Fundamentals of Engineering (FE) Exam

What the FE exam is

The Fundamentals of Engineering exam is the first of two exams required for Professional Engineer (PE) licensure in the United States. Administered by the National Council of Examiners for Engineering and Surveying (NCEES), the FE tests grasp of the foundational math, science, and engineering content from a four-year ABET-EAC accredited bachelor's degree.

NCEES is a US-based nonprofit federation of state engineering licensing boards. It develops the standardized exams (FE and PE) that the state boards use for licensure decisions. State boards retain authority over actual licensure — eligibility, experience documentation, ethics review, license issuance and renewal — but they rely on NCEES to administer the exam content uniformly across states.

Passing the FE accomplishes two things:

• Grants Engineer-In-Training (EIT) status in most states. EIT is a recognized title that engineering employers do value on resumes and that some employers use as an internal pay-grade marker.
• Establishes prerequisite eligibility for the PE exam after the candidate accumulates roughly four years of qualifying professional engineering experience under a licensed PE.

Why take the FE

Three concrete reasons mechatronics-engineering graduates take the FE during senior year, even if they are not certain they will pursue PE licensure later:

1. Content recency. The FE tests content from four years of an engineering curriculum. Taking the exam during senior year, while differential equations and electromagnetics are still active memory, is dramatically easier than taking it 2-3 years post-graduation. Most engineers who delay taking the FE find it harder than expected.
2. Optionality. Many engineering career paths that initially do not require PE licensure end up touching it — moves into consulting engineering, into senior-engineer-track roles at firms that bill professional engineering services, into engineering management at consultancies, or into starting an engineering practice. Having passed the FE keeps every door open without committing to the full PE pathway.
3. Employer value. Some engineering employers offer signing bonuses or pay-step increases for EIT status; others informally weight EIT-credentialed candidates in promotions. The $175 exam fee is trivial compared to potential long-term value.

The counterargument: for engineering graduates entering software-heavy roles (data science, machine learning, software engineering at big tech) or pure research roles, the FE provides no career value. The decision is most worth taking for engineers expecting to remain in traditional engineering practice.

The seven FE disciplines

NCEES offers seven discipline-specific FE exams. Candidates choose one to take:

• FE Chemical. For chemical engineering and chemical-engineering-technology graduates.
• FE Civil. For civil engineering graduates. The most common FE by volume.
• FE Electrical and Computer. For electrical, computer, and many computer-engineering graduates.
• FE Environmental. For environmental engineering graduates.
• FE Industrial and Systems. For industrial-engineering graduates.
• FE Mechanical. For mechanical engineering graduates.
• FE Other Disciplines. The broadest version, covering a balance of all disciplines without the depth of any single one. Used by engineers from less-mainstream specialties (mining, petroleum, agricultural) or by graduates of cross-disciplinary programs.

The state where you eventually seek PE licensure does not care which FE discipline you took — any FE pass satisfies the prerequisite. The decision is about which exam content you can pass most reliably and which is most defensible on a resume.

Which FE discipline mechatronics students should take

There is no "FE Mechatronics" exam. The three realistic choices for ABET-EAC mechatronics-engineering graduates are:

FE Mechanical

The closest match if your program emphasized mechanical design, thermodynamics, fluid mechanics, machine dynamics, and machine elements. Content areas include statics, dynamics, mechanics of materials, fluid mechanics, thermodynamics, heat transfer, materials, manufacturing, instrumentation and controls. For mechatronics graduates whose curriculum biased toward the mechanical side, this is usually the right choice. Current pass rate (NCEES Jan 2026): 65%.

FE Electrical and Computer

The closest match if your program emphasized power electronics, motors and drives, embedded systems, digital logic, signal processing, or communications. Content areas include circuit analysis, electronics, power, electromagnetics, control systems, communications, computer networks, digital systems, signal processing, software engineering. For mechatronics graduates whose curriculum biased toward the electrical side, this is the right choice. Current pass rate (NCEES Jan 2026): 69% — the highest among engineering-specialty FE versions.

FE Other Disciplines

The broadest content but with shallower depth in any single area. Some mechatronics graduates pick this when their curriculum was deliberately interdisciplinary and they don't feel deeply confident in either mechanical or electrical specifically. It is generally regarded as the lowest-prestige FE choice in the engineering labor market, though for PE-eligibility purposes any FE pass works equally.

Recommendation: take the FE that best matches your strongest coursework. Look at your transcript: did you take more mechanical-design courses (statics, dynamics, mechanics of materials, machine design, thermodynamics, fluid mechanics) or more electrical-engineering courses (circuits, electronics, signals, power electronics, electromagnetics)? Pick the FE that maps to where you have more depth. Pass rates favor candidates with content alignment.

Exam format

The FE is delivered computer-based at Pearson VUE testing centers across the US year-round. Format details:

• 110 questions total.
• 5 hours 20 minutes total exam time — this includes a 25-minute scheduled break between two halves.
• Each half is approximately 2 hours 27 minutes of question-answering time plus a brief tutorial at the start.
• Questions are multiple-choice with four answer options.
• An on-screen calculator (NCEES-approved) is provided. Candidates may also bring an NCEES-approved calculator on the approved-calculator list.
• The NCEES FE Reference Handbook is the only reference allowed during the exam. It is provided electronically on screen. Familiarity with the handbook's structure and content is essential prep.
• No partial credit; pass/fail outcome only. NCEES does not release numerical scores.

Current pass rates by discipline

Per NCEES January 2026 published pass rates:

First-time pass rates from EAC-accredited programs are typically 5-10 percentage points above the overall published rate. Repeat-taker pass rates are lower than first-time pass rates because the repeat pool is biased toward less-prepared candidates.

Cost and funding

Total cost of preparing for and taking the FE:

• NCEES exam fee: $175 per attempt (2026, recently reduced from $225). Paid directly to NCEES at exam registration.
• NCEES practice exam: ~$30. Highly recommended — the most representative practice material available.
• Review book or course: $150-$1,000 depending on chosen approach. Lindeburg's FE Review Manual or Wasim Asghar's books typically run $80-$150. Guided review courses (PPI, School of PE) run $500-$1,000.
• Pearson VUE testing-center fee: included in the NCEES fee — no separate charge at most testing centers.

Funding sources:

• Employer reimbursement. Most engineering employers reimburse the $175 fee for new-graduate engineers as part of professional-development support. Some employers reimburse review-course costs as well.
• University engineering departments. Many ABET-EAC programs subsidize the FE exam fee or include review-course access in senior-year tuition.
• Professional societies. ASME, IEEE, and similar engineering societies offer member scholarships that include FE exam fees.
• State engineering boards. A few states subsidize FE fees for in-state students who commit to in-state engineering practice.

Self-pay is the default for most candidates. The cost is small relative to the long-term career value.

When and where to take the FE

The FE is offered year-round at Pearson VUE testing centers nationwide. Most major US metros have a Pearson VUE site within reasonable distance. Candidates register through their NCEES account, select a discipline, and schedule a testing date at an available center.

Optimal timing for ABET-EAC engineering BS students:

• October-March of senior year is the conventional window — content is fresh from coursework, and the schedule allows passing-result confirmation before graduation.
• Avoid the final 6-8 weeks before graduation — the same period typically conflicts with senior-project work and final exams.
• Don't delay past 12-18 months post-graduation. Content fades quickly; the FE gets meaningfully harder after a year of professional work that doesn't exercise foundational engineering material.

Prep timeline

A realistic senior-year prep schedule for most candidates:

1. Months -6 to -4 (early fall of senior year): Download the NCEES FE Reference Handbook (free PDF on NCEES site). Skim every chapter. This is the only reference you will have during the exam, so familiarity with its layout is half the battle. Identify which chapters cover content you have not seen recently — those are your study priorities.
2. Months -4 to -2 (late fall, early winter): Work through the NCEES practice exam ($30) and a third-party review book (Lindeburg, Wasim Asghar). Target 60-80 hours of focused practice across this window. Cover every topic area in the FE Reference Handbook, even ones you think you know.
3. Months -2 to 0 (immediate pre-exam): Two full-length timed practice exams under realistic exam conditions (Pearson VUE-style: 5-hour 20-minute total, on-screen calculator only, NCEES handbook only). Identify weak topic areas from practice results and drill them. Final week: light review, sleep, exam day logistics.

Total prep time for a typical candidate: 80-120 hours over 4-6 months. Candidates who already have strong active coursework momentum may need less; candidates with significant gaps in foundational math or engineering science may need more.

Study resources

Free and official

• NCEES FE Reference Handbook — free PDF from ncees.org. The only reference allowed during the exam. Familiarity is essential.
• NCEES sample exam questions — free PDF from the NCEES site. Smaller than the full practice exam but useful for format familiarization.

Paid but high-value

• NCEES practice exam ($30) — the most representative practice material available; written by the exam authors.
• Lindeburg FE Review Manual (PPI publishing, ~$100) — comprehensive review book covering all FE topics. The traditional choice.
• Wasim Asghar FE Review Books (discipline-specific, ~$80-150) — popular alternative to Lindeburg with strong reviews from recent candidates.
• School of PE ($500-1000) — guided online review course with video lectures and structured assignments.
• PPI Live Online ($800-1200) — instructor-led guided review course.

Free YouTube and online

• OpenExamPrep (open-exam-prep.com) — free FE practice questions and study guides.
• Study For FE (studyforfe.com) — articles on pass rates, scoring, and exam strategy.
• Engineer In Training Exam YouTube channel and similar channels with FE-prep content.

Engineer-In-Training (EIT) status

In most states, passing the FE and submitting documentation to the state engineering board grants you the EIT title. Some states (notably California, where the EIT is called Engineering Intern or EI) use different titles for the same credential.

What EIT actually does:

• Documents that you have passed the foundational engineering competency examination.
• Establishes the prerequisite for sitting the PE exam after the requisite years of qualifying experience.
• Provides resume credential value at many engineering employers — some weight EIT-credentialed candidates in hiring and promotion decisions.
• Allows you to legally use the title "Engineer-In-Training" (or state equivalent) in professional communications.

What EIT does not do: it does not grant the legal authority to sign and seal engineering work — that authority comes only from full PE licensure.

For ABET-ETAC engineering technology graduates

FE eligibility for ABET-ETAC (engineering technology, not engineering) graduates depends entirely on the state where you seek PE licensure. NCEES tracks state-by-state eligibility rules. Generalizations:

• Roughly 30 US states accept ETAC graduates for the FE exam directly with no additional prerequisites beyond the bachelor's degree.
• The remaining states require additional qualifying experience — typically 4-6 years of engineering work under a licensed PE — before ETAC graduates can sit the FE.
• A small number of states do not accept ETAC graduates for PE licensure at all, regardless of additional experience.

If PE licensure is your goal and you are choosing between ABET-EAC (engineering) and ABET-ETAC (engineering technology) bachelor's programs, the EAC option keeps every state open and is the safer choice for licensure portability.

See the NCEES state matrix for the current state-by-state eligibility rules.

The full FE-to-PE path

1. Year 0: Enroll in ABET-EAC engineering BS.
2. Year 4 (senior): Pass FE in your chosen discipline. Earn EIT status.
3. Years 4-8: Accumulate ~4 years of qualifying engineering experience under a licensed PE.
4. Year 8: Submit state board application with transcripts, FE pass results, references, and experience record.
5. Year 8-9: Pass PE exam in chosen discipline (Mechanical, Electrical, Control Systems, etc.).
6. License issued: Maintain via state-specified continuing education and renewal cycle (typically every 2 years).

See our full PE Licensure guide for details on the PE exam step and licensure-pathway specifics.

Pitfalls and things to know

• Don't delay taking the FE past senior year if you can avoid it. Content recency is the single biggest predictor of first-time pass success. Engineers who put off the FE until 2-3 years post-graduation find it dramatically harder.
• Familiarize with the NCEES Reference Handbook before exam day. The handbook is the only reference allowed during the exam. Candidates who haven't studied its layout waste exam time looking up content they could have located instantly.
• Pick the discipline that matches your coursework, not the discipline with the highest pass rate. Pass rate is an artifact of candidate preparation. Your individual pass probability is highest in the discipline where your content is freshest.
• Don't over-rely on a single review book. Use the NCEES practice exam ($30) regardless of whatever else you use. The NCEES exam is the most representative practice material.
• The exam is a marathon. Build stamina with full-length timed practice exams before exam day. Many candidates fail not because of content gaps but because of pacing and fatigue.
• Check your state's specific FE/PE rules early. State boards have idiosyncratic requirements that may surprise you (residency requirements, character references, ethics-exam requirements). NCEES's state matrix is the starting point.

Sources & methodology

• NCEES — FE Exam. Official exam administration, fees, pass rates, schedule.
• NCEES — National Council of Examiners for Engineering and Surveying. State-by-state licensure requirements matrix.
• ABET Accredited Programs Search. EAC vs ETAC accreditation status.
• National Society of Professional Engineers (NSPE). PE licensure advocacy and resources.
• Study For FE — Pass Rate Reference. Aggregated FE pass-rate analysis.
• OpenExamPrep FE Exam Guide. Free practice questions and study resources.

Fee and pass-rate figures are current as of 2026-05-19 per NCEES published data. Pass rates vary by testing window — January 2026 rates may differ slightly from year-to-date averages. Verify current rates on the NCEES site before scheduling.