FE Exam Day: Mechanical Tips
What to expect and how to approach Mechanical Engineering questions on exam day at Pearson VUE.
General FE Exam Day Reminders
Arrive Early
Arrive at the Pearson VUE testing center at least 30 minutes before your scheduled appointment. Bring a valid, government-issued photo ID. Late arrivals may forfeit their exam and fee.
Time Management
The FE exam is 5 hours and 20 minutes with 110 questions. That gives you approximately 2.9 minutes per question. Pace yourself and do not spend more than 4 minutes on any single question.
Reference Handbook
The NCEES FE Reference Handbook is provided electronically during the exam. You cannot bring your own copy. Practice navigating the digital handbook before exam day so you can find formulas quickly.
Flag and Review
Unlike CAT exams, the FE exam lets you flag uncertain questions and return to them later. Flag any question you are unsure about, move on, and review all flagged questions at the end of the exam.
Mechanical Discipline Tips for Exam Day
Thermodynamics questions dominate the mechanical FE exam. Focus on the first and second laws, ideal gas processes, and Rankine and refrigeration cycles. Draw T-s and P-v diagrams to visualize each process before solving. The Reference Handbook has all the property tables you need.
Fluid mechanics questions test Bernoulli, continuity, Reynolds number, and Moody chart usage. Know how to calculate head loss using the Darcy-Weisbach equation. When a problem gives pipe roughness, go straight to the Moody chart in the Reference Handbook.
Heat transfer problems cover conduction, convection, and radiation. For conduction, set up thermal resistance circuits. For convection, identify whether it is forced or natural and use the appropriate Nusselt number correlation. These formulas are all in the Reference Handbook.
Machine design questions focus on stress analysis, fatigue, and failure theories. Be comfortable with Mohr circle, von Mises criterion, and the modified Goodman diagram. Identify whether a problem is static or fatigue loading before selecting your approach.
Dynamics and vibrations questions require clear free body diagrams and kinematic equations. For vibrations, identify the natural frequency and damping ratio first. Know the difference between underdamped, critically damped, and overdamped systems and their response characteristics.