12-Week FE Exam Study Schedule

A 12-week plan for the FE Mechanical exam that gives each heavily weighted subject its own week, pairs the lighter ones, and ends with mixed review and a full timed practice exam. Print the free PDF and tick off each week.

How to use this schedule

Count back 12 weeks from your exam appointment and write the start date of each week on the printed plan.

Study in short blocks most days rather than one long session a week. Tick each task when it is done; if you fall behind, drop timed sets from strong areas first, never from weak ones.

Work every problem with the FE Reference Handbook and your exam calculator, not your textbook notes, so the exam feels familiar.

Suggested time: 8–10 hours a week. That is our estimate for a student who has finished the core courses, not an NCEES figure.

The 12-week plan

12-Week FE Exam Study Schedule: focus and tasks for each week, with a box to tick when the week is done
WeekFocusTasksDone
1Set-up and mathematics
  • Download the FE Reference Handbook from MyNCEES and skim its table of contents
  • Read the NCEES FE Mechanical specification and mark your weakest areas
  • Mathematics: calculus, differential equations, linear algebra, numerical methods
  • Work 15 timed problems at about 3 minutes each, using only the handbook and your approved calculator
2Probability, statistics, economics, ethics
  • Statistics: distributions, mean and standard deviation, regression
  • Engineering economics: present worth, annuities, rate of return
  • Ethics: read the NCEES Model Law and Model Rules on professional conduct, then work example scenarios
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
3Statics
  • Review the statics lessons and print the statics cheat sheet
  • Equilibrium, trusses, friction, centroids and moments of inertia
  • Work the 5 FE statics practice problems
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
4Dynamics, kinematics and vibrations
  • Kinematics and kinetics of particles and rigid bodies
  • Work–energy and impulse–momentum
  • Free and forced vibration of a single degree of freedom
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
5Mechanics of materials
  • Print the mechanics of materials cheat sheet
  • Axial, torsion, bending, shear, combined loading, Mohr’s circle, buckling
  • Work the 5 FE mechanics of materials practice problems
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
6Materials and electrical
  • Material properties and processing: stress–strain, phase diagrams, heat treatment, manufacturing processes
  • Electricity and magnetism: DC and AC circuits, motors
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
7Fluid mechanics
  • Print the fluid mechanics cheat sheet
  • Hydrostatics, Bernoulli and the energy equation, pipe losses, pumps, momentum
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
8Thermodynamics
  • Print the thermodynamics cheat sheet
  • Properties and tables, first and second law, cycles, psychrometrics
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
9Heat transfer
  • Conduction, convection and radiation; resistance networks; heat exchangers
  • Work 20 timed problems at about 3 minutes each, using only the handbook and your approved calculator
  • Re-work every problem you missed in weeks 3–8
10Measurement, controls and design
  • Measurements, instrumentation and controls: sensors, uncertainty, block diagrams
  • Mechanical design: machine-element stress, failure theories, springs, bearings, joints; GD&T with the GD&T cheat sheet
  • Work 25 timed problems at about 3 minutes each, using only the handbook and your approved calculator
11Mixed review
  • Two mixed sets of 30 problems, timed, from every area
  • List your three weakest areas and re-study them
  • Practise handbook searches for the formulas you looked up most
12Full practice exam and exam week
  • Take a full-length timed practice exam early in the week
  • Review every miss; light review only in the last two days
  • Check your ID, appointment time and calculator model against the NCEES rules

How the weeks are weighted

The NCEES FE Mechanical specification gives each knowledge area a range of questions; mechanics and the thermal-fluid sciences carry the most. This plan spends a full week on each of those and pairs the smaller areas. See the FE Mechanical exam overview for how the areas group together.

Printable PDF

A printable US Letter checklist with a tick box for every task and a line for each week’s start date. It also prints on A4.

Download the 12-week PDF

Frequently asked questions

Is 12 weeks enough to study for the FE?

It is a common plan for students who have recently finished the core courses. 8–10 hours a week is our suggestion, not an NCEES figure; plan more if you have been out of school for a while or a subject is new to you.

What order should I study the topics in?

Start with the handbook and the areas the rest depends on (math, statics), then follow the order you took the courses. Leave mixed review and a full practice exam for the end.

Should I use the cheat sheets during the exam?

You cannot: the FE is closed book. Use the printed sheets while you study, then practise finding the same formulas in the electronic handbook.

See also

More FE exam resources

Sources

  1. Fundamentals of Engineering (FE) Mechanical CBT Exam Specifications (effective beginning with the July 2020 examinations), NCEES
  2. FE exam: format, timing and registration, NCEES

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