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    FE Mechanical Practice Exams

    Full-Length, NCEES-Style Practice Exams Covering Every Equation, Table, and Chart in the FE Reference Handbook.


    Trusted by 200,000+ Learners
    Money-Back Passing Guarantee

    The Only FE Mechanical Practice Exams Backed by a Money-Back Passing Guarantee

    A practice exam that doesn't mimic the actual exam is worthless. If you complete our practice exams, pass the final test, and still fail the FE Mechanical exam, we will issue you a 100% refund. More info...


    FE Mechanical Practice Exam Features

    • 10 full-length online practice exams (1,100 questions) covering the complete exam scope by testing every single equation, table, and chart in the FE Reference Handbook.
    • Built in the exact same format as the actual FE Mechanical exam — including realistic exhibits that many practice exams skip.
    • Provides detailed step-by-step solutions for every question, teaching candidates to think through problems.
    • Every solution cites the exact NCEES FE Reference Handbook section — learn where to find it before exam day.
    • Tests all 14 knowledge areas, with question counts in each area mimicking the actual NCEES exam.
    • Includes every question type on the actual exam — fill-in-the-blank, multiple-select, drag-and-drop, and point-and-click.
    • Detailed score report by knowledge area after every exam to pinpoint your weak areas and fix them.
    • Multiple test taking modes.
    • Instant access on desktop, tablet, or mobile.

    Subscription Period (Non-Recurring)

    FE Mechanical Practice Exams Overview

    Pass the FE Mechanical exam on your first try with our Complete FE Mechanical Practice Exams. The set gives you 10 full-length exams — 1,100 questions in total — inside a realistic online exam simulator that reproduces the actual FE Mechanical exam, so nothing about exam day comes as a surprise. The reason we call these "complete" practice exams is that we created 1,100 questions to cover the entire exam scope by testing every single equation, table, and chart in the NCEES FE Reference Handbook, so there will be no formula on exam day that you haven't already worked with.

    We are so confident in these practice exams that they are the only FE Mechanical practice exams backed by a money-back passing guarantee. Complete our practice exams, pass the final test, and if you still fail the actual FE Mechanical exam, we won't hand you an access extension — we will issue you a 100% refund.

    A practice exam that doesn't mimic the actual exam is worthless. That is why every detail of the real testing experience is replicated here, including the realistic exhibits — diagrams, property tables, performance curves — that many practice exams skip. You'll face every question type the actual exam uses: fill-in-the-blank, multiple-select, drag-and-drop, and point-and-click. Additionally, each exam tests all 14 knowledge areas with question counts matched to the actual NCEES exam specifications, so the heavyweight areas — Thermodynamics, Fluid Mechanics, Dynamics, and Mechanical Design and Analysis — carry the same weight they do on the real exam.

    Practice only pays off if you learn from every question. That is why every single question comes with a detailed step-by-step solution that teaches you how to think through the problem, and every solution cites the exact NCEES FE Reference Handbook section it draws from, so you learn where to find each equation before exam day. After each exam, a detailed score report breaks down your performance by knowledge area, allowing you to pinpoint your weak areas, fix them, and retest until every area is exam-ready.

    The exam simulator also adapts to how you study with multiple test-taking modes: you can choose to see the answer explanations all at once at the end of the test, just like the real exam, or immediately after an incorrect answer or after every question (even the ones you answer correctly).

    By the time you finish these practice exams, the actual FE Mechanical exam will feel like just one more practice run. Pass it with confidence on your first try!

    All 14 FE Mechanical Knowledge Areas — Covered in Exam Proportions

    Every practice exam follows the official NCEES specification ranges below — the same topic mix you’ll face on exam day.

    Analytic geometry

    Calculus — differential, integral, single-variable, multivariable

    Ordinary differential equations — homogeneous, nonhomogeneous, Laplace transforms

    Linear algebra — matrix operations, vector analysis

    Numerical methods — approximations, error propagation, Taylor’s series, Newton’s method

    Algorithm and logic development — flowcharts, pseudocode

    Probability distributions — normal, binomial, discrete, continuous

    Measures of central tendency and dispersion — mean, mode, standard deviation, confidence intervals

    Expected value in decision making

    Regression, curve fitting, and goodness of fit

    Codes of ethics — NCEES Model Law, professional and technical societies

    Public health, safety, and welfare

    Intellectual property — copyright, trade secrets, patents, trademarks

    Societal considerations — economic, sustainability, life cycle, environmental

    Time value of money — equivalence, present worth, annual worth, future worth, rate of return

    Cost types and breakdowns — fixed, variable, incremental, average, sunk

    Economic analyses — cost-benefit, break-even, minimum cost, life cycle

    Electrical fundamentals — charge, current, voltage, resistance, power, energy, magnetic flux

    DC circuit analysis — Kirchhoff’s laws, Ohm’s law, series, parallel

    AC circuit analysis — resistors, capacitors, inductors

    Motors and generators

    Resultants of force systems

    Concurrent force systems

    Equilibrium of rigid bodies

    Frames and trusses

    Centroids and moments of inertia

    Static friction

    Kinematics of particles, rigid bodies, and mechanisms

    Kinetic friction

    Newton’s second law for particles and rigid bodies

    Work-energy of particles and rigid bodies

    Impulse-momentum of particles and rigid bodies

    Free and forced vibrations

    Shear and moment diagrams

    Stress transformations and Mohr’s circle

    Stress and strain — axial, bending, torsional, shear, temperature

    Combined loading

    Deformations

    Column buckling

    Statically indeterminate systems

    Material properties — chemical, electrical, mechanical, physical, thermal

    Stress-strain diagrams

    Ferrous and nonferrous metals

    Engineered materials — composites, polymers

    Manufacturing processes

    Phase diagrams, phase transformation, and heat treating

    Materials selection

    Corrosion mechanisms and control

    Failure mechanisms — fatigue, fracture, creep, thermal failure

    Fluid properties

    Fluid statics

    Energy, impulse, and momentum

    Internal and external flow

    Compressible flow — Mach number, isentropic relationships, normal shock

    Power and efficiency

    Performance curves

    Scaling laws for fans, pumps, and compressors

    Properties of ideal gases and pure substances

    Energy transfers

    Laws of thermodynamics

    Thermodynamic processes

    Performance of components

    Power cycles

    Refrigeration and heat pump cycles

    Nonreacting mixtures of gases

    Psychrometrics

    Heating, ventilation, and air-conditioning (HVAC) processes

    Combustion and combustion products

    Conduction

    Convection

    Radiation

    Transient processes

    Heat exchangers

    Sensors and transducers

    Control systems — feedback, block diagrams

    Dynamic system response

    Measurement uncertainty — error propagation, accuracy, precision

    Stress analysis of machine elements

    Failure theories and analysis

    Deformation and stiffness

    Springs

    Pressure vessels and piping

    Bearings

    Power screws

    Power transmission

    Joining methods — welding, adhesives, mechanical fasteners

    Manufacturability — limits, fits

    Quality and reliability

    Hydraulic, pneumatic, and electromechanical components

    Engineering drawing interpretations and GD&T

    Why These FE Mechanical Practice Exams Set the Gold Standard

    Complete Coverage of All Exam Topics

    These practice exams cover the entire FE Mechanical exam scope by testing every single equation, table, and chart in the NCEES FE Reference Handbook across all 14 knowledge areas. Candidates can study confidently knowing that no formula will appear on exam day that they haven't already worked with.

    Difficulty You Can Trust

    These practice exams are matched to the actual FE Mechanical exam's difficulty. Instead of easy questions that build false confidence, candidates face the same level of multi-step problem solving the real exam demands. Pass these and you are ready.

    Step-by-Step Solutions with Handbook References

    Every question includes a detailed step-by-step solution that teaches candidates how to think through the problem, and every solution cites the exact NCEES FE Reference Handbook section it draws from — making handbook navigation second nature by exam day.

    Answer Explanations That Teach

    Every question comes with a detailed step-by-step solution that teaches you how to think through the problem, while the score report after each exam breaks down performance across all 14 knowledge areas — so you always know what to study next and master every aspect of the test.

    How These FE Mechanical Practice Tests Compare to Typical FE Mechanical Mock Tests

    A side-by-side comparison showing what sets these FE Mechanical practice exams—so you know exactly what you’re getting.

    Our Practice Exams

    Other Practice Exams

    Money-Back Passing Guarantee

    Tests Every Equation, Table, and Chart in the FE Reference Handbook

    Matches Real FE Mechanical Exam Difficulty

    Step-by-Step Solutions with Handbook Citations

    Every Question Type on the Actual Exam

    Score Report by Knowledge Area

    Multiple Test-Taking Modes

    How to Use The FE Mechanical Mock Exams

    01

    Take the first practice exam to establish your baseline performance and identify your weak knowledge areas in the score report.

    02

    Review the step-by-step solutions for every question — including the ones you got right — and look up each cited NCEES FE Reference Handbook section to build your navigation speed.

    03

    Focus your study on the weak areas, then work through the remaining exams to track your improvement across all 14 knowledge areas.

    04

    Pass your FE Mechanical exam with confidence!

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    FAQ

    Is This Prep Aligned with the Current NCEES FE Mechanical Exam Specifications?

    Yes. Every practice exam is built to the current official NCEES FE Mechanical exam specifications — all 14 knowledge areas, with question counts in each area held inside the official ranges. If NCEES revises the specifications, the practice exams are revised with them.

    If I Pass These Practice Exams, Does That Mean I Can Pass the Actual FE Mechanical Exam?

    Yes — that is the entire design goal. These practice exams run slightly harder than the actual FE Mechanical exam on purpose, so consistently passing them means you are ready for the real thing. We are confident enough in that standard to back it with our money-back passing guarantee.

    Do These Practice Exams Cover the Complete Scope of the FE Mechanical Exam?

    Yes. Across the full set, the 1,100 questions work through every equation, table, and chart in the NCEES FE Reference Handbook — spanning all 14 knowledge areas, from statics and dynamics to thermodynamics, heat transfer, and mechanical design — with each area weighted to the official NCEES specifications.

    Are These Practice Exams Prepared in the Same Format as the Actual FE Mechanical Exam?

    Yes! You take them in a realistic online exam simulator that mirrors the actual computer-based FE Mechanical exam: the same structure, every question type on the real exam — fill-in-the-blank, multiple-select, drag-and-drop, and point-and-click — and realistic exhibits such as diagrams, property tables, and performance curves.

    Do the Practice Exams Provide Detailed Solutions?

    Yes. Each question ends with a step-by-step solution that walks through the setup, the equation, and the calculation — citing the exact NCEES FE Reference Handbook section it draws from, so you build the Handbook navigation speed the timed exam demands.

    How Does the Money-Back Passing Guarantee Work?

    If you complete our practice exams, pass the final test, and still fail the FE Mechanical exam, we will issue you a 100% refund — no access extensions, just your money back. See the Projectific Passing Guarantee page for full details.

    How Long Can I Access the FE Mechanical Practice Exams?

    You will have unlimited access to the practice exams for the duration of the subscription period you select at purchase, starting from the date of your purchase.

    Can I Retake the FE Mechanical Practice Exams?

    Absolutely! You are free to retake the practice exams as many times as you like.

    Do I Get a Score Report After Each Exam?

    Yes. Every exam ends with a detailed score report broken down across all 14 knowledge areas, so you can see exactly where you stand and turn your weakest subjects into your most practiced ones before exam day.

    When Can I Access My Practice Exams After My Purchase?

    You can access your practice exams instantly — 24/7 — right after completing your purchase.

    Can I Access My Practice Exams on Any Device?

    Yes! You can access your practice exams on any device such as a computer, mobile phone, or tablet through your account.