PE Civil: Construction is built around the practical side of a project — means and methods, scheduling, cost estimating, and site safety — rather than pure structural or geotechnical design. Design for Support of Construction Loads is both the largest and most difficult-rated topic, reflecting how much of the exam concerns temporary structures and construction-phase loading rather than the finished building.
8 or 8.5 hours testing; 9 or 9.5 hours for the appointment
Where to put your time first.
Ranked by question count weighted against the spec's own difficulty rating — not question count alone, since a smaller topic rated harder can be worth more study time than a bigger, easier one.
1Design for Support of Construction Loads10–15q
Formwork · Falsework and scaffolding · Shoring and reshoring · Bracing and anchorage
2Construction Operations and Methods9–14q
Lifting and rigging · Cranes · Dewatering and pumping · Equipment selection
3Structural Mechanics7–11q
Loads · Statics and stresses · Structural members · Structural systems
Full Civil: Construction topic breakdown.
Every topic in the official NCEES spec, with its question range and share of the exam. Study Scheduler allocates your study hours in this same proportion automatically.
Soil Mechanics~8% of exam6–9q
Lateral earth pressure
Soil consolidation and settlement
Effective and total stresses
Bearing capacity
Slope stability
Site Layout and Development~7% of exam5–8q
Layout and control
Horizontal and vertical curve elements
Site investigations
Material Properties~7% of exam5–8q
Soil, rock and aggregates
Concrete
Steel
Wood
Estimating Quantities and Costs~8% of exam6–9q
Quantity take-off methods
Cost estimating
Engineering economic analysis
Work measurement and productivity
Project Planning and Scheduling~10% of exam7–11q
Construction sequencing
Activity time analysis
Network analysis / CPM
Resource scheduling and leveling
Time-cost trade-off
Material, Production, and Execution Quality Control~10% of exam7–11q
Material test methods
Weld and bolt installation
QA/QC process
Concrete placement
Concrete maturity
Compaction
Structural Mechanics~10% of exam7–11q
Loads
Statics and stresses
Structural members
Structural systems
Hydraulics and Hydrology~6% of exam4–6q
Stormwater collection and drainage
Storm characteristics and runoff analysis
Detention/retention ponds
Construction Operations and Methods~13% of exam9–14q
Lifting and rigging
Cranes
Dewatering and pumping
Equipment selection
Deep foundation installation
Excavation and embankment
Design for Support of Construction Loads~14% of exam10–15q
Formwork
Falsework and scaffolding
Shoring and reshoring
Bracing and anchorage
Support of excavation
Construction loads on permanent structures
Health and Safety~6% of exam4–6q
OSHA construction and industry regulations
Work zone and public safety
Frequently asked about Civil: Construction.
How is PE Civil: Construction different from PE Civil: Structural?
Construction focuses on means, methods, scheduling, cost estimating, and construction-phase loading and safety; Structural focuses on the permanent design of the structure itself. Design for Support of Construction Loads — Construction's largest topic — sits in the construction-phase gap between the two.
What's the most heavily tested topic on PE Civil: Construction?
Design for Support of Construction Loads, at 10–15 of the exam's 70–108 questions, and also the most difficult-rated topic in the spec.
For how many hours to budget, week-by-week study plans, and how Study Scheduler weights your plan — see the full PE study guide.
Example plan · PE
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Your schedule combines topic study, review, mock practice, and time away. Actual blocks depend on your exam, study budget, and days off.