General Flashcards

1
Q

What is section 1 of the PE Exam?

A

Project Management

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2
Q

What is section 2 of the PE Exam?

A

Traffic Engineering (Capacity Analysis, Transportation Planning, and Safety Analysis)

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3
Q

What is section 3 of the PE Exam?

A

Roadside and Cross-Section Design

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4
Q

What is section 4 of the PE Exam?

A

Horizontal Design

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5
Q

What is section 5 of the PE Exam?

A

Vertical Design

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6
Q

What is section 6 of the PE Exam?

A

Intersection Geometry

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7
Q

What is section 7 of the PE Exam?

A

Traffic Signals

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8
Q

What is section 8 of the PE Exam?

A

Traffic Control Design

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9
Q

What is section 9 of the PE Exam?

A

Geotechnical and Pavement

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10
Q

What is section 10 of the PE Exam?

A

Drainage

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11
Q

What are the sub sections of section 1: Project Management?

A

A. Quantity and cost estimating
B. Project schedules (e.g., activity identification and sequencing)
C. Economic analysis (e.g., present worth, lifecycle costs)

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12
Q

What are the sub sections of section 2: Traffic Engineering

A

A. Uninterrupted flow (e.g., level of service [LOS], capacity)
B. Street segment interrupted flow (e.g., level of service [LOS], running time, travel speed)
C. Intersection capacity (e.g., at grade, signalized, roundabout, interchange)
D. Traffic analysis (e.g., volume studies, peak hour factor, speed studies, modal split, trip generation, traffic impact studies)
E. Traffic safety analysis (e.g., conflict analysis, crash rates, collision diagrams)
F. Nonmotorized facilities analysis (e.g., pedestrian, bicycle)
G. Traffic forecasts and monitoring
H. Highway safety analysis (e.g., crash modification factors, Highway Safety Manual)

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13
Q

What are the sub sections of section 3: Roadside and Cross-Section Design

A

A. Forgiving roadside concepts (e.g., clear zone, recoverable slopes, roadside obstacles)
B. Barrier design (e.g., barrier types, end treatments, crash cushions)
C. Cross-section elements (e.g., lane widths, shoulders, bike lane, sidewalks, retaining walls)
D. Nonmotorized design considerations (e.g., shared-use paths, bicycle facilities, pedestrian facilities, ADA compliance, traffic-calming features)

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14
Q

What are the sub sections of section 4: Horizontal Design

A

A. Basic circular curve elements (e.g., middle ordinate, length, chord definition, radius definition, centerline stationing)
B. Sight distance considerations
C. Superelevation (e.g., rate, transitions, method, components)
D. Special horizontal curves (e.g., compound/reverse curves, curve widening, coordination with vertical geometry)

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15
Q

What are the sub sections of section 5: Vertical Design

A

A. Vertical alignment (e.g., geometrics, vertical clearance)
B. Stopping and passing sight distance (e.g., crest curve, sag curve)

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16
Q

What are the sub sections of section 6: Intersection Geometry

A

A. Intersection sight distance
B. Interchanges (e.g., freeway merge, entrance and exit design,
horizontal design, vertical design)
C. At-grade intersection layout, including roundabouts

17
Q

What are the sub sections of section 7: Traffic Signals

A

A. Traffic signal timing (e.g., clearance intervals, phasing, pedestrian crossing timing, railroad preemption)
B. Traffic signal warrants
C. Traffic signal design

18
Q

What are the sub sections of section 8: Traffic Control Design

A

A. Permanent signs and pavement markings
B. Temporary traffic control

19
Q

What are the sub sections of section 9: Geotechnical and Pavement

A

A. Sampling, testing, evaluation, and soil stabilization techniques (e.g., soil classifications, subgrade resilient modulus, CBR, R-values, field tests, slope stability)
B. Soil properties (e.g., strength, permeability, compressibility, phase relationships)
C. Compaction, excavation, embankment, and mass balance
D. Traffic characterization parameters, pavement design, and
rehabilitation procedures (e.g., flexible and rigid pavement)

20
Q

What are the sub sections of section 10: Drainage

A

A. Hydrology, including runoff and water quality mitigation measures
B. Hydraulics, including culvert and stormwater collection system design (e.g., inlet capacities, pipe flow, hydraulic energy dissipation, peak flow mitigation/detention, open-channel flow)