
Explore the elements of a fire safety policy, including building codes, extinguishers, detection and suppression systems, alarms, occupancy limits, and emergency response planning.
Identify common fire hazards in the workplace, including unattended kitchen grease fires, faulty electrical systems, open flames, flammable materials, and improper chimney and appliance maintenance.
Learn how the fire code strengthens workplace safety by requiring training, fire suppression equipment, inspections, and permits, and guiding safe design, handling of hazardous materials, and occupancy protections.
Discover how fire safety education programs use smoke detectors, interactive modules, and hands-on activities to teach injury and fire prevention and evacuation. It covers nationally recognized programs and educator qualifications.
Building owners must prepare and submit a fire safety plan for approval, train staff and visitors, and follow a 10-point plan with key contacts, utilities, hazards, and digital on-site access.
Learn how the National Fire Protection Association drives fire safety through codes, testing, and public education, while collaborating with Underwriters Laboratories and ANSI to reduce loss of life and property.
Explore the fundamentals of fire chemistry for workplace safety, covering ignition, solid, liquid, and gas fuels, atmospheric oxygen, heat sources, and the surface-to-mass ratio that drives ignition risk.
Develop and implement a fire safety management program using risk management principles to protect life, property conservation, and business continuity, identify facilities and processes, assess hazards, and evaluate effectiveness.
Develop and implement fire safety program guidelines that integrate protective measures, protection assessments, and corporate loss control, with trained fire brigades, emergency planning, and management responsibilities.
Explore fire detection systems, their components, and how they sense heat, smoke, or byproducts to warn occupants. Compare ultraviolet, infrared, photoelectric, and ionizing detectors with maintenance and integration considerations.
Automatic sprinkler systems extinguish fires by removing heat, diluting oxygen, and interrupting fuel, using water supply, piping, temperature-activated heads, and dry or pre-action configurations with alarms.
Explain how foam extinguishing systems suppress hydrocarbon fires by covering the liquid surface, cooling, and starving fuel; compare chemical, protein, and mechanical foams and inline/air-injected configurations.
Explore halon extinguishing systems, their environmental impact on the ozone layer, and EPA-backed alternatives like dry chemical and water spray systems, including design, installation, testing, and maintenance.
Establish a preventive maintenance program for automatic sprinkler systems with inspections and testing to ensure reliability, and collaborate with fire departments and insurers on water supply and freezing protection.
Learn the basic principles of maintenance and inspection for fire safety systems, including sprinkler system upkeep, fire extinguisher inspection, regulatory frequencies, and meticulous recordkeeping.
Assists employers in meeting workplace fire and safety standards by establishing and enforcing safety programs, providing employee training, testing, medical evaluations, and maintaining fire suppression, detection, and alarm systems.
Within workplace fire and safety training, examine how state agencies enforce air safety laws, building codes, and fire protection standards through inspectors and fire departments.
Design a workplace emergency response plan to protect employees and property. Integrate the National Incident Management System and Incident Command System for coordinated off-site and on-site responses.
Identify natural and manmade emergencies, from tornadoes to toxic gas releases, and implement an emergency response plan with alerting systems, designated assembly areas, roll calls, and accountability procedures.
Train employees on types of emergencies, the emergency response plan, reporting procedures, alarm systems, and roles with drills to ensure readiness, accountability, and effective communication during incidents.
Contains of “Workplace Fire and Safety Training”
1. Introduction
1.1 Elements of a Fire safety Policy.
1.2. Some common fire hazards.
1.3 Fire Code.
1.4 Fire Safety Education Programs.
1.5 A fire safety plan.
2. Major organisation in the field of Fire Safety.
2.1 National Fire Protection Association.
2.2 Fire Chemistry.
2.3 FIRE SAFETY CONCEPTS.
2.4 PROGRAM GUIDELINES for fire safety.
3. Fire Detection & Control Systems.
3.1 AUTOMATIC FIRE DETECTION SYSTEMS.
3.2 AUTOMATIC SPRINKLER SYSTEMS.
3.3 FOAM EXTINGUISHING SYSTEMS.
3.4 HALON EXTINGUISHING SYSTEMS.
4. Care, Maintenance, and Inspection of fire protection systems.
4.1 CARE AND MAINTENANCE of fire protection systems.
4.2 BASIC PRINCIPLES OF MAINTENANCE AND INSPECTION.
4.3 Employers Responsibility.
4.4 STATE AGENCIES AND REGULATIONS
5. Emergency Response Planning for Safety Professionals.
5.1 Overview emergency response plan.
5.2 TYPES OF EMERGENCIES—NATURAL OR MANMADE.
5.3 TRAINING EMPLOYEES ON TYPES OF EMERGENCIES.
6. Identification and Control of Materials Considered Hazardous. Practical.
6.1 IDENTIFICATION OF HAZARDOUS MATERIALS.
6.2 HAZARD ANALYSIS/CAUSAL INVESTIGATION.
6.3 NFPA 704 Method of recognizing hazards.
6.4 EMERGENCY RESPONSE MUTUAL AID NETWORK
6.5 IGNITION SOURCES for fire.
6.6 Combustible Chemicals.
6.7 MINE SAFETY AND HEALTH ADMINISTRATION (MSHA).
7. Building Construction considering Fire Protection. Practical.
7.1 FACILITY LOCATION considering Fire Protection.
7.2 EVALUATING LIFE SAFETY considering Fire Protection.
7.3 MANAGEMENT APPROACHES FOR ASSURING LIFE SAFETY.
7.4 Structural framing members.
7.5 EXPLOSION PREVENTION SYSTEMS.
7.6 HEATING, VENTILATING, AND AIR CONDITIONING.