FE exam prep

Why this matters

In the United States, the Fundamentals of Engineering (FE) examThe first NCEES exam on the path to a PE licence, covering the breadth of an undergraduate engineering degree. is the first exam on the road to a Professional Engineer (PE) licence. Passing it, together with an accredited degree, usually lets you apply to your state board as an Engineer InternThe status (also EIT) a state board grants after you pass the FE, usually with an accredited degree. (EI) or Engineer in Training (EIT), a title many employers look for on graduate applications. The FE covers the breadth of an undergraduate engineering degree, so the best time to take it is often close to graduation, while the material is fresh. A plan turns "I should take the FE sometime" into a date and a pass.

The core idea: know the exam, then plan backwards

Who runs what

• NCEESThe National Council of Examiners for Engineering and Surveying, which writes and administers the FE and PE exams. (National Council of Examiners for Engineering and Surveying) writes and administers the FE and PE exams for the licensing boards of US states and territories. Exam details, specifications and registration are on ncees.org/exams/fe-exam (checked on 2026-10-23).
• State licensing boards decide who may take the exam, when you can apply for EI/EIT status, and every other licensing rule. Find yours through the NCEES licensing board directory at ncees.org/about/member-licensing-board-directory (checked on 2026-10-23).
• ABET accredits engineering programmes. Most boards' standard path assumes an ABET-accredited engineering degree; you can check a programme at www.abet.org/accreditation/find-programs (checked on 2026-10-23).

What to look up (and not memorise from a lesson)

Exam formats, question counts, time limits, fees, retake rules and the topic lists change. Read these on the NCEES site when you plan, not from a blog post:

• The FE disciplines offered (for example Civil, Mechanical, Electrical and Computer, and several others). Choose the one closest to your degree and intended career.
• The current exam specificationsThe official list of knowledge areas and approximate question counts for an FE discipline. for your discipline: the knowledge areas and approximate number of questions in each. This is the core of your plan.
• The NCEES FE Reference HandbookThe NCEES handbook that is the only reference allowed during the FE exam, provided as a searchable PDF., the only reference you may use during the exam. It is provided on screen as a searchable PDF and is available free from your MyNCEES account. Practise with exactly this document.
• Registration, scheduling at approved test centres, accommodations and exam-day rules.

Building the plan

1. Pick a target date and work backwards. Many candidates plan around 2 to 4 months of study; adjust to your schedule and how recently you took the courses.
2. Self-assess. Take a timed diagnostic (an official NCEES practice exam, or problems from each knowledge area) and score yourself by area.
3. Weight your time by two numbers: how many questions an area has on the specification, and how weak you are in it. A heavily weighted area you are weak in comes first.
4. Schedule weekly blocks. For example, five sessions a week, each with review of one topic, 15 to 25 timed problems, and a short error logA record of each missed problem, its area, why it was wrong and the fix..
5. Practise with the handbook. For every problem, find the equation in the handbook search before solving. Speed at finding equations is a real skill on exam day.
6. Keep an error log: problem, area, why you got it wrong (concept, units, arithmetic, handbook search, time), and the fix.
7. Full-length practice: one or two complete timed practice exams in the last few weeks, under exam-like conditions.
8. Final week: light review of your error log, logistics (ID, route, test centre rules), and sleep.

Worked example: allocating 120 hours

Suppose you have 12 weeks at 10 hours a week. Your diagnostic shows you are strong in mathematics and statics, weak in fluid mechanics and electricity, and average elsewhere. You might plan:

The numbers are an illustration. Use the current specification for your discipline to set the real weights.

Study techniques that work

• Timed practice beats re-reading. The exam rewards solving many moderate problems quickly.
• Estimate first. A rough answer helps you reject wrong multiple-choice options and catch unit errors.
• Units, always. Many distractors are the right number with the wrong unit conversion.
• Spaced review. Revisit each topic briefly a week and a month later.
• Study groups help with explanations; solve problems alone first.

After the exam

If you pass, apply to your state board for EI/EIT certification if it is not automatic (rules vary), and record the date: it starts the clock on several later steps. If you do not pass, NCEES provides a diagnostic report by area; use it to adjust your plan, and check the retake rules on the NCEES site.

Common mistakes

• Studying from old topic lists instead of the current specification.
• Practising with a different handbook or formula sheet.
• No timed practice until the week before.
• Leaving it for years after graduation, when the breadth topics are hardest to recall.
• Assuming your state's rules match a friend's in another state.

Quick recap

• NCEES runs the FE exam; your state board sets eligibility and licensing rules.
• Use the current specification and the free FE Reference Handbook from the official site.
• Diagnose, weight by specification and weakness, schedule timed practice, keep an error log, simulate the exam.
• After passing, apply for EI/EIT status as your board requires.

Try it

Open the Do tab and build your own dated FE study plan from the official exam specification.