FE Civil Exam Study Portal
Free preparation resources for the Fundamentals of Engineering Civil exam
Practice Problems
427 problems · timed exams · free
Explore Topics
Mathematics and Statistics
FE Civil Mathematics and Statistics: analytic geometry, calculus, vectors and statistics formulas with worked practice problems and solutions.
Ethics and Professional Practice
FE Civil Ethics and Professional Practice: codes of ethics, liability, licensure and contracts, with practice problems in NCEES exam style.
Engineering Economics
FE Civil Engineering Economics: time value of money, cost, break-even and expected value formulas with step-by-step practice problems.
Statics
FE Civil Statics: resultants, equilibrium, trusses, centroids, moments of inertia and friction formulas with worked practice problems.
Dynamics
FE Civil Dynamics: kinematics, mass moments of inertia, F = ma and work-energy-power formulas with worked practice problems and solutions.
Mechanics of Materials
FE Civil Mechanics of Materials: shear and moment diagrams, stress, strain, deformation and Mohr's circle formulas with practice problems.
Materials
FE Civil Materials: concrete and asphalt mix design, test methods and properties of metals, concrete, aggregates and wood, with practice problems.
Fluid Mechanics
FE Civil Fluid Mechanics: fluid properties, hydrostatics, Bernoulli, flow measurement and momentum formulas with worked practice problems.
Surveying
FE Civil Surveying: angles and distances, traverse area, earthwork volumes, coordinates and leveling formulas with worked practice problems.
Water Resources and Environmental Engineering
FE Civil Water Resources and Environmental Engineering: hydrology, Manning and Bernoulli hydraulics, pumps, groundwater and treatment practice problems.
Structural Engineering
FE Civil Structural Engineering: beam, truss and frame analysis, deflection, column buckling, loads, steel and concrete design practice problems.
Geotechnical Engineering
FE Civil Geotechnical Engineering: soil classification, phase relations, effective stress, shear strength, bearing capacity and settlement formulas.
Transportation Engineering
FE Civil Transportation Engineering: geometric design, pavement design, traffic flow, control devices and planning formulas with practice problems.
Construction Engineering
FE Civil Construction Engineering: project administration, construction methods, scheduling, earned value and estimating practice problems.
Ready to Start?
Choose a topic from the sidebar or cards above. All resources are free.