FE Other Disciplines study plan
FE Other Disciplines · Give each week a clear focus.
8 weeks · About 7 hours per week
Other Disciplines (content domain not enumerated in the source)
Inventory the full FE Other Disciplines topic list and rate your personal confidence on each topic from 1 to 5 to expose your weakest areas
Build a one-page formula and reference sheet covering mathematics, units, and dimensional analysis, then use it to solve 15 practice problems
Convert 20 mixed-unit quantities by hand (pressure, energy, flow, concentration) and check each answer against a unit-consistency routine
Set up a timed practice log spreadsheet that records date, topic, problems attempted, problems correct, and minutes per problem
Your checkpoint
A completed confidence-rating table for all topics plus a working practice log with the first 40 problems recorded
Other Disciplines (content domain not enumerated in the source)
Solve 30 statics and dynamics problems covering free-body diagrams, equilibrium, friction, and kinematics
Derive and apply the equations for projectile motion and circular motion without consulting notes
Work 15 mechanics-of-materials problems on stress, strain, torsion, and beam bending, writing the governing equation before each calculation
Identify and correct the three error types that appear most often in your practice log
Your checkpoint
A worked-problem set of 45 mechanics problems scored against an answer key, with a written list of recurring error types
Other Disciplines (content domain not enumerated in the source)
Solve 25 fluid mechanics problems on hydrostatics, continuity, Bernoulli energy balance, and pipe friction
Compute Reynolds number and classify flow for 10 given pipe scenarios, then select the correct friction factor method
Solve 15 thermodynamics problems on ideal-gas laws, first-law energy balances, and Carnot efficiency
Explain in writing, in under 100 words each, the difference between gauge and absolute pressure and between sensible and latent heat
Your checkpoint
A 40-problem fluids and thermodynamics set with a one-page summary sheet of governing equations you can reproduce from memory
Other Disciplines (content domain not enumerated in the source)
Solve 25 problems in electricity and magnetism covering Ohm's law, series and parallel networks, power, and basic inductance and capacitance
Solve 20 problems in materials science and chemistry covering phase diagrams, corrosion, reaction stoichiometry, and pH
Complete a 50-question mixed timed set under exam pacing and record the score by topic
Recompute every missed problem from the timed set until you reach the correct answer unaided
Your checkpoint
A scored 50-question timed diagnostic with a topic-by-topic accuracy breakdown and a ranked list of the five weakest topics
Other Disciplines (content domain not enumerated in the source)
Solve 20 problems in engineering economics covering present and future value, annuities, depreciation, and rate-of-return comparison
Solve 15 problems in probability and statistics covering distributions, mean and standard deviation, and hypothesis-testing basics
Solve 15 problems in ethics and professional practice covering codes of conduct, conflict of interest, and liability scenarios
Rewrite your formula sheet to add economics, statistics, and ethics reference points, keeping it to two pages
Your checkpoint
A revised two-page reference sheet plus a 50-problem set scored by topic
Other Disciplines (content domain not enumerated in the source)
Solve 20 problems in engineering mechanics applications and 20 in materials, focusing only on topics still below 70 percent accuracy
Practice 10 problems in each remaining domain using a strict three-minute-per-problem limit
Build a mistake log that records the concept behind each miss rather than the arithmetic
Reattempt every problem missed in weeks 1 through 5 and record the new accuracy rate
Your checkpoint
A mistake log of at least 60 entries with a before-and-after accuracy comparison for all reattempted problems
Other Disciplines (content domain not enumerated in the source)
Complete two full-length timed practice exams under exam conditions with no interruptions
Score both exams and compute accuracy by topic to confirm whether the weakest topics have improved
Drill the three lowest-scoring topics with 15 targeted problems each
Memorize the unit conversions and constants you used most often during the practice exams
Your checkpoint
Two scored full-length practice exams with a comparison table showing topic accuracy trends from week 4 to week 7
Other Disciplines (content domain not enumerated in the source)
Complete one final full-length timed practice exam and target a score above your week 7 average
Review the two-page reference sheet daily until you can reproduce it from memory in 10 minutes
Re-solve the 20 problems you have missed most often across the entire plan
Plan exam-day logistics: confirm calculator model, allowed reference materials, arrival time, and break strategy
Your checkpoint
A final practice exam score at or above your target, plus a written exam-day checklist
Milestones
Week 2: You can solve a free-body-diagram equilibrium problem and a beam-bending problem correctly without notes in under three minutes each
Week 4: Your 50-question timed diagnostic scores at least 55 percent overall, and you have a ranked list of your five weakest topics
Week 6: Every topic previously scoring below 70 percent now scores at least 70 percent on a 10-problem recheck
Week 8: Your final full-length practice exam meets or exceeds your target score, and you can reproduce the two-page reference sheet from memory