CA Fire Sprinkler study plan

Classify the four main sprinkler system types (wet-pipe, dry-pipe, preaction, deluge) and match each to its design assumptions and typical occupancies

Compute required sprinkler discharge density and design area from a given occupancy hazard classification using the density/area method

Trace a simple tree or loop layout and identify node-by-node where hydraulic demand accumulates from the most remote head to the supply

Set up a handwritten hydraulic worksheet template with columns for flow, pressure, pipe size, length, and fitting equivalent length

Apply the Hazen-Williams formula to compute friction loss in at least five pipe segments of varying diameter and flow

Determine equivalent pipe lengths for common fittings and valves using manufacturer or standard tables

Select appropriate pipe materials (black steel, CPVC, copper, galvanized) for a given water quality and occupancy scenario and justify the choice

Size branch lines, cross mains, and feed mains for a sample layout and verify balance between branch lines

Evaluate a water supply curve and determine available pressure at the required flow for a design scenario

Compute fire pump churn, rated, and overload pressures and select a pump curve that meets demand without overpressurizing the system

Distinguish standpipe classes and sizing requirements and integrate standpipe demand into a combined system calculation

Identify when a water storage tank, suction arrangement, or backflow preventer affects the available supply

Explain the role of a flow test in establishing supply and interpret pitot and gauge readings

Determine hanger spacing and rod sizing for different pipe diameters and schedules based on support load

Locate sway bracing, lateral bracing, and restraint points on a sample riser and feed main layout

Identify seismic separation, flexible coupling, and clearance requirements for a project in a high-seismic California zone

Plan penetration, sleeve, and clearance details where pipe passes through rated and non-rated assemblies

Map each major NFPA sprinkler standard to its scope and explain which governs design, installation, or inspection

Perform a plan review checklist walk-through on a sample submittal and log every deficiency with the specific requirement cited

Prepare a pre-final inspection checklist covering hydrostatic test, flushing, alarm devices, and signage

Describe the contractor's responsibilities during acceptance testing and the documentation required at turnover

Build a material takeoff from a set of sprinkler plans and price the major components

Assemble a bid with labor, material, overhead, and contingency and identify the largest cost risks

Draft a project schedule showing rough-in, hydrostatic test, and final inspection milestones and their dependencies

Write a maintenance and inspection schedule covering gauges, valves, alarm devices, and obstruction investigation intervals

Explain the purpose and procedure of a main drain test and trip test and what results indicate a problem

Distinguish the C-16 fire protection contractor classification from related classifications and identify work each may perform

Explain California licensing requirements for qualifying individuals, including the responsible managing employee role and limits on concurrent licenses

Describe contract requirements for written change orders, mechanics lien notices, and prompt payment timelines

Apply basic business practices including estimating overhead, tracking job costs, and managing subcontractor compliance

Review all eight domains using a timed mixed-topic practice set and log every missed item by domain

Re-derive the three calculations you missed most often until you can complete each without notes

Rewrite your weakest checklist or worksheet from earlier weeks from memory and compare it to the original

Build a final one-page reference sheet of formulas, spacing tables, and code scopes you can recreate on scratch paper