FL General Contractor study materials
FL General Contractor study resources

FL General Contractor study plan

FL General Contractor · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Business and Financial Management & Contract Administration and Project Management

  • Build a one-page formula sheet covering markup vs. margin, overhead allocation, retainage, and simple/compound interest, then solve 15 practice calculation problems without notes

  • Reconstruct the Florida Construction Lien Law timeline from memory: Notice to Owner, Notice of Commencement, 90-day lien filing, and the one-year suit deadline, and write each step with its statutory trigger

  • Draft a mock AIA-style contract summary listing scope, payment terms, change-order procedure, and dispute resolution, then annotate where Florida statute overrides the boilerplate

  • Classify 20 sample project tasks as schedule-driven or cost-driven and identify which contract clause governs each

Your checkpoint

A single reference sheet (max 4 pages) combining the financial formulas, lien timeline, and contract-clause map, scored at 80% or better on a self-written 25-question quiz

Week 2

Contract Administration and Project Management & Safety, Codes, and Florida Regulatory Requirements

  • Sequence a 12-activity critical path for a small commercial build, calculate total float on each path, and identify the activities where a one-day slip moves the completion date

  • Write the required contents of a written safety program for a Florida jobsite, including fall protection thresholds and excavation protective-system triggers

  • Map the permitting sequence for a Florida project from notice of commencement through certificate of occupancy, naming the inspecting authority at each step

  • Explain the contractor licensing and qualifying-agent rules that apply to a Florida general contractor, including the scope limits of a certified vs. registered license

Your checkpoint

A one-page critical-path diagram with float values plus a permitting and licensing checklist that a peer could follow without asking questions

Week 3

Structures and Structural Systems & Concrete, Masonry, and Metals

  • Solve 12 beam and column problems for reactions, shear, bending moment, and deflection using standard load combinations

  • Compare wood, steel, and concrete framing systems on span capability, fire resistance, and connection type, and match each to a building occupancy

  • Identify reinforcement placement, cover, lap splice, and formwork-removal requirements for a reinforced concrete beam and slab

  • Differentiate masonry wall types, mortar and grout roles, and the purpose of flashing, weep holes, and control joints

  • Explain how structural steel connections and bolting/welding inspection requirements differ from concrete placement inspection

Your checkpoint

A worked problem set of 12 structural calculations with free-body diagrams, each answer checked against a second method or a sanity check on magnitude

Week 4

Site Work, Excavation, and Foundations & Building Envelope, Moisture Protection, and Thermal Systems

  • Classify soils by grain size and plasticity and select the appropriate foundation type for five described site conditions

  • Compute lateral earth pressures and size shoring, sloping, and benching for a 10-foot excavation, citing the protective-system trigger depth

  • Trace water migration through a wall assembly and place water-resistive barrier, flashing, and drainage plane in correct sequence

  • Compare below-grade waterproofing and dampproofing and justify the choice for a basement, a slab-on-grade, and a retaining wall

  • Assemble a continuous air, thermal, and vapor control strategy for a wall section and mark where each layer belongs

Your checkpoint

A hand-drawn wall-and-foundation section with every membrane, flashing, and insulation layer labeled and a written justification for each material choice

Week 5

Carpentry, Roofing, and Finishes & Building Envelope, Moisture Protection, and Thermal Systems

  • Lay out roof framing members and calculate rafter length, slope, and ridge height for three roof pitches

  • Sequence a roofing installation from deck to ridge and identify the flashing details at valleys, penetrations, and wall intersections

  • Specify finish schedules for drywall levels, tile, and flooring, matching each finish to a wet-area or high-traffic condition

  • Explain how window and door selection, glazing, and installation detailing affect envelope performance and condensation risk

  • Diagnose five described moisture failures (ice damming, window leak, roof valley, crawlspace, stucco crack) and prescribe the corrective detail

Your checkpoint

A roof and envelope detail package with three pitched-roof framing calculations and five written failure diagnoses, each naming the defective layer

Week 6

Mechanical, Electrical, and Plumbing Coordination & Safety, Codes, and Florida Regulatory Requirements

  • Coordinate MEP rough-in sequencing against structural and envelope milestones and list the three most common clash points on a commercial job

  • Size a simple duct, water, and drain line using standard rules of thumb, and explain why each result needs verification by the trade

  • Identify electrical load, panel, grounding, and GFCI/AFCI requirements relevant to a general contractor's scope of coordination

  • Summarize the Florida Building Code chapters that most often drive general contractor decisions, including wind-borne debris, flood, and accessibility provisions

  • List the inspection hold points a general contractor must schedule and the consequences of covering work before inspection

Your checkpoint

An MEP coordination matrix (trade x milestone) plus a code-and-inspection checklist covering at least 15 hold points with the governing requirement cited

Week 7

Business and Financial Management & Contract Administration and Project Management & Safety, Codes, and Florida Regulatory Requirements

  • Run a full cost estimate for a small project including labor, material, equipment, overhead, and profit, then convert it to a bid with a stated contingency

  • Build a 13-week cash-flow projection and identify the week of maximum working-capital need

  • Respond to a simulated change-order dispute by drafting the written notice, cost breakdown, and time-extension request

  • Apply Florida lien and prompt-payment rules to three payment scenarios and state who can recover what

  • Audit a mock jobsite against 20 OSHA and Florida-specific safety requirements and record each deficiency

Your checkpoint

A complete mock bid package (estimate, schedule of values, cash-flow curve) plus a written change-order response and a 20-item safety audit with corrective actions

Week 8

Business and Financial Management & Contract Administration and Project Management & Structures and Structural Systems & Site Work, Excavation, and Foundations & Concrete, Masonry, and Metals & Carpentry, Roofing, and Finishes & Building Envelope, Moisture Protection, and Thermal Systems & Mechanical, Electrical, and Plumbing Coordination & Safety, Codes, and Florida Regulatory Requirements

  • Take two full-length timed practice exams and log every missed question by domain and by error type (knowledge gap, misread, calculation slip)

  • Re-drill the two weakest domains until each reaches 80% or better on a fresh 20-question set

  • Recite from memory the ten formulas, timelines, and code thresholds most likely to be tested, without reference material

  • Simulate exam-day logistics: confirm test-site or remote-proctoring requirements, allowed references, and identification rules

Your checkpoint

A scored error log from both practice exams showing domain-by-domain accuracy, with a written remediation note for every question missed twice

Milestones

Week 2: Score 75% or better on a 30-question self-test drawn only from Business/Financial Management and Contract Administration, with the lien timeline and critical-path float calculations fully correct

Week 4: Explain aloud, without notes, how load travels from roof to footing and where water is stopped at each envelope layer; pass a 20-question structures/sitework/envelope quiz at 75% or better

Week 6: Complete a 40-question mixed quiz across all nine domains at 70% or better, with no domain below 50%, and identify the two domains needing the most week-7 attention

Week 8: Achieve 80% or better on two consecutive full-length timed practice exams, with every domain at or above 70% and no repeated error on a previously logged question