ICC F1 study plan

Diagram the five construction types (I–V) and label the fire-resistance requirements that apply to each major structural element.

Calculate occupant load for at least eight spaces using occupancy-specific area factors and net vs. gross distinctions.

Trace egress paths on three sample floor layouts and measure exit access travel distance, common path, dead-end travel, and required egress width.

Compare required versus provided number of exits, exit width, and exit arrangement for the same three layouts and note every deficiency.

Explain how fire-resistance-rated assemblies, opening protectives, and penetration protection work together to hold a compartment boundary, and identify where each is verified in the field.

Sketch a sprinkler riser showing main drain, control valve, check valve, FDC, alarm valve, branch lines, and heads, and state the inspector's field check for each.

Differentiate wet-pipe, dry-pipe, pre-action, and deluge systems by activation logic and typical application.

Separate the items an inspector verifies during a periodic inspection from those the owner's testing and maintenance program covers.

Describe the sequence of operation of a fire alarm system from initiation through notification, and contrast conventional with addressable architecture.

Match smoke, heat, flame, and gas detection technologies to the fire stages and occupancies where each is appropriate.

List the acceptance test steps for a new fire alarm system and for a new sprinkler system in the order an inspector witnesses them.

Select portable extinguishers by hazard class and interpret the rating markings and travel-distance placement rules.

Classify 25 described buildings and tenant spaces into occupancy groups and justify each with the defining use characteristic.

Distinguish accessory uses, incidental uses, mixed uses, and a true change of occupancy in borderline scenarios.

Determine when a change of use or occupancy triggers a new certificate of occupancy and what documentation it requires.

Map the occupant-load factors, egress rules, and fire protection features that follow from each occupancy group assigned.

Relate each occupancy group to its required fire protection features, including sprinkler thresholds, separation requirements, and allowable height and area limits.

Outline the permit and plan review workflow from application through final certificate of occupancy, naming the inspector's decision at each step.

Identify the inspector's legal authority and limits: right of entry, notices of violation, stop-work orders, citations, and the appeal route.

Summarize how adopted code editions, local amendments, and referenced standards interact when requirements appear to conflict.

Distinguish a code violation from a non-code maintenance or housekeeping issue and select the correct corrective remedy for each.

Draft a notice of violation containing every required element, including the code section cited, the corrective action, and the compliance deadline.

Explain the boundary between a fire code inspection and a fire investigation and state when to escalate to an investigator.

Describe the records an inspection file must contain and how long each record type is retained.

Build inspection checklists for a mercantile occupancy and for an assembly occupancy, sequencing items in a walk-through order.

Identify and rank at least 10 common field hazards by risk, including storage clearance, electrical misuse, blocked egress, and hot work.

Document findings in a field report with measurements, photographs described in text, and the governing code reference for each item.

Describe the procedure for handling an imminent hazard and the follow-up re-inspection process.

Complete two full-length timed practice exams and tabulate every missed item by domain.

Re-drill the two weakest domains until practice accuracy reaches 85% or better.

Recite from memory the key tables and definitions - construction types, occupancy groups, occupant-load factors, and system components - without notes.

Simulate exam-day conditions and confirm scheduling, identification, and allowed-reference logistics.