FL Fire Sprinkler study plan
FL Fire Sprinkler · Give each week a clear focus.
8 weeks · About 6 hours per week
Fire Sprinkler System Design and Installation Standards & NFPA 13 and Related NFPA Standards
Map every chapter of NFPA 13 (2019 or 2022 edition as adopted) to the six exam domains so you know which sections carry the most weight
Read and annotate the occupancy classification and commodity classification chapters, writing your own one-page decision tree for light, ordinary, and extra hazard
Compute design density and remote area size for four worked examples covering wet, dry, and preaction systems
Build a personal formula sheet covering density/area curves, hose allowance, and sprinkler discharge equations
Your checkpoint
A 6-10 page handwritten or typed standards summary with a completed density/area worksheet for four example systems
Fire Sprinkler System Design and Installation Standards & NFPA 13 and Related NFPA Standards
Work through pipe sizing, hydraulic calculation, and friction loss methods including Hazen-Williams and the equivalent length approach
Diagram the four major sprinkler system types and label their components, valves, and alarm devices from memory
Solve five hydraulic junction problems using the loop and tree method without consulting worked solutions first
Compare NFPA 13 requirements against NFPA 13R and 13D to identify where residential and limited-area rules diverge
Your checkpoint
A completed hydraulic calculation packet with five solved problems and a side-by-side 13 vs 13R vs 13D comparison chart
Fire Sprinkler System Design and Installation Standards & NFPA 13 and Related NFPA Standards
Study water supply analysis: flow tests, N^1.85 curves, and how to plot a supply curve against a demand curve
Review acceptance testing, flushing, hydrostatic testing, and inspection requirements under NFPA 13 and NFPA 25
Memorize clearance, obstruction, and spacing rules for sprinkler heads including the small room and closet exceptions
Draft a one-page checklist of common plan review deficiencies tied to NFPA 13 chapters
Your checkpoint
A water supply analysis exercise plotting a real-style flow test against a calculated demand curve, plus a 20-item plan review checklist
Florida Building Code and Fire Prevention Code & Contracting Business and Project Management
Trace how the Florida Building Code adopts and amends NFPA 13, including local amendments and the Florida Fire Prevention Code relationship
Identify inspection and permitting responsibilities between the building official and the fire marshal for sprinkler work
Outline the contractor licensing pathway, including the scope of work allowed under a fire protection system contractor license
Draft a sample project schedule and responsibility matrix for a mid-size commercial sprinkler installation
Your checkpoint
A 2-3 page code adoption map plus a project responsibility matrix for a hypothetical 40,000 sq ft building
Florida Building Code and Fire Prevention Code & Safety, Licensing, and Florida Contractor Law
Summarize Florida contractor law topics: licensing, qualifying agent duties, continuing education, and disciplinary grounds
Explain workers' compensation, insurance, and lien requirements that affect a Florida sprinkler contractor
Review OSHA and NFPA 51B hot work and confined space safety requirements for field crews
Write a jobsite safety orientation outline covering fall protection, tool use, and pressure testing hazards
Your checkpoint
A 4-6 page compliance and safety handbook covering licensing, insurance, liens, and jobsite safety procedures
Estimating, Bidding, and Plan Reading & Contracting Business and Project Management
Read a full sprinkler plan set and produce a takeoff of heads, pipe, fittings, and hangers for one floor
Build a bid using labor units, material pricing, overhead, and profit margin, then compare against a competitor-style low bid
Identify change order triggers and draft a change order request template
Practice reading schedules, riser diagrams, and specifications to spot scope gaps between drawings and specs
Your checkpoint
A completed material takeoff and bid summary for one floor with a written margin analysis
Estimating, Bidding, and Plan Reading & NFPA 13 and Related NFPA Standards & Florida Building Code and Fire Prevention Code
Complete a full-length timed practice exam and score each domain separately
Re-solve every missed question and write the code citation or reason for the correct answer
Review plan review and inspection scenarios that combine estimating, code, and standards knowledge
Drill the most commonly tested numeric thresholds: densities, spacing, clearances, and testing pressures
Your checkpoint
A scored practice exam with a written error log identifying each missed topic and its source reference
Fire Sprinkler System Design and Installation Standards & NFPA 13 and Related NFPA Standards & Florida Building Code and Fire Prevention Code & Contracting Business and Project Management & Estimating, Bidding, and Plan Reading & Safety, Licensing, and Florida Contractor Law
Re-take the practice exam and target a score above 80 percent overall with no domain below 70 percent
Review your weakest two domains using your own summary sheets and error log only
Recite key code citations and formulas from memory in a rapid-fire self-quiz
Plan exam-day logistics including allowed references, identification, and timing strategy
Your checkpoint
A final one-page personal cheat sheet plus a second scored practice exam showing improvement over week 7
Milestones
Week 2: Complete five hydraulic problems unaided and correctly identify system type and components on a blank diagram with at least 90 percent accuracy
Week 4: Explain the Florida adoption chain for NFPA 13 and pass a self-quiz on licensing and permitting responsibilities at 80 percent or better
Week 6: Produce a takeoff and bid for one floor that reconciles material, labor, and margin with no unexplained gaps against the plan set
Week 7: Score at least 70 percent on the first full practice exam and have a documented error log for every missed item
Week 8: Score at least 80 percent overall on the second practice exam with no single domain below 70 percent