PE Review Silver Subscription
Our most popular course
Hundreds of civil engineers have used our Silver “Video on Demand” Course to help them prepare for and pass the PE Exam, and so can you. The PE Review Silver Membership is an efficient and effective way to prepare for the PE Exam. To get the most out of the course, we suggest you follow the track outlined below in the How it Works section, as well as encourage you to try the problems on your own at first, check your work, then go and watch the video.
How it Works
- Download a PDF file for the topics you want to review. The file will contain about eight problems with detailed partial solutions.
- Try to solve the problems, on your own.
- Take a peek at the partial solution and fill in the blanks.
- Open the Flash video and watch and listen to the Instructor walk you through the solution.
- Go back and watch and listen to the Flash video as many times as you like.
Silver Subscription Course Content
Five PE disciplines:
|Earthworks, Construction & Layout||Excavation and embankment (cut & fill); Borrow pit volumes; Site layout & control|
|Scheduling & Economics||Construction sequencing; CPM network analysis; Engineering Economics|
|Material Quality Control & Temp Structures||Material testing (e.g., concrete, soil, asphalt); Concrete mix design|
|Estimatng quantities & Costs||Quantity take-off methods; Cost estimating|
|Construction operations & methods||Lifting and rigging; Cranes, erection, & stability; Dewatering and pumping; Equipment production; Productivity analysis & improvement|
|Sampling, Classification, Soil Phase Relationships||Soil classification; Index properties; Phase relationships;|
|Permeability & Pavements||Permeability of fine & coarse grained soils; Pavement design criteria & loading|
|Compaction & Consolidation||Compaction testing & optimum water content; Consolidation & settlement|
|Shear Strength & Effective Stress||Shear strength properties, tests, and parameters; Effective stress|
|Earth Retaining Structures||Lateral earth pressures; Passive & Active Pressures; Cantilever & Mass Concrete Retaining Walls|
|Loadings||Dead loads, Live loads, Construction loads|
|Analysis I||Statically determinate analysis|
|Mechanics of Materials||SF & BM diagrams; Flexure, shear, tension, compression, deflection; Concrete & Steel; Member Design|
|Analysis II||Non-linear loads, statically indeterminate systems, ultimate forces and moments|
|Structural Design||ACI 318, eccentricity, concrete design, steel design|
|Traffic Analysis, Speed & Flow||Speed analysis, Traffic Flow Theory|
|Traffic Analysis – Intersections & Signals||Intersection design: controlled & uncontrolled|
|Geometric & Alignment Design (AASHTO)||Horizontal & Vertical Curve Design;, acceleration & deceleration|
|Geometric & Roadway Design||The Green Book: Curve design, Superelevation|
|Transportation Planning & Capacity (HCM)||The HCM: capacity & LOS for Freeways, multilane segments, rural & urban highways|
|Highway Safety||Crash rates, Accident analysis|
Water Resources & Environmental
|Wastewater Treatment||Wastewater flow rates (e.g., municipal, industrial, commercial), Unit operations and processes, Primary, Secondary & Biological treatment|
|Water Treatment||Stream degradation (e.g., thermal, base flow, TDS, TSS, BOD, COD), Oxygen dynamics (e.g., oxygenation, deoxygenation, oxygen sag curve), Risk assessment and management, Toxicity, Biological & Chemical Indicator organisms|
|Energy dissipation, Sub/Super Critical Flow||Energy dissipation, Subcritical & supercritical flow|
|Hydraulics & Open Channel Flow||Open-channel flow (e.g., Manning’s equation), Culvert design|
|Hydrology||Hydrographs application; Rainfall intensity, duration, and frequency curves, time of concentration; Runoff analysis & the Rational methods|