Certified Fire Protection Specialist (CFPS)

The “Certified Fire Protection Specialist (CFPS)” training program, offered by Geneve Institute of Business Management, is designed to equip participants with comprehensive knowledge and professional expertise in fire protection systems, risk prevention, and safety management. The program emphasizes the scientific principles behind fire behavior, modern approaches to fire prevention, and the technical aspects of detection and suppression systems. It also focuses on compliance with international standards and regulatory requirements, enabling participants to understand how to effectively safeguard lives, assets, and facilities against fire-related hazards. By the end of the program, participants will have developed the ability to assess risks, design protective strategies, and implement effective emergency response measures tailored to institutional needs.

Target Group

• Health, safety, and fire protection officers who are responsible for planning, supervising, and implementing fire protection strategies within their organizations.

• Engineers and technical staff involved in the design, installation, and maintenance of fire detection and suppression systems in buildings and facilities.

• Facility and building managers seeking to improve the performance and compliance of their fire safety systems with local and international standards.

• Risk management consultants and specialists aiming to expand their professional expertise in evaluating fire hazards and recommending preventive solutions.

• Employees responsible for emergency preparedness and first response who require professional training to handle fire incidents effectively and safely.

Objectives

• To provide participants with a solid understanding of the fundamental principles of fire protection and the importance of applying global standards in professional practice.

• To equip participants with technical knowledge of fire detection and suppression systems, ensuring proper installation, operation, and maintenance.

• To strengthen the ability of participants to assess fire-related risks, identify hazards, and implement preventive measures that reduce the likelihood of fire incidents.

• To enhance participants’ skills in developing and applying effective emergency response and evacuation plans within different organizational contexts.

• To foster an integrated perspective on the role of technology, system design, and human factors in achieving optimal fire safety outcomes.

Course Outline :

• Introduction to Fire Protection

  • Definition of fire and its common causes.

  • The fire triangle: heat, fuel, and oxygen.

  • Impacts of fire on people, property, and business continuity.

  • The role of prevention systems in reducing fire hazards.

• Fire Protection Standards and Regulations

  • Overview of major global standards (e.g., NFPA).

  • National and local fire safety regulations.

  • Certification and compliance requirements.

  • Importance of adhering to codes in risk management.

• Fire Detection Systems

  • Types of fire alarms and detectors.

  • Smoke, heat, and gas detection technologies.

  • Functionality of early warning systems.

  • Criteria for selecting and installing detectors.

• Fire Suppression Systems

  • Types of portable fire extinguishers and their uses.

  • Water-based sprinkler systems.

  • Gas-based suppression systems.

  • Foam-based fire suppression methods.

• Designing Fire Protection in Buildings

  • Engineering considerations for fire prevention.

  • Fire-resistant zoning and compartmentalization.

  • Ventilation and flammable material control.

  • Architectural design for enhanced safety.

• Emergency Planning and Evacuation

  • Developing effective evacuation strategies.

  • Identifying safe exits and escape routes.

  • Importance of regular evacuation drills.

  • Coordination with external emergency teams.

• Fire Risk Assessment and Management

  • Identifying ignition sources and potential hazards.

  • Evaluating combustible materials and risk factors.

  • Establishing preventive procedures.

  • Reviewing and updating risk control measures.

• Maintenance of Fire Protection Systems

  • Importance of scheduled inspections.

  • Testing alarms and sprinkler systems.

  • Servicing portable extinguishers.

  • Recording and documenting maintenance activities.

• Modern Technologies in Fire Protection

  • Smart fire detection systems with IoT integration.

  • Artificial intelligence applications in fire prediction.

  • Thermal imaging and advanced surveillance.

  • Digital platforms for monitoring fire safety systems.

• Incident Reporting and Continuous Improvement

  • Preparing accurate post-incident reports.

  • Root cause analysis of fire incidents.

  • Implementing lessons learned for system upgrades.

  • Promoting a proactive fire safety culture.