GA Fire Alarm study plan

Map the four exam domains to their weight and rank your current confidence in each on a 1-5 scale

Trace the sequence of detection-to-notification: initiating device, control panel, notification appliance, and where supervision fits

Define the difference between conventional and addressable systems and list two field conditions each handles differently

Diagram a basic zone/conventional circuit from memory and label the panel terminals, end-of-line resistor, and device wiring path

Identify the common initiating device types and state the operating principle of each

Explain how smoke detectors are tested and what a functional test verifies versus a sensitivity check

Describe the purpose of the end-of-line resistor and what happens to the circuit when it is removed

List the notification appliance requirements for audibility and visual signaling as commonly enforced

Explain the role of the fire alarm control panel in supervising circuits and reporting trouble conditions

Distinguish between alarm, supervisory, and trouble signals and give a scenario that produces each

Describe how addressable devices report location and why that changes response strategy

Identify the common causes of nuisance alarms and the design choices that reduce them

Describe how a building's occupancy and construction type influence fire alarm and suppression design decisions

Explain the components of a wet-pipe sprinkler system from riser to head and the function of each

Compare wet, dry, and pre-action systems and state the condition each is suited for

Explain how a sprinkler waterflow switch and valve tamper switch connect to the alarm panel

Explain the basic fire behavior concepts of ignition, fuel, heat transfer, and the stages of fire growth

Describe how smoke control, compartmentation, and egress features interact with detection systems

Identify the special hazard occupancies that require detection beyond ordinary smoke detection

List the classes of fire and match each to the extinguishing agent that is appropriate

Explain the operating principles of clean agent, carbon dioxide, foam, and dry chemical suppression systems

Describe how a cross-zoned detection arrangement reduces unwanted discharge in special hazard systems

Identify where gas detection, flame detection, or linear heat detection is chosen over spot smoke detection

Explain the safety concerns for personnel during and after a gaseous agent discharge

Explain the roles of codes, standards, and the authority having jurisdiction and how they interact on a project

Describe the plan review and acceptance test process from submittal through final sign-off

List the inspection, testing, and maintenance activities required for detection and notification devices

Identify the recordkeeping obligations that follow an inspection or test

Re-rank your confidence on all four domains and compare against your week 1 baseline

Drill the two weakest domains with timed practice sets and log every missed concept

Re-derive the sprinkler riser diagram and the signal-type matrix from memory without notes

Build a one-page quick reference that ties detection, suppression, special hazards, and code process together