PE Civil Construction Exam Prep

The PE Civil Construction exam asks you to plan, price, schedule, and build work, and then to check that it can be done safely. Many questions are short calculations: a haul quantity, a critical path, a formwork pressure, a production rate. The hard part is usually setting the problem up cleanly and finding the right method in the reference material without losing time. STEM Tutor 360 offers one-on-one prep for this exam. We start with a timed diagnostic, work backward from your test date, and practice with the electronic PE Civil Reference Handbook open, because that is how you will work on exam day.

Sessions cover earthwork and mass diagrams, quantity takeoff and estimating, CPM scheduling, equipment production, temporary structures and formwork, construction materials and testing, site development, and jobsite safety. Many field engineers are strong on practice but rusty on the math, so we spend time on unit discipline, swell and shrinkage factors, and sketching a small network before touching a formula. Where a topic leans on statics or mechanics, we rebuild that base first.

How we build your plan

• A timed diagnostic samples scheduling, earthwork, estimating, temporary structures, materials, and safety.
• The first weeks go to shared tools: unit conversion, volume geometry, and basic statics for loads on forms and shoring.
• Each topic gets its own drill set, such as ten earthwork setups or five network diagrams, worked first without a calculator and then at exam pace.
• Scheduling practice starts on paper, with forward and backward passes, and then moves to harder cases with resource limits.
• The final stage is mixed timed sets and one full practice session in the electronic format, followed by a review of every miss.

A typical construction problem, worked

A cut runs between three stations spaced 100 ft apart. The cross-section areas are $0$, $210$, and $340\ \text{ft}^{2}$. The soil swells 25 percent when excavated, and the haul trucks carry 12 cubic yards of loose soil. How many truck loads are needed?

• Average end area, station 0 to 1: $100 \times \tfrac{0 + 210}{2} = 10{,}500\ \text{ft}^{3}$.
• Average end area, station 1 to 2: $100 \times \tfrac{210 + 340}{2} = 27{,}500\ \text{ft}^{3}$.
• Total bank volume: $38{,}000\ \text{ft}^{3} / 27 = 1{,}407$ bank cubic yards.
• Swell turns bank yards into loose yards: $1{,}407 \times 1.25 = 1{,}759$ loose cubic yards.
• Loads: $1{,}759 / 12 = 146.6$, so 147 truck loads. Always round loads up, and always check that you used bank or loose volume on purpose.

About the exam

The NCEES PE Civil exam is computer-based and comes in five separate exams: Construction, Geotechnical, Structural, Transportation, and Water Resources and Environmental. The PE Civil Reference Handbook and the design standards listed in the current NCEES exam specification are provided electronically.

Check the current NCEES exam specification for the list of standards, the question count, the timing, and the question weights. STEM Tutor 360 is an independent tutor and is not affiliated with NCEES or the publishers of any standard.