering, but whether you can find and apply the handbook’s formulas and tables accurately under time pressure.
Units. Both SI and U.S. customary units are used on the exam. Fluency in both — including converting between them without breaking stride — is part of the tested skill set, and the PassProfessor bank is written in both systems for the same reason.
Results. Results are released through MyNCEES after board release and validation, and they are reported as pass or fail only. A candidate who does not pass receives a diagnostic report organized by major topic, showing where performance fell short across the specification; a candidate who passes receives no such report. That diagnostic is the single most useful document a repeat candidate owns, as the retake section below explains.
The blueprint, area by area
The FE Civil CBT Exam Specifications — effective beginning with the July 2020 examinations, and the specification NCEES currently publishes — divide the 110 questions among 14 knowledge areas. A content survey toward a future revision closed in April 2026, but no revised FE specifications have been announced; the July 2020 specifications are the specification of record, and they are what this guide and the PassProfessor bank are built to. The table below gives each area’s official question range, the number of questions in the PassProfessor bank, and the number drawn for the program’s timed practice form — a draw that places every area inside its official range and totals 110.
| Knowledge area | Questions on the real exam | Questions in the PassProfessor bank | In the practice form |
|---|---|---|---|
| Mathematics and Statistics | 8–12 | 120 | 9 |
| Ethics and Professional Practice | 4–6 | 60 | 4 |
| Engineering Economics | 5–8 | 78 | 6 |
| Statics | 8–12 | 120 | 9 |
| Dynamics | 4–6 | 60 | 4 |
| Mechanics of Materials | 7–11 | 108 | 8 |
| Materials | 5–8 | 78 | 6 |
| Fluid Mechanics | 6–9 | 90 | 6 |
| Surveying | 6–9 | 90 | 6 |
| Water Resources and Environmental Engineering | 10–15 | 150 | 11 |
| Structural Engineering | 10–15 | 150 | 11 |
| Geotechnical Engineering | 10–15 | 150 | 11 |
| Transportation Engineering | 9–14 | 136 | 10 |
| Construction Engineering | 8–12 | 110 | 9 |
| Total | 110 | 1,500 | 110 |
Mathematics and Statistics — 8–12 questions
The specification’s foundation area covers analytic geometry, single-variable calculus, vector operations, and statistics — distributions, mean, mode, standard deviation, confidence intervals, and regression and curve fitting. Its role in the exam is larger than its range suggests, because the same mathematics reappears inside economics, mechanics, and hydrology questions. Candidates who have to reconstruct calculus or statistics under time pressure pay for it in every later area; candidates for whom it is fluent get that time back 110 questions long. The bank carries 120 questions here.
Ethics and Professional Practice — 4–6 questions
The smallest range on the specification, and the area that frames the whole credential: codes of ethics of professional and technical societies, professional liability, licensure, and contracts and contract law. This is where the licensure pathway itself is examined — what the FE is for, what follows it, and what a licensee may and may not do. The questions test judgment against recorded professional standards rather than opinion, and they reward candidates who have actually read how the pathway and its obligations are structured. The bank carries 60 questions here.
Engineering Economics — 5–8 questions
Time value of money anchors this area — equivalence, present worth, equivalent annual worth, future worth, and rate of return — alongside cost concepts (fixed, variable, direct and indirect, incremental, average, and sunk), analyses (breakeven, benefit–cost, and life cycle), and uncertainty (expected value and risk). Economics questions are arithmetic with a decision attached: the computation is rarely the hard part; choosing the right comparison, on the right basis, over the right life, is. The bank carries 78 questions here.
Statics — 8–12 questions
Statics covers resultants of force systems, equivalent force systems, equilibrium of rigid bodies, frames and trusses, centroid of area, area moments of inertia, and static friction. It is the entry point to the mechanics sequence, and its skills — clean free-body reasoning, resolving forces without sign errors, reading a truss — are assumed by Mechanics of Materials and Structural Engineering alike. A weakness here is therefore never only a statics weakness. The bank carries 120 questions here, tied for the second-largest block in the bank.
Dynamics — 4–6 questions
Dynamics covers the kinematics of particles and rigid bodies, mass moments of inertia, kinetics in its three working forms — force and acceleration, work and energy, impulse and momentum — and free and forced vibrations. Its range is among the specification’s smallest, which tempts candidates to skip it; the honest reading is that a small range still carries questions on every sitting, and the work–energy and impulse–momentum methods it teaches are among the fastest solution paths on the whole exam when they fit a problem. The bank carries 60 questions here.
Mechanics of Materials — 7–11 questions
This area covers shear and moment diagrams; stresses and strains in their axial, torsion, bending, shear, and thermal forms; the matching deformations; combined stresses, principal stresses, and Mohr’s circle; elastic and plastic deformations; and columns and buckling. It is where statics becomes the behavior of real members, and it is examined accordingly — diagram first, then the stress or deformation the diagram implies. Candidates strong here find Structural Engineering noticeably shorter work. The bank carries 108 questions here.
Materials — 5–8 questions
Materials covers material properties, including phase diagrams, corrosion, and heat treatment; metals and alloys; concrete, including mix design, properties, and testing; asphalt and pavement materials; and wood and other materials. Read it as the specification’s bridge between the mechanics areas and the civil systems: what members and pavements are made of determines how the analysis areas’ results hold up in the field. The questions favor properties and behavior over memorized catalogs. The bank carries 78 questions here.
Fluid Mechanics — 6–9 questions
Fluid Mechanics covers flow measurement, fluid properties, fluid statics (hydrostatic forces and buoyancy), the energy, impulse, and momentum equations in their Bernoulli-centered form, pipe flow with friction and minor losses, open-channel flow basics, and pumps and turbines, including affinity laws and net positive suction head, as the specification scopes them. It is the gateway to Water Resources and Environmental Engineering: Manning’s equation and open-channel reasoning return there at greater length. The bank carries 90 questions here.
Surveying — 6–9 questions
Surveying covers angles, distances, and coordinate geometry; leveling and differential leveling; area and volume computations, including earthwork; closures and adjustments; horizontal and vertical curves; and construction layout. Its questions are geometric and procedural at once — a candidate has to both compute correctly and know how the measurement was properly made. The horizontal and vertical curve work also feeds directly into Transportation Engineering’s geometric design. The bank carries 90 questions here.
Water Resources and Environmental Engineering — 10–15 questions
One of the specification’s three widest ranges, this area spans basic hydrology (infiltration, rainfall, runoff, watersheds); basic hydraulics (the Manning equation, Bernoulli, open-channel flow); pumps; water distribution systems; flood control (dams, routing, spillways); stormwater (detention, routing, quality); collection systems for wastewater and stormwater; groundwater (flow, wells, drawdown); water quality for ground and surface water, including basic water chemistry; testing and standards; and the basics of water and wastewater treatment. Its breadth is the preparation challenge: candidates must deliberately survey the whole list rather than study only the hydrology they already know. The bank carries 150 questions here, tied for its largest block.
Structural Engineering — 10–15 questions
Structural Engineering covers analysis of statically determinate beams, columns, trusses, and frames; deflection of statically determinate beams, trusses, and frames; column analysis, including buckling and boundary conditions; structural determinacy and stability; elementary statically indeterminate structures; loads, load combinations, and load paths, including dead, live, and lateral loads, influence lines, and tributary areas; and design concepts for steel, concrete, masonry, and timber members at fundamentals level. Consistent with the bank’s standing rule, design questions stay at fundamentals level with the data they need given in the question — no question requires knowing a code or section number. The bank carries 150 questions here.
Geotechnical Engineering — 10–15 questions
The third of the widest ranges covers index properties and soil classifications, phase relations, laboratory and field tests, effective stress, stability of retaining structures across active, passive, and at-rest pressures, shear strength, bearing capacity, foundation types (spread footings, deep foundations, and mats), consolidation and settlement, slope stability, and groundwater and seepage concepts. Effective stress is the area’s hinge: phase relations and classification feed it, and strength, bearing capacity, and settlement all reason from it. The bank carries 150 questions here, completing the trio of largest blocks.
Transportation Engineering — 9–14 questions
Transportation Engineering covers geometric design (sight distances, horizontal and vertical curves, superelevation); pavement design fundamentals for flexible and rigid pavements; traffic flow and capacity, in the concepts of the Highway Capacity Manual tradition; traffic safety; traffic control devices and signals; transportation planning; and drainage and roadside design basics. Its range is the specification’s fourth widest, and its content blends the geometric reasoning of Surveying with its own operational subjects — capacity, safety, and control — that many candidates meet for the first time in FE preparation. The bank carries 136 questions here.
Construction Engineering — 8–12 questions
Construction Engineering covers construction methods and equipment, earthwork and quantity takeoffs, estimating and bidding, scheduling in its critical-path and PERT forms, project management and delivery methods, and construction safety and temporary works concepts. It is the specification’s most practice-facing area: the questions test whether a candidate understands how engineered work actually gets built, sequenced, priced, and kept safe, rather than only how it is analyzed. Its scheduling and estimating arithmetic also quietly reuses Engineering Economics. The bank carries 110 questions here.
How the areas fit together
Read the specification as three layers. The foundations — Mathematics and Statistics, Engineering Economics, and Ethics and Professional Practice — supply the tools and the professional frame. The mechanics core — Statics, Dynamics, Mechanics of Materials, and Materials, with Fluid Mechanics beside them — supplies the analytical methods. The civil systems — Surveying, Water Resources and Environmental Engineering, Structural Engineering, Geotechnical Engineering, Transportation Engineering, and Construction Engineering — apply those methods to the built environment, and they hold the specification’s widest ranges. Preparation that respects the layers studies in both directions: systems questions reveal which core method is rusty, and core drilling pays off across several systems areas at once. The bank is sorted by area so both directions of study are available — drill one area to build it, then mix the bank to test the joins.
Scoring, stated honestly
NCEES reports FE results as pass or fail only. It does not publish a passing score, and it does not publish a percentage. That is the whole of the recorded position, and this guide states it without decoration: there is no number to aim at, no conversion to reconstruct, and no source — however confident — that can honestly quote the standard, because NCEES has not published one. Treat any resource that states an FE passing score or percentage as a reason for caution about everything else that resource says.
In the PassProfessor program, 70 appears as a practice benchmark only: a study target we set so candidates can judge readiness in practice across the 14 areas. It is not the examination’s standard, and it is never presented as one. Since the outcome is pass or fail across a 110-question specification, readiness means strength with margin in every layer of the blueprint — no area left thin on the theory that strength elsewhere compensates, because the exam draws from the whole specification. Let your area-by-area practice results, read honestly, decide when you are ready.
If you need to test again
Retakes run on recorded limits: one attempt per testing window, and no more than three attempts in any 12-month period. A candidate who does not pass receives a diagnostic report by major topic, and that report is the correct starting point for a second preparation: it identifies which areas cost the sitting, so retake study can be targeted rather than a full restart. No retake fee is recorded in the record behind this guide, and this guide states none; the $225 figure in this guide is NCEES’s examination fee, labeled as such in the cost section below, and nothing here asserts how it applies across attempts.
The licensure pathway in full
The FE exam’s place in professional life is worth stating completely, because misunderstanding it distorts both expectations and preparation. The recorded pathway runs in three stages. First, pass the Fundamentals of Engineering exam — the step this guide and the PassProfessor program address. Second, gain qualifying progressive experience under appropriate supervision; this is the experience stage that follows the FE, the EIT stage of the pathway, and it is measured in supervised practice rather than in study. Third, pass the Principles and Practice of Engineering exam, the PE exam, which examines the candidate’s discipline at the level of professional practice.
Two boundaries follow, and this guide keeps them sharp. Passing the FE alone confers no Professional Engineer license: it does not make the candidate a licensed engineer, it carries no right to present oneself as one, and it grants no authority to seal or sign engineering work — a candidate in the EIT stage may not seal documents. And the PE exam is a separate, later examination with its own preparation, not a part of this program. What the FE genuinely is remains substantial: the examination foundation of the entire pathway, which the experience stage and the PE exam both presuppose. Preparing for it seriously is the correct ambition — and the complete one this guide supports.
What the program costs, and what the examination costs
PassProfessor’s FE Civil program is priced at $99. That is a decided price, and it is the price of the practice program — 1,500 original questions with an explanation for every question — charged when you enroll after enrollment opens. Separately, the FE examination itself carries a fee of $225, payable directly to NCEES. That figure is NCEES’s examination fee; it is not a PassProfessor charge, and the two figures should never be blurred: $99 buys preparation you choose, and $225 is what NCEES charges for the examination itself.
How to prepare for the FE Civil exam
- Build your plan from the specification, not from a course list. The 14 knowledge areas and their ranges — three areas at 10–15 questions, Transportation at 9–14, and the rest below — are the syllabus. If a topic sits inside them, it is fair game; if it sits outside them, it is a distraction. Organize your calendar by area from the first week.
- Work from the handbook from the start. The exam allows the FE Reference Handbook and nothing else, so download the copy available through MyNCEES and make it your reference during study, not a document you meet during the sitting. For every practice question, be able to say where in the handbook the governing relationship lives.
- Repair the foundations before the systems. Mathematics, statics, and mechanics of materials quietly underwrite most of the civil systems areas. A short diagnostic across all 14 areas at the outset tells you where the leaks are while they are still cheap to fix.
- Study each area against its subtopics. The area walkthrough above lists what the specification actually examines in each area. Use it as a checklist: breadth failures on this exam are usually checklist failures — a subtopic never studied at all — rather than depth failures in a studied one.
- Practice in both unit systems. Set some study blocks in SI and some in U.S. customary units, and treat conversion as part of the problem rather than a preliminary. The exam uses both, and unit errors are unforced losses of questions you knew how to solve.
- Read every explanation, especially when you were right. Right answers reached by wrong reasoning are unmarked weaknesses. The explanation is where a practice question teaches; skipping it keeps only the test.
- Drill by area, then rehearse the whole sitting. Use focused area work to build each layer, then take full timed practice that draws all 14 areas together at the real sitting’s arithmetic — 110 questions in 320 minutes — so pacing and stamina are rehearsed rather than hoped for.
- Let area results, not feelings, call you ready. Finish preparing when your practice is strong in each area separately and mixed together, with errors scattered rather than clustered in a layer of the blueprint. That standard — no area thin, no number invented — is the readiness test this guide can honestly give you.
One design note belongs here, stated plainly. The PassProfessor program is organized around a timed practice form of 110 questions in 320 minutes, drawn so that every knowledge area sits inside its official range, plus 14 area drills of 10 questions each drawn from the bank. That form is a preparation design we chose — a full-length timed rehearsal alongside focused drilling — and it is not a claim about how the real examination is administered. The real examination’s recorded facts stand in their own table near the front of this guide, including the format difference this guide has noted throughout: the real computer-based exam includes alternative item types beyond multiple-choice, and the bank is multiple-choice throughout.
PassProfessor’s FE Civil program — 1,500 original practice questions with an explanation for every question, built to the NCEES FE Civil specifications across its 14 knowledge areas — is in final preparation. The FE Civil Exam Prep program page carries the notify list; join it and we will email you when enrollment opens.
Frequently asked questions
Which FE exam does this guide cover? The Civil discipline version of the NCEES Fundamentals of Engineering exam — and only that version. NCEES offers seven discipline-specific FE exams; this guide and the PassProfessor program it accompanies are built to the FE Civil specifications and do not cover Chemical, Electrical and Computer, Environmental, Industrial and Systems, Mechanical, or Other Disciplines.
What is the Fundamentals of Engineering exam, and who administers it? It is the first step toward Professional Engineer licensure: a discipline-specific examination administered by the National Council of Examiners for Engineering and Surveying (NCEES), designed for recent graduates and students close to finishing an undergraduate engineering degree from an EAC/ABET-accredited program.
How many questions are on the FE Civil exam, and how long is the appointment? 110 questions. The appointment is 6 hours: a 2-minute nondisclosure agreement, an 8-minute tutorial, 5 hours 20 minutes of exam time, and a scheduled 25-minute break. The exam is computer-based and offered year-round at NCEES-approved Pearson test centers.
What score do I need to pass the FE Civil exam? There is no published score to need. NCEES reports FE results as pass or fail only, and it does not publish a passing score or percentage. In the PassProfessor program, 70 is a practice benchmark only — a readiness target for study, not the examination’s standard. Prepare for strength with margin across all 14 knowledge areas.
What are the 14 knowledge areas, and which carry the most questions? Mathematics and Statistics; Ethics and Professional Practice; Engineering Economics; Statics; Dynamics; Mechanics of Materials; Materials; Fluid Mechanics; Surveying; Water Resources and Environmental Engineering; Structural Engineering; Geotechnical Engineering; Transportation Engineering; and Construction Engineering. The widest ranges — 10 to 15 questions each — belong to Water Resources and Environmental Engineering, Structural Engineering, and Geotechnical Engineering, with Transportation Engineering next at 9 to 14.
Who is the FE exam designed for? Recent graduates and students close to finishing an undergraduate engineering degree from an EAC/ABET-accredited program, in the terms NCEES records. This guide states eligibility only in those recorded terms, records no state-board procedure, and points candidates to NCEES’s own FE exam information for the particulars that govern them.
What reference can I use during the real exam? Only what NCEES supplies: an electronic, searchable copy of the FE Reference Handbook on screen, together with all specified design standards. The exam is closed book and no other reference is allowed. A copy of the handbook can be downloaded through MyNCEES before the exam, and preparation should be built around working from it.
Does passing the FE exam make me a licensed engineer? No. The FE is the first step of a longer pathway: pass the FE, gain qualifying progressive experience under appropriate supervision, then pass the Principles and Practice of Engineering exam. Passing the FE alone confers no Professional Engineer license and no authority to seal or sign engineering work.
What happens if I do not pass, and can I test again? You receive a diagnostic report by major topic, showing where performance fell short across the specification; passing candidates receive no such report. Retakes are limited to one attempt per testing window and no more than three attempts in any 12-month period.
How many practice questions does PassProfessor’s FE Civil program include? 1,500 original practice questions, with an explanation for every question, organized by the specification’s 14 knowledge areas — from 60 questions in Ethics and Professional Practice and in Dynamics to 150 each in Water Resources and Environmental Engineering, Structural Engineering, and Geotechnical Engineering. Every question is original to PassProfessor, written from the specifications; none is an actual NCEES item or another provider’s material.
What does the program cost, and what does the examination cost? The program is $99, charged when you enroll after enrollment opens — the PassProfessor program price. The examination fee is $225, payable directly to NCEES; that is NCEES’s fee, not a PassProfessor charge.
When will the PassProfessor FE Civil program be available? The bank is built — 1,500 questions with an explanation for every question — and the program is in final preparation as part of the expanding PassProfessor catalog. Join the notify list on this page or on the program page, and we will email you when enrollment opens. No date is promised that we cannot keep.
Disclaimer
PassProfessor is an independent exam-preparation provider; NCEES does not endorse this program, and PassProfessor is not affiliated with or sponsored by NCEES. Fundamentals of Engineering, FE, and FE Civil are used in this guide as factual references to the NCEES examination. This guide is general information about examination preparation, current as of November 2026; it confers no license or credential, and passing the examination it describes is, by itself, only the first step toward Professional Engineer licensure. NCEES’s official publications govern the examination itself — its requirements, fees, and standards — and candidates should confirm current details there before registering.