LA Fire Alarm study plan

Map the LA fire alarm code stack: identify which chapters of the Los Angeles Municipal Code and which LAFD fire alarm provisions govern alarm submittals, and list where each adopted NFPA standard (72, 70, 101 as applicable) plugs in

Read the adopted NFPA 72 occupancy and system classification material and write out in your own words the difference between protected premises systems, supervising station types, and notification appliance circuit performance requirements

Build a one-page cross-reference table linking five common design questions (detector spacing, audibility, pathway survivability, battery sizing, acceptance testing) to the specific code or standard clause that answers each

Flag every code citation you could not confirm against a primary source and mark it for verification with the AHJ rather than guessing

Trace the LAFD plan submittal workflow end to end: permit application, plan review intake, corrections cycle, approval, and inspection request, and note the sequence and typical dependencies at each step

Draft a submittal package checklist covering drawings, calculations, device schedules, cut sheets, and any required LAFD-specific forms

Compare the roles of the design professional, the contractor of record, and the AHJ reviewer in the approval chain and write a short paragraph on who signs off on what

Identify the most common plan review correction comments you can substantiate and pair each with the submittal item that prevents it

Classify initiating devices by operating principle (spot smoke types, heat, waterflow, manual stations) and state the typical application and known limitation of each

Diagram a conventional initiating device circuit and an addressable signaling line circuit side by side, labeling the supervision method and the fault each detects

Explain notification appliance circuit voltage drop and audibility requirements well enough to solve a simple end-of-line calculation by hand

List the notification appliance types and describe how intelligibility and candela selection interact with room geometry and ambient noise

Calculate a secondary power supply battery set by hand from a load schedule: standby current, alarm current, required standby duration, and derating, showing every term

Compare the wiring methods permitted for fire alarm circuits and state where survivability requirements change the method or the pathway

Explain the pathway survivability levels in your own words and give one realistic building scenario where each level would be the governing requirement

List the installation defects most likely to fail a rough inspection (support spacing, box fill, separation from power, unprotected penetrations) and the code basis for each

Build an inspection and testing sequence for a new system from rough-in through final acceptance, naming what is verified at each stage and who witnesses it

Write the test procedure for each device type you listed in week 3, including the pass criterion and the documentation recorded

Describe the periodic inspection and testing intervals and what changes them, and note where you need to confirm against the locally adopted edition

Draft the record-of-completion and test-log content requirements so an inspector could reconstruct the test from your paperwork alone

Revisit the component domain and correct every weak spot identified by your week 3 and week 5 self-checks, rewriting notes rather than rereading them

Explain the interaction between detector spacing, ceiling height, and air movement for at least three ceiling configurations

Trace a false alarm or trouble signal from symptom to likely cause across initiating circuit, power supply, and notification circuit, listing the diagnostic step order

State the documentation a technician must leave on site after service and why each item matters to the AHJ

Assemble a mock submittal for a small hypothetical occupancy, including device schedule, battery calculation, and a narrative of the design basis

Review your mock submittal against your week 2 checklist and log every gap you find

Write the jobsite safety and documentation practices for fire alarm work: lockout during panel work, battery handling, confined space and ladder considerations, and daily reporting

Practice explaining an approval delay or a failed inspection to a client in writing, using only factual, code-referenced language

Take a full-length timed practice set across all eight domains and score it by domain to find remaining weak areas

Re-derive from memory the three calculations you are most likely to be tested on: battery sizing, voltage drop, and detector coverage

Rewrite your code cross-reference table from week 1 without looking, then diff it against the original and fix the gaps

Review only your flagged uncertain items and either confirm them against a primary source or consciously set them aside as known unknowns