The NCEES Fundamentals of Engineering (FE) exam is the first step toward becoming a licensed Professional Engineer (PE) in the United States. Administered by the National Council of Examiners for Engineering and Surveying (NCEES), this computer-based test (CBT) consists of 110 questions completed within a 6-hour testing window that includes a scheduled break.
Unlike traditional closed-book exams, the FE is taken with the NCEES FE Reference Handbook — a comprehensive digital resource available on-screen throughout the exam. There are no other reference materials permitted. Understanding how to navigate and use the handbook efficiently is a key part of exam preparation.
This guide covers everything you need to know: exam format, available disciplines, eligibility requirements, registration steps, proven study strategies, and the road from FE to PE licensure.
The Fundamentals of Engineering (FE) exam is a standardized licensure examination developed and administered by NCEES. It is designed for recent graduates or students in their final year of an ABET-accredited engineering or engineering technology program, though it is open to any graduate with an engineering degree.
Passing the FE exam earns you the title of Engineer in Training (EIT) or Engineer Intern (EI), depending on your state. This credential is the prerequisite to sitting for the Professional Engineer (PE) exam after accumulating the required work experience — typically four years under a licensed PE.
The exam is administered year-round at Pearson VUE testing centers. Candidates can schedule their exam at their convenience after receiving an Authorization to Test (ATT) from NCEES. Results are reported as pass or fail, and score reports are released approximately 7–10 days after the exam window closes.
Professional certifications in related fields, such as PMP certification for project managers or the ASE certification guide for automotive technicians, similarly serve as structured gateways into licensed professional practice — but the FE is uniquely positioned as the foundation of the entire engineering licensure system in the U.S.
NCEES offers the FE exam in seven discipline-specific versions, allowing candidates to test in the field most aligned with their engineering education:
Each discipline has its own exam specification published by NCEES detailing the exact topics and the percentage of questions drawn from each area. Reviewing the specification for your chosen discipline is the single most important first step in building a study plan.
The NCEES FE Reference Handbook is the only reference material permitted during the exam — and it is displayed digitally on your screen. You cannot bring a physical copy, annotate it, or add bookmarks in advance.
This makes familiarity with the handbook's structure absolutely critical. Know which sections cover your discipline, where key formulas are located, and how tables and charts are organized. Practice navigating it under timed conditions so you can locate information quickly without burning precious exam time.
The handbook is available as a free PDF download at ncees.org. Download it the day you start studying and use it every time you practice — never solve a problem from memory alone during prep if the handbook would provide the answer on exam day.
The FE exam rewards structured preparation over cramming. Here is a proven approach used by candidates who pass on their first attempt:
The official specification for your discipline, available free at ncees.org, lists every topic area and its approximate weight. Build your study schedule around it — spend the most time on high-weight sections.
As covered above, the handbook is your only allowed reference. Treat it like a textbook. Understand its structure. Know where the unit conversions, property tables, and key equations live for your discipline. Speed in navigating the handbook translates directly to more time per question.
The FE is 110 questions in 6 hours — roughly 3.3 minutes per question. Some problems are solved in 30 seconds; others may require 5–6 minutes of calculation. Practice under realistic time pressure to build pacing instincts. Aim to complete at least 3–4 full-length practice exams before your test date.
NCEES sells practice exams through the MyNCEES store for approximately $29.95. These are the closest simulation available to the real exam in format, question style, and reference handbook integration. They are worth the investment.
After each practice session, categorize your wrong answers by topic area. If fluid mechanics consistently costs you points, dedicate focused review sessions to that topic before your next full practice exam. Targeted remediation is more efficient than simply re-reading notes.
Many candidates overlook this small but reliable section. The questions are largely based on the NCEES Model Law and Model Rules. A few hours of review here can secure easy points that require no calculation.
Passing the FE exam and earning your EIT/EI credential is milestone one. To become a fully licensed Professional Engineer (PE), you must:
The FE → EIT → PE progression is the standard career track for engineers seeking licensure. Starting your FE preparation early — ideally in your senior year or shortly after graduation — maximizes your advantage while the material is still fresh from coursework.