Fire Alarm System Course

Lesson 1 • Fire Alarm System Overview

Introduces the purpose and scope of fire alarm systems in life safety. Connects regulatory intent to system design philosophy.

Lesson 2 • Core System Components

Identifies and describes every major hardware element in a fire alarm system. Builds component recognition skills essential for all subsequent chapters.

Lesson 3 • Basic Operating Principles

Explains signal flow from detection to notification and monitoring. Grounds students in system logic before component-level study.

Lesson 1 • Smoke Detection Principles

Covers ionization, photoelectric, and combination smoke detection physics. Enables correct detector selection based on fire signature.

Lesson 2 • Flame and Gas Detection

Introduces optical flame detectors and combustible or toxic gas sensors. Addresses specialized hazard environments requiring non-smoke detection.

Lesson 3 • Heat Detection Technologies

Explains fixed-temperature, rate-of-rise, and rate-compensated heat detectors. Connects heat detector selection to occupancy and ambient conditions.

Lesson 4 • Specialty and Aspirating Detection

Covers air-sampling, video-based, and beam-type detection for challenging environments. Expands detection toolkit beyond standard point detectors.

Lesson 1 • Notification Circuit Design

Covers notification appliance circuit wiring, supervision, and load calculations. Bridges appliance selection to practical electrical design.

Lesson 2 • Visible Notification Appliances

Explains strobe light candela ratings, flash rates, and placement geometry. Ensures compliant coverage for hearing-impaired occupants.

Lesson 3 • Audible Notification Appliances

Covers horns, bells, speakers, and chimes with sound pressure level requirements. Links appliance selection to occupancy noise environment.

Lesson 1 • Addressable System Programming

Covers device addressing, zone mapping, and cause-and-effect programming logic. Enables students to configure addressable panels for real installations.

Lesson 2 • Networked and Distributed Architectures

Covers peer-to-peer panel networking, gateway devices, and large-campus system design. Extends single-panel knowledge to enterprise-scale installations.

Lesson 3 • System Integration and Interfaces

Addresses integration with suppression, HVAC, elevator, and access control systems. Prepares students to design coordinated building safety ecosystems.

Lesson 4 • Power Supply Design and Backup

Explains primary power, secondary battery backup, and standby capacity calculations. Ensures students can size power supplies to meet operational requirements.

Lesson 1 • Notification Appliance Layout Design

Applies candela tables, sound level calculations, and spacing rules to notification design. Ensures compliant audible and visible coverage throughout the building.

Lesson 2 • Regulatory Compliance and Plan Review

Covers applicable installation standards, occupancy requirements, and plan review processes. Prepares students to produce designs that pass authority review.

Lesson 3 • Special Occupancy Design Considerations

Addresses unique design challenges in high-rise, healthcare, and hazardous occupancies. Extends standard design skills to complex and high-consequence environments.

Lesson 4 • Detection Coverage Design

Applies spacing rules, area limitations, and environmental factors to detector layout. Translates regulatory requirements into practical floor plan designs.

Lesson 1 • Circuit Wiring and Supervision

Explains Class A, Class B, and Class X circuit wiring configurations and supervision methods. Ensures students can wire and verify circuit integrity.

Lesson 2 • Installation Quality and Workmanship

Addresses splice methods, termination quality, and physical protection of wiring. Reinforces professional standards that prevent failures and callbacks.

Lesson 3 • Device Mounting and Placement

Covers mounting heights, spacing rules, and obstruction clearances for all device types. Translates detection and notification standards into physical installation.

Lesson 4 • Wiring Methods and Cable Types

Identifies approved cable types, conduit requirements, and fire-rated pathway options. Establishes wiring fundamentals before installation sequencing.

Lesson 1 • Acceptance Testing Procedures

Covers pre-test preparation, documentation review, and functional acceptance test sequence. Establishes the standard process for commissioning new installations.

Lesson 2 • Detector Testing Methods

Explains approved test methods for smoke, heat, and specialty detectors. Ensures students can verify detector response without causing damage.

Lesson 3 • Notification and Circuit Testing

Covers audibility measurement, strobe verification, and circuit continuity testing. Validates that occupants receive adequate warning throughout the protected space.

Lesson 4 • Test Documentation and Reporting

Addresses test record formats, deficiency reporting, and authority notification requirements. Ensures legal and regulatory accountability for all testing activities.

Lesson 1 • Common Fault Conditions

Catalogues ground faults, open circuits, false alarms, and communication errors with causes. Builds pattern recognition for rapid field diagnosis.

Lesson 2 • System Impairment Management

Addresses procedures for safely taking systems out of service and restoring protection. Manages risk during planned and unplanned impairment periods.

Lesson 3 • Device and Component Replacement

Covers procedures for replacing detectors, modules, and control panel components. Ensures continuity of protection during maintenance activities.

Lesson 4 • Preventive Maintenance Programmes

Defines scheduled cleaning, calibration, and inspection tasks to prevent failures. Shifts student mindset from reactive repair to proactive reliability management.