MI Fire Alarm study plan
MI Fire Alarm · Give each week a clear focus.
8 weeks · About 6 hours per week
Fire Alarm Systems
Diagram the signal path from initiating device through control panel to notification appliance
Distinguish conventional from addressable systems by listing three operational differences
Identify the four common initiating device types and state what each detects
Explain the purpose of a control panel's primary and secondary power supplies
Your checkpoint
One-page hand-drawn system architecture diagram with every component labeled and annotated
Fire Alarm Systems & Codes and Standards
Map each major fire alarm component to the code section that governs its installation
Define the terms 'initiating device circuit' and 'notification appliance circuit' in your own words
Compare supervised versus unsupervised circuits and state why supervision matters
List the required elements of a fire alarm system acceptance test
Your checkpoint
Glossary of 20 key fire alarm terms with a code reference cited beside each
Codes and Standards
Outline the structure of NFPA 72 and identify which chapters govern installation, testing, and maintenance
Differentiate between a code requirement and a standard's recommendation
Explain how the adopted building code triggers fire alarm requirements
Summarize the documentation a contractor must provide at project closeout
Your checkpoint
Annotated table of contents of NFPA 72 with a one-sentence summary of each chapter's scope
Codes and Standards & Electrical Fundamentals
Solve Ohm's law problems for voltage, current, and resistance in series circuits
Calculate total resistance in series and parallel combinations
Explain how voltage drop affects notification appliance performance on a long circuit
Identify the conductor sizing considerations for fire alarm circuits
Your checkpoint
Worked problem set of 15 circuit calculations with all steps shown, scored at 80% or better
Electrical Fundamentals
Describe the difference between AC and DC and where each appears in a fire alarm system
Explain the role of a transformer and rectifier in panel power supply
Trace current flow through a simple supervised loop and identify the end-of-line device's function
Interpret a basic fire alarm riser diagram
Your checkpoint
Completed riser diagram reading exercise: label every device, circuit, and power source on a provided schematic
Inspection, Testing and Maintenance
List the inspection frequencies for initiating devices, notification appliances, and batteries
Describe the difference between inspection, testing, and maintenance activities
Outline the steps of a sensitivity test for a smoke detector
Explain record-keeping requirements for inspection and testing results
Your checkpoint
Inspection and testing checklist covering at least 12 device types with frequency and method for each
Inspection, Testing and Maintenance & Fire Alarm Systems
Diagnose three common trouble conditions and state the likely cause of each
Explain how a ground fault is detected and located in a supervised circuit
Describe the procedure for placing a system in bypass during testing
Summarize the difference between a trouble signal and an alarm signal
Your checkpoint
Troubleshooting flowchart for five fault scenarios with the diagnostic step order for each
Fire Alarm Systems & Codes and Standards & Electrical Fundamentals & Inspection, Testing and Maintenance
Complete a timed 100-question practice exam under test conditions
Review every missed question and cite the governing code or principle
Re-drill the two weakest domains until practice scores exceed 80% in each
Summarize the ten most commonly tested concepts in your own words
Your checkpoint
Practice exam score report with a written remediation note for each missed item
Milestones
Week 2: Score 80% or better on a 25-question quiz covering domains 1 and 2
Week 4: Complete the 15-problem circuit calculation set with 80% accuracy and no uncorrected errors
Week 6: Produce the inspection checklist from memory, then verify against reference material and note discrepancies
Week 8: Achieve 80% or higher on a full-length timed practice exam across all four domains