Fire and Safety Engineering Course

Lesson 1 • Chemistry of Combustion

Covers oxidation reactions, fuel types, and ignition thresholds. Connects atomic-level chemistry to observable fire behaviour in engineering contexts.

Lesson 2 • Fire Behaviour and Spread Mechanisms

Analyses conduction, convection, and radiation as heat transfer modes. Students predict fire spread patterns across different structural and environmental conditions.

Lesson 3 • Stages of Fire Development

Traces fire progression from incipient stage through flashover to decay. Understanding each stage informs suppression timing and occupant evacuation decisions.

Lesson 4 • Flammability and Explosive Limits

Defines lower and upper flammability limits for common gases and vapours. Applies these limits to hazard zoning and safe concentration management.

Lesson 1 • Risk Control and Hierarchy of Controls

Applies the hierarchy of controls—elimination through PPE—to fire and safety risks. Students develop prioritised control plans aligned with assessed risk levels.

Lesson 2 • Consequence and Vulnerability Analysis

Evaluates potential outcomes of fire events on people, assets, and operations. Links consequence severity to occupant vulnerability and structural exposure.

Lesson 3 • Hazard Recognition Frameworks

Introduces structured approaches to identifying physical, chemical, and process hazards. Frames hazard recognition as the first step in the risk management cycle.

Lesson 4 • Fire Load Calculation and Analysis

Teaches calculation of fire load density from fuel inventories and building contents. Results directly inform compartment design and suppression system sizing.

Lesson 1 • Ignition Source Control

Identifies and controls electrical, thermal, and mechanical ignition sources in facilities. Systematic source control reduces fire frequency at the design and operational levels.

Lesson 2 • Fire Safety in Building Materials

Evaluates reaction-to-fire properties of construction and finish materials. Material selection directly affects flame spread, smoke production, and structural integrity.

Lesson 3 • Occupancy Classification and Fire Risk

Categorises buildings by occupancy type and links each category to specific fire risks. Occupancy-based analysis guides protection system selection and egress requirements.

Lesson 4 • Means of Egress and Evacuation Design

Designs compliant egress systems including exit routes, widths, and travel distances. Connects egress capacity to occupant load and fire development timelines.

Lesson 1 • System Testing, Maintenance, and Records

Establishes testing schedules, acceptance criteria, and maintenance protocols for alarm systems. Documented testing ensures system reliability and supports regulatory compliance.

Lesson 2 • Principles of Fire Detection

Explains how heat, smoke, gas, and flame detectors sense fire signatures. Matching detector type to fire signature is the core design decision in this section.

Lesson 3 • Fire Alarm Control Panels and Zoning

Covers panel architecture, zone configuration, and alarm signal processing. Proper zoning enables rapid fire location identification and targeted response.

Lesson 4 • Notification Appliances and Alerting

Designs audible and visual notification systems for diverse occupant populations. Notification effectiveness depends on sound pressure levels, coverage, and accessibility.

Lesson 1 • Portable Fire Extinguishers

Covers fire class ratings, extinguisher types, and placement requirements. Portable extinguishers provide first-response capability before suppression systems activate.

Lesson 2 • Automatic Sprinkler System Design

Explains sprinkler types, hydraulic calculations, and system configurations. Sprinkler design integrates fire load data from earlier risk assessments into hydraulic sizing.

Lesson 3 • Foam and Water Mist Systems

Addresses foam suppression for flammable liquid hazards and water mist for special applications. System selection depends on fuel type, space geometry, and water availability.

Lesson 4 • Gaseous and Clean Agent Suppression

Covers inert gas and chemical agent systems for sensitive or enclosed hazard areas. Agent selection balances suppression effectiveness, environmental impact, and occupant safety.

Lesson 1 • Explosion Prevention and Protection

Addresses deflagration and detonation risks in process environments and confined spaces. Prevention and protection measures are designed in layers to reduce consequence severity.

Lesson 2 • Hazardous Area Classification

Classifies zones based on the likelihood of flammable atmosphere presence. Zone classification drives equipment selection and electrical installation requirements.

Lesson 3 • Process Hazard Analysis Techniques

Introduces HAZOP, What-If, and checklist methods for systematic process hazard review. Each technique is matched to process complexity and available design documentation.

Lesson 4 • Safety Instrumented Systems

Covers safety integrity levels, safety instrumented functions, and SIS lifecycle management. SIS design ensures automatic process shutdown before hazardous conditions escalate.

Lesson 1 • Emergency Response Planning

Structures emergency response plans covering roles, resources, and communication protocols. Plans integrate detection, suppression, and evacuation systems designed in prior chapters.

Lesson 2 • Incident Command System Application

Applies the Incident Command System structure to fire and industrial emergency scenarios. ICS scalability allows consistent command from single-unit to multi-agency responses.

Lesson 3 • Post-Incident Investigation and Review

Applies root cause analysis to fire incidents to prevent recurrence. Investigation findings feed back into hazard assessments and prevention strategies from earlier chapters.

Lesson 4 • First Aid and Medical Response Integration

Integrates first aid capabilities into emergency response plans for fire-related injuries. Burn treatment, smoke inhalation response, and triage protocols are prioritised.

Lesson 1 • Management System Auditing and Review

Applies internal audit techniques to evaluate fire safety management system conformance. Management review processes close the plan-do-check-act cycle at the strategic level.

Lesson 2 • Fire Safety Inspection Programmes

Designs systematic inspection programmes covering detection, suppression, egress, and housekeeping. Inspection frequency and scope are calibrated to occupancy risk level.

Lesson 3 • Performance Measurement and KPIs

Defines leading and lagging indicators to measure fire safety programme effectiveness. KPI data drives management decisions and demonstrates continuous improvement progress.

Lesson 4 • Training and Competency Development

Builds fire safety training programmes for all organisational roles from workers to fire wardens. Competency verification ensures personnel can execute emergency procedures reliably.