Your 8-Week FE Exam Study Plan
An 8-week study plan is appropriate for candidates with a strong engineering background who graduated within the last few years. If you have been out of school for many years or have significant gaps in your engineering knowledge, consider extending this plan to 12 or 16 weeks. This schedule assumes 12 to 15 hours of study per week.
Before You Begin: Diagnostic Week
Before starting the 8-week plan, take a diagnostic practice exam to assess your baseline knowledge. Record your score in each content area and use the results to customize this plan. Spend more time on your weakest areas and less time on areas where you scored well. Download and familiarize yourself with the FE Reference Handbook.
Week 1: Mathematics and Statistics
Study topics: Calculus (differentiation, integration, multivariable), differential equations (first and second order), linear algebra (matrices, determinants, systems of equations), probability distributions, descriptive statistics, hypothesis testing, and regression.
Practice: Solve 40 to 50 math practice problems. Focus on speed and accuracy since math underlies every other content area.
Milestone: You should be able to solve basic calculus and linear algebra problems in under 3 minutes each.
Week 2: Statics and Dynamics
Study topics: Force systems, equilibrium, free body diagrams, trusses (method of joints and sections), centroids, moments of inertia, particle kinematics, Newton's second law, work-energy methods, impulse-momentum, and basic vibrations.
Practice: Solve 40 to 50 problems. Pay special attention to free body diagram construction and the choice between energy and momentum methods for dynamics problems.
Milestone: You should be comfortable drawing free body diagrams and solving basic truss and dynamics problems.
Week 3: Mechanics of Materials and Material Properties
Study topics: Stress and strain, axial loading, torsion, beam bending (flexure formula, shear stress), beam deflection, column buckling, combined loading, Mohr's circle, stress-strain curves, material testing methods, phase diagrams, and failure modes (fatigue, creep, corrosion).
Practice: Solve 40 to 50 problems. Mechanics of materials is heavily tested and requires careful attention to sign conventions and assumptions.
Milestone: You should be able to analyze beams for bending stress and shear stress using the flexure and shear formulas.
Week 4: Fluid Mechanics and Thermodynamics
Study topics: Fluid properties, hydrostatics, Bernoulli's equation, pipe flow (Darcy-Weisbach, Moody diagram), open channel flow (Manning's equation), laws of thermodynamics, ideal gas processes, power cycles (Carnot, Rankine, Otto, Diesel, Brayton), refrigeration cycles, and property tables.
Practice: Solve 40 to 50 problems. These two subjects together represent a significant portion of most FE exams.
Milestone: You should be able to apply Bernoulli's equation and analyze basic thermodynamic cycles using the FE Reference Handbook.
Week 5: Discipline-Specific Topics (Part 1)
This week focuses on the first half of your discipline-specific content areas. For FE Civil: structural analysis, geotechnical engineering. For FE Mechanical: heat transfer, mechanical design. For FE Electrical: circuit analysis, electronics. For other disciplines, refer to your exam specification and study the two to three highest-weighted specialty topics.
Practice: Solve 40 to 50 problems in your discipline-specific areas.
Milestone: You should feel comfortable with the foundational concepts in your specialty areas.
Week 6: Discipline-Specific Topics (Part 2)
Continue with the remaining discipline-specific content areas. For FE Civil: transportation, environmental, hydraulics. For FE Mechanical: measurements and controls, fluid dynamics applications. For FE Electrical: power systems, digital systems, controls. Cover engineering economics and ethics this week as well.
Practice: Solve 40 to 50 problems. Include engineering economics and ethics problems.
Milestone: You should have covered all content areas at least once.
Week 7: Full Practice Exam and Targeted Review
Take a full-length practice exam under timed conditions (5 hours 20 minutes with a 25-minute break). After completing the exam, analyze your results:
- Which content areas did you score highest and lowest in?
- Did you run out of time?
- What types of errors did you make (knowledge gaps, calculation errors, misread questions)?
Spend the remaining study time this week on targeted review of your weakest areas as identified by the practice exam.
Milestone: Your practice exam score should be at or above the estimated passing threshold.
Week 8: Final Review and Second Practice Exam
Days 1 to 3: Take a second full-length practice exam under timed conditions. Analyze your results and focus any remaining study time on persistent weak areas.
Days 4 to 5: Light review of key formulas, reference handbook navigation, and flashcard review. Review your error log from both practice exams.
Days 6 to 7: Rest, prepare logistics, and do minimal studying. Trust your preparation.
Milestone: You should feel confident in your preparation and familiar with the exam format and timing.
Adjusting the Plan
This schedule is a template. Adjust the time spent on each topic based on your diagnostic results and ongoing performance. If you are strong in math but weak in fluid mechanics, shift hours from Week 1 to Week 4. The key is covering every content area while emphasizing your weakest and highest-weighted topics.