FE Electrical and Computer Exam Guide 2026: 17 Topics and Study Plan

FE Electrical and Computer exam facts for 2026

The FE Electrical and Computer exam is a broad, computer-based exam developed by the National Council of Examiners for Engineering and Surveying (NCEES). It is commonly the first examination step on the path toward professional engineering licensure, but eligibility, Engineer Intern (EI) or Engineer in Training (EIT) status, and later PE licensure are controlled by the licensing jurisdiction. Passing the FE exam does not by itself guarantee an EI/EIT designation or future licensure.

This guide was re-audited against current NCEES primary sources on July 16, 2026. Use the NCEES FE exam page for live registration information, the official FE Electrical and Computer specifications for content ranges, the May 2026 NCEES Examinee Guide for test-center rules, and the NCEES exam-scoring page for scoring and results.

Six-hour appointment versus 5-hour-20-minute exam time

These are not interchangeable figures. The NCEES FE page describes a six-hour appointment made up of a 2-minute nondisclosure agreement, an 8-minute tutorial, 5 hours 20 minutes of exam time, and a 25-minute scheduled break. The May 2026 Examinee Guide tabulates the same components as 5 hours 55 minutes. The practical takeaway is simple: reserve roughly six hours, but build your question pacing around the 320 minutes of actual exam time.

Across 110 questions, the raw average is about 2 minutes 55 seconds per question. That is a planning average, not a rule for every item. Quick ethics, economics, or conceptual items can preserve time for longer calculations. Flag a difficult item when its expected value drops below the value of reaching several easier questions.

Keep exam metadata separate from practice inventory

OpenExamPrep FE Electrical and Computer practice bankPractice questions with detailed explanations

The same boundary applies elsewhere: an editorial study schedule is not an NCEES requirement, and a local topic label is not an official blueprint category. When a formal fact and a practice-platform field look similar, the primary source wins.

All 17 NCEES knowledge areas

The currently linked FE Electrical and Computer specification is effective beginning July 2020 and lists these 17 areas. The ranges are expected numbers of questions by category; they are not guaranteed counts for a particular form.

There is no separate “Engineering Sciences” category in the current official specification. Also respect NCEES category boundaries when diagnosing weaknesses. Circuit Analysis is specifically DC and AC steady state; transient and system-response work belongs with Linear Systems. Electronics includes instrumentation and power electronics. Computer Networks includes security, intrusion, and vulnerability concepts. Software Engineering includes algorithms, data structures, implementation, and testing.

How to prioritize without misreading the ranges

Begin with Mathematics and Circuit Analysis because each has an 11-17 range and supports many later categories. Next build Power Systems and Digital Systems, each at 8-12, then Electronics at 7-11. Control Systems is 6-9. The remaining ranges are smaller, but collectively they represent too much of the exam to skip.

Do not translate every maximum range into a promised question count or add the maximums together. NCEES uses ranges to describe possible forms. Use them to decide how much diagnostic and review time to allocate, then let your error data refine the plan.

What happens during the computer-based exam

The exam contains traditional multiple-choice items and alternative item types. The current Examinee Guide identifies multiple-correct, point-and-click, drag-and-drop, and numeric fill-in items. It also says all parts of an answer must be correct for credit and no partial credit is awarded.

A limited number of unscored pretest items are included and cannot be identified while testing. NCEES does not publish an exact scored-question count, so do not build a strategy around guessing which items are unscored. Answer every item: NCEES awards points for correct answers and makes no deduction for wrong answers.

The exam is divided into two sections. All 5 hours 20 minutes are available from the start; the sections are not independently timed. At about the halfway point, you submit the first section. You cannot return to it. The optional scheduled break follows. During an unscheduled break, the exam timer continues to run.

This changes the pacing decision. Before submitting section one, review its flagged items and verify that you have answered everything. At the same time, preserve enough of the shared 320-minute clock for the second section rather than trying to perfect every first-section calculation.

Reference Handbook and calculator workflow

The FE exam is closed book, but NCEES supplies the current FE Reference Handbook as a searchable electronic reference. Download the current handbook through your MyNCEES account and use the same edition throughout your final preparation.

At the test center, the handbook appears on the computer monitor and uses the NCEES search box; the May 2026 guide states that Ctrl+F is unavailable. Practice searching by distinctive technical terms rather than broad words. For example:

• Search “Thevenin” or “Norton,” not “circuit.”
• Search the exact transform, distribution, or machine type.
• Record where a formula lives and what assumptions make it valid.
• Rework every handbook-location miss until the lookup and setup are both fast.

For 2026, NCEES accepts all Casio fx-115 and fx-991 models, the HP 33s and HP 35s, and all TI-30X and TI-36X models. NCEES also supplies an on-screen TI-30XS. Bring only one approved physical calculator, without its cover, and use that same model during preparation. Verify the live calculator policy before the appointment because model rules can change.

Calculator speed is useful only after the setup is correct. Rehearse complex-number mode, polar and rectangular conversion, matrices, statistics, numerical solving, and stored-variable cleanup on your chosen model. Never depend on a capability you have not tested under time pressure.

A diagnostic 12-week study plan

NCEES does not prescribe a study-hour total. The plan below is editorial guidance, not exam metadata. Compress it if your diagnostic is strong or extend it if you have been away from school.

Week 0: establish a baseline

Take a mixed, timed diagnostic with the current handbook and your approved calculator. Tag each miss as a concept gap, setup error, handbook-search delay, units error, calculator error, or pacing decision. A percentage alone does not tell you what to fix.

Weeks 1-2: mathematical tools and efficient breadth points

Review Mathematics, Probability and Statistics, Engineering Economics, and Ethics and Professional Practice. Include complex numbers, calculus, ordinary differential equations, linear algebra, vector analysis, probability distributions, expected value, cash-flow equivalence, and the NCEES ethics materials referenced by the specification.

Weeks 3-4: circuits, materials, and linear systems

Drill KCL and KVL, nodal and mesh methods, equivalent circuits, AC phasors, impedance, and power. Then connect Linear Systems to differential equations, transforms, frequency response, convolution, and transient response. Review the electrical properties of materials rather than inventing a separate engineering-sciences bucket.

Weeks 5-6: electronics, power, and electromagnetics

Work semiconductor devices, amplifiers, instrumentation, and power electronics. For Power Systems, cover machines, transformers, three-phase power, power factor, and transmission and distribution at the level specified by NCEES. In Electromagnetics, emphasize field relationships, transmission lines, and wave behavior. Track RMS-versus-peak, line-versus-phase, and sign-convention errors separately.

Weeks 7-8: signals, controls, and communications

Integrate sampling, filtering, transforms, transfer functions, stability, time and frequency response, modulation, multiplexing, and digital communications. Do not memorize isolated formulas without learning the conditions under which each applies. Practice unit conversions between hertz and radians per second and between ratios and decibels.

Week 9: digital and computer breadth

Cover logic, Boolean algebra, combinational and sequential design, number systems, architecture, memory, networks, security, algorithms, data structures, and software testing. Electrical-focused candidates should not postpone these sections; computer-focused candidates should use the same week to revisit power and electromagnetics.

Weeks 10-11: mixed timed sections

Alternate technical clusters so topic recognition becomes part of the task. Use section-length simulations, submit the first section before taking the scheduled break, and do not revisit it. Review every guess, including correct guesses, because lucky answers hide weak setups.

Week 12: final audit

Confirm your jurisdiction approval, appointment, identification, calculator, travel plan, and current handbook. Rework the error log rather than opening new resources. Reduce avoidable friction: know the calculator keys, handbook terms, unit conversions, and flag-and-return rule before exam day.

Exam-day checklist

NCEES advises arriving 30 minutes before the appointment. Bring acceptable physical photo identification that meets the Examinee Guide rules; student IDs are not accepted. Bring one approved calculator without its cover.

Personal notes, books, pens, and pencils are not allowed in the testing room. The test center supplies two reusable booklets and markers. Read the current Examinee Guide before traveling because identification, comfort-item, accommodation, cancellation, and conduct rules are operational requirements, not study tips.

Registration, attempts, results, and EI/EIT status

Start with the jurisdiction selector on the NCEES FE page. Some boards allow direct registration; others require an application, approval, education review, or separate fee. NCEES describes the FE exam as intended primarily for students near completion and recent graduates of EAC/ABET-accredited engineering programs, but the board rules applicable to you control eligibility.

The NCEES FE page states one attempt per testing window and no more than three attempts in a 12-month period. Confirm the rule shown for your jurisdiction before registering. After you are authorized to test, the Examinee Guide states that you generally have 12 months to take the exam or forfeit the registration.

Computer-based results are typically available in 7-10 days through MyNCEES. Results are pass/fail. Candidates who do not pass receive a diagnostic report showing relative performance by major topic.

Passing the FE is an important milestone, but do not write “FE passed” and “EIT earned” as automatic synonyms. Your board may require a separate EI/EIT application, education documentation, or fee. The later PE path also depends on jurisdiction-specific education, experience, examination, and application requirements.

Scoring and the January 2026 pass-rate figure

NCEES bases results on the number of correct answers, applies scaled scoring for minor differences among exam forms, and compares performance with a minimum ability standard. It publishes neither the passing score nor a predetermined pass/fail percentage.

The NCEES FE page reported a 69% FE Electrical and Computer pass rate in January 2026 for a defined cohort: first-time examinees from EAC/ABET-accredited programs who tested within 12 months of graduation. That is a historical cohort statistic, not a universal pass rate and not an estimate of any individual's probability of passing.

Ignore rumored raw cut scores. A better readiness gate is repeatable performance under timed, mixed conditions with explainable setups and controlled errors.

A better way to use practice questions

FE Electrical and Computer practicePractice questions with detailed explanations

For each missed or guessed problem:

1. Identify the official specification category.
2. Rebuild the setup from a blank page.
3. Record the handbook search term and formula location.
4. Check dimensions and calculator mode.
5. Solve a nearby variant without looking at the explanation.
6. Retest the skill later in a mixed, timed set.

This loop addresses the biggest gap in passive review: recognizing a solution after seeing it is not the same as producing it under a shared 320-minute clock.

Bottom line

For the 2026 FE Electrical and Computer exam, anchor every formal fact to NCEES: 110 questions, $225, 5 hours 20 minutes of exam time inside a roughly six-hour appointment, and 17 official knowledge areas. Keep those facts separate from OpenExamPrep's evolving practice inventory.

Build preparation around the official specification, current handbook, one approved calculator, two-section pacing, and a categorized error log. Verify jurisdiction rules before registration, then use mixed practice to turn each weakness into a specific repair rather than an unmeasured block of extra study time.