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Fire Alarm Systems Training

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Security and Defense

Workplace Safety

Fire Alarm Systems Training

For all levels

Fire Alarm Systems Training

4.9

Master every phase of fire alarm systems — from design and installation to inspection and maintenance. This training covers NFPA codes, control panel programming, detector placement, wiring, and commissioning. Whether you're entering the trade or advancing your career, you'll build the technical knowledge employers and licensing boards demand.

Dedika for businesses

What you will learn:

This course covers the full scope of fire alarm systems, starting with core components, system classifications, and the regulatory framework that governs every installation. You'll learn how to select and position initiating devices, design notification appliance circuits, and size power supplies correctly. The training walks you through control panel architecture, programming, and fault diagnosis. You'll also study wiring methods, plan reading, and the acceptance testing process required before system handover. Inspection, maintenance, and retrofit strategies round out the curriculum, giving you job-ready skills across the entire system lifecycle.

How you study practically Fire Alarm Systems Training

How you practise Fire Alarm Systems Training

For companies looking to train their teams

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Fire Alarm Systems

Lesson 1 • Core System Components
Identifies and describes every major hardware element in a fire alarm system. Provides the vocabulary needed to interpret plans and specifications.
Lesson 2 • System Classification and Topology
Distinguishes conventional, addressable, and hybrid system architectures. Prepares students to select appropriate topology for a given application.
Lesson 3 • Introduction to System Documentation
Explains the types of documents used throughout a system's lifecycle. Establishes document literacy as a prerequisite for design and inspection work.
Lesson 4 • Regulatory and Code Framework
Covers the regulatory standards governing fire alarm design and installation. Connects compliance requirements to real-world system decisions.
Lesson 5 • Fire Alarm System Overview
Introduces the purpose and scope of fire alarm systems in life safety. Establishes the baseline understanding needed for all subsequent technical content.

Chapter 2See details

Initiating Devices and Detection Principles

Lesson 1 • Manual Initiating Devices
Covers manual pull station types, mounting requirements, and activation mechanics. Reinforces how manual devices complement automatic detection.
Lesson 2 • Flame and Gas Detection
Introduces optical flame detectors and combustible or toxic gas sensors. Addresses specialised hazard environments requiring these technologies.
Lesson 3 • Heat Detection Technologies
Covers fixed-temperature, rate-of-rise, and linear heat detection methods. Identifies environments where heat detection is preferred over smoke detection.
Lesson 4 • Detector Placement and Spacing
Applies code-based spacing formulas and environmental factors to detector layout. Students produce compliant detector placement plans for common occupancies.
Lesson 5 • Smoke Detection Technologies
Explains ionisation, photoelectric, and aspirating smoke detection methods. Connects each technology to the fire signatures it detects most effectively.

Chapter 3See details

Notification Appliances and Signaling

Lesson 1 • Notification Appliance Circuit Design
Teaches NAC circuit wiring, load calculations, and end-of-line resistor placement. Students calculate circuit capacity and verify appliance compatibility.
Lesson 2 • Visible Notification Appliances
Addresses strobe light requirements for hearing-impaired occupant notification. Connects candela ratings and placement rules to code compliance.
Lesson 3 • Mass Notification System Integration
Introduces mass notification systems (MNS) and their interface with fire alarm. Addresses priority signalling and interoperability requirements.
Lesson 4 • Combination and Auxiliary Devices
Introduces combination horn-strobe units and auxiliary control outputs. Explains how these devices simplify installation while meeting dual requirements.
Lesson 5 • Audible Notification Appliances
Covers horns, speakers, and chimes used for occupant notification. Explains sound pressure level requirements and measurement methods.

Chapter 4See details

Fire Alarm Control Panels and Circuits

Lesson 1 • Annunciators and Remote Displays
Covers remote annunciator types, wiring, and placement requirements. Explains how annunciators support first responder navigation during emergencies.
Lesson 2 • Signalling Line Circuit Configuration
Addresses SLC wiring, device addressing, and communication protocols. Connects SLC design to addressable system reliability and fault tolerance.
Lesson 3 • FACP Architecture and Functions
Explains the internal modules, power distribution, and logic of a fire alarm control panel. Establishes the framework for programming and troubleshooting tasks.
Lesson 4 • Panel Programming and Configuration
Teaches point mapping, zone assignment, and output control programming. Students program a panel to execute correct responses to alarm and trouble conditions.
Lesson 5 • Initiating Device Circuit Supervision
Covers IDC wiring classes, supervision methods, and fault detection logic. Students identify circuit faults and trace them to their source.

Chapter 5See details

Power Supplies and Wiring Requirements

Lesson 1 • Wiring Methods and Materials
Covers approved cable types, conduit requirements, and installation methods. Connects wiring choices to system survivability and code compliance.
Lesson 2 • Circuit Integrity and Survivability
Addresses circuit integrity (CI) cable and two-hour fire-rated pathway requirements. Explains where survivable wiring is mandated and how to achieve it.
Lesson 3 • Primary and Secondary Power Sources
Explains dedicated primary AC power requirements and secondary battery backup rules. Establishes the power reliability standards all fire alarm systems must meet.
Lesson 4 • Grounding and Electromagnetic Compatibility
Explains proper grounding practices and EMI mitigation for fire alarm wiring. Prevents nuisance faults caused by improper grounding or electrical interference.
Lesson 5 • Battery Sizing and Calculations
Teaches standby and alarm load calculations used to size backup batteries. Students perform battery sizing calculations for realistic system scenarios.

Chapter 6See details

System Design and Plan Reading

Lesson 1 • Reading Fire Alarm Drawings
Teaches interpretation of floor plans, riser diagrams, and symbol legends. Builds the plan-reading fluency required for installation and inspection work.
Lesson 2 • Design Submittal and Approval Process
Explains the shop drawing submittal, AHJ review, and permit approval workflow. Prepares students to navigate the approval process efficiently.
Lesson 3 • Device Layout and Coverage Design
Guides students through the process of laying out detectors and appliances on a floor plan. Integrates spacing rules, obstructions, and occupancy needs into a unified layout.
Lesson 4 • Occupancy-Based Design Requirements
Applies occupancy classification rules to determine required system features. Students match system capabilities to the specific demands of each occupancy type.
Lesson 5 • Writing System Specifications
Covers the structure and content of fire alarm system specifications. Students draft specification sections that accurately describe system requirements.

Chapter 7See details

Installation, Testing, and Commissioning

Lesson 1 • Record of Completion Documentation
Explains the content and legal significance of the record of completion form. Students complete accurate documentation packages for system handover.
Lesson 2 • Pre-Acceptance Testing Procedures
Teaches the sequence of tests performed before formal acceptance testing. Identifies common installation defects caught during pre-acceptance checks.
Lesson 3 • Installation Best Practices
Covers device mounting, wiring termination, and conduit installation techniques. Establishes workmanship standards that prevent failures and callbacks.
Lesson 4 • System Commissioning and Owner Training
Guides the final commissioning walkthrough and owner orientation process. Ensures occupants and facility staff can operate and respond to the system.
Lesson 5 • Acceptance Testing Methods
Covers the full acceptance test sequence required by applicable standards. Students conduct and document tests that verify every system function.

Chapter 8See details

Inspection, Testing, and Maintenance

Lesson 1 • Control Panel and Circuit Maintenance
Addresses panel firmware updates, battery replacement, and circuit integrity checks. Maintains panel reliability and prevents supervisory faults.
Lesson 2 • Detector Sensitivity Testing
Covers methods for measuring and verifying smoke detector sensitivity. Identifies detectors requiring cleaning, recalibration, or replacement.
Lesson 3 • Troubleshooting and Fault Resolution
Develops a systematic diagnostic approach for alarm, trouble, and supervisory faults. Students trace faults to root causes and restore system operation efficiently.
Lesson 4 • Notification Appliance Verification
Teaches field measurement of sound pressure levels and strobe output. Confirms that appliances continue to meet original design performance standards.
Lesson 5 • ITM Frequency and Scope Requirements
Defines required inspection and test frequencies for all system components. Connects ITM schedules to OHS compliance and insurance requirements.

Certification

Your valid completion certificate

This course is for you:

Electrician: wants to add fire alarm systems to billable service offerings.
Low-voltage technician: needs formal training to back up hands-on field experience.
Facilities manager: responsible for overseeing fire alarm testing and compliance records.
Career changer: entering the life safety trade from a construction or military background.
Engineering student: building technical depth in building systems and life safety design.
Fire inspector: seeking stronger system knowledge to conduct more thorough field reviews.

What our students say

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