CPESC study plan

Diagram the detachment-transport-deposition sequence and label where each major erosion control category interrupts it

Differentiate splash, sheet, rill, gully, and channel erosion using slope, soil texture, and flow-concentration cues

Select appropriate temporary and permanent erosion controls for five written site scenarios with differing slopes and seasons

Compute soil loss comparisons for bare soil versus mulched, seeded, and rolled-erosion-control-covered surfaces using given cover-factor values

Compare erosion control and sediment control practices by purpose, placement, and failure mode

Sequence sediment control practices along a flow path from disturbed area to receiving water

Evaluate perimeter controls, inlet protection, and sediment basins against stated drainage area and slope constraints

Identify three common design errors in erosion and sediment control plans and state the corrective action for each

Write a 10-item field checklist that distinguishes erosion prevention from sediment capture

Size a sediment basin using given drainage area, design storm, and required storage assumptions

Calculate peak runoff for small catchments using the Rational Method and state three limiting assumptions

Apply Manning's equation to compare flow capacity of a swale, ditch, and culvert at given slopes

Interpret a hydrograph to explain peak discharge, time to peak, and detention storage effects

Classify five soil samples by texture and predict relative erodibility and infiltration behavior

Explain how soil structure, organic matter, compaction, and permeability affect erosion and sediment control performance

Match hydrologic soil groups to runoff potential and state the implications for practice sizing

Calculate a soil loss estimate using RUSLE factors and identify which factor a proposed practice changes

Map the permitting sequence for a construction project from land disturbance threshold to notice of termination

Differentiate federal, state, and local requirements for stormwater permits, inspections, and recordkeeping

Identify which permit conditions trigger a plan modification versus a routine maintenance action

Prepare a permit-compliance calendar listing required inspection frequencies and reporting deadlines for a sample project

Assemble the required elements of a Stormwater Pollution Prevention Plan in a standard order

Draft a pollution prevention team section, site description, and minimum control measure narrative for a sample site

Review a flawed SWPPP excerpt and document at least eight deficiencies with corrective recommendations

Align inspection, corrective action, and recordkeeping sections with permit language

Audit an installed erosion and sediment control layout against a plan and record deviations with location and severity

Write inspection findings using objective, defensible language that links observed condition to required action

Prioritize maintenance and corrective actions by risk to receiving water and permit compliance

Develop an installation sequence and inspection schedule for a phased construction site

Explain stabilization timing and removal criteria for temporary practices

Apply a professional ethics framework to three scenarios involving inspection pressure, incomplete records, and conflicting client instructions

Document a decision using facts, standards, assumptions, and limitations without overstating certainty

Complete a timed 100-question cumulative practice exam and categorize every missed item by domain

Build a final two-week review list limited to the three weakest domain areas