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Fire Protection Engineering Training Online
Why do you need a Fire Protection Engineering Training course? Fire Protection Engineering Online Training is essential for engineers, architects, and safety professionals to understand fire behavior, suppression systems, and life safety codes. With evolving regulations like NFPA and IBC standards, staying updated ensures compliance, minimizes fire risks, and enhances building safety. This training provides practical knowledge on fire prevention, sprinkler systems, fire alarms, and emergency planning, equipping professionals to design and maintain fire-safe structures effectively. Whether working in construction, industrial settings, or facility management, this course is crucial for protecting lives, property, and ensuring regulatory compliance.
SELF-PACED ONLINE TRAINING FOR FIRE PROTECTION ENGINEERING
This training equips individuals with the knowledge and skills to design, implement, and maintain effective fire protection systems. Participants gain expertise in fire prevention strategies, sprinkler and suppression system design, life safety codes (NFPA, IBC), and fire alarm integration. The course also covers OSHA compliance, risk assessment, and emergency planning, ensuring professionals can enhance building safety and regulatory adherence. Whether working in construction, facility management, or industrial settings, this training prepares individuals to mitigate fire hazards, protect lives, and ensure code-compliant fire safety solutions.
Fire Protection Engineering – OSHA Requirements
Fire Protection Engineering Online Training aligns with OSHA requirements to ensure workplace safety and compliance with fire prevention standards. OSHA’s 29 CFR 1910 Subpart L – Fire Protection outlines essential regulations for fire suppression, alarm systems, and emergency action plans in various industries. This training helps professionals understand OSHA-mandated fire safety practices, including proper sprinkler system maintenance, fire extinguisher use, and emergency evacuation procedures. By completing this course, engineers and safety personnel can design, implement, and maintain fire protection systems that meet OSHA standards, reducing fire hazards and ensuring workplace safety.
IACET CEUs (Continuing Education Units)
0.6
CEU Requirements
- 100% attendance for the Fire Protection Engineering Training Class
- Completion of Continuing Education and Training Registration Form
- Active participation in all class exercises (determined by course instructor)
- Completion of required pre-and post-quiz assessment
- As applicable, achievement of a minimum passing score on the required end-of-course examination
- Participation and submittal of end-of-course evaluation form (must provide name on form to receive credit)
Learning Objectives
Upon completion of this Fire Protection Engineering training, the student will be able to:
- Understand Fire Science & Prevention.
- Apply Fire Protection Codes & Standards.
- Design & Evaluate Sprinkler and Suppression Systems.
- Implement Fire Alarm & Detection Systems.
- Assess Life Safety & Emergency Planning.
- Perform Inspection, Testing & Maintenance.
- Apply Performance-Based Fire Protection Engineering
What you need:
- Webcam or smartphone
- Microphone or smartphone
- Photo ID
What you get:
- Certificate of Completion
- IACET CEUS .6
Course Content
Course Overview
Learning Objectives
Understanding Fire Science
Fire Chemistry: The Basics of Combustion
Stages of Fire Development
Heat Transfer & Fire Spread
Understanding Fire Dynamics
The Combustion Process
Types of Combustion I
Types of Combustion II
Heat Transfer and Fire Growth
Stages of Fire Growth and Heat Transfer
Fundamentals of Fire Protection Engineering
Key Principles of Fire Protection Engineering
Role of Fire Protection Engineers
Key Responsibilities of Fire Protection Engineers
Industries and Sectors Where Fire Protection Engineers Work
Importance of Fire Risk Assessment
Key Objectives of Fire Risk Assessment
Key Benefits of Fire Risk Assessment
Steps Involved in Conducting a Fire Risk Assessment
Common Fire Hazards in Buildings and Industries I
Common Fire Hazards in Buildings and Industries II
Common Fire Hazards in Buildings and Industries III
Fire Protection Regulations and Standards
Key Fire Protection Regulatory Agencies
Key Fire Protection Standards and Requirements
Industry-Specific Fire Protection Regulations
Compliance and Enforcement of Fire Protection Standards
Importance of Compliance in Design and Construction
Fire Prevention Strategies
Key Fire Prevention Strategies
Fire Prevention Regulations and Compliance Standards
Fire-Resistant Materials and Passive Fire Protection
Fire-Resistant Materials: Characteristics and Uses
Common Fire-Resistant Materials
Passive Fire Protection (PFP) Strategies
Fire Protection Regulations and Compliance
Benefits of Fire-Resistant Materials and Passive Fire Protection
Fire Compartmentalization and Smoke Control
Fire Compartmentalization: Containing Fire Spread
Egress Design and Means of Escape
Fundamentals of Egress Design
Means of Escape: Evacuation Strategies
Life Safety Code (NFPA 101) Overview
Key Components of NFPA 101
Fire and Smoke Control Measures
Emergency Exit Requirements and Stairwell Design
Key Regulations Governing Emergency Exits and Stairwells
Emergency Exit Requirements
Stairwell Design and Fire Safety
Smoke-Proof and Pressurized Stairwells
Emergency Lighting and Signage
Emergency Lighting Requirements
Emergency Exit Signage
IBC Fire Protection Requirements I
IBC Fire Protection Requirements II
IBC Fire Protection Requirements III
IBC Fire Protection Requirements IV
Types of Fire Suppression Systems
Water-Based Fire Suppression Systems
Foam-Based Fire Suppression Systems
Gas-Based Fire Suppression Systems
Chemical-Based Fire Suppression Systems
Hybrid Fire Suppression Systems
NFPA 13: Standard for Sprinkler System Design
Types of Sprinkler Systems Covered Under NFPA 13
Key Design Considerations in NFPA 13
Hydraulic Calculations and Water Supply Requirements
Key Hydraulic Calculation Methods
Water Supply Requirements
System Maintenance and Testing
Key Fire Protection Systems Requiring Maintenance and Testing
Common Issues Identified During Maintenance
Fire Pump and Standpipe System Design
Fire Pump System Design (NFPA 20)
Standpipe System Design (NFPA 14)
Design Considerations For High-Rise Buildings And Industrial Settings
Fire Protection Design Considerations for High-Rise Buildings
Fire Protection Design Considerations for Industrial Settings
Fire Alarm and Detection Systems
Components of a Fire Alarm System
Types of Fire Alarm Systems
Fire Alarm System Design Considerations
Notification Devices and Alarm Signaling
Alarm Signaling Methods
Key Considerations for Fire Alarm System Design
Fire Alarm System Installation Process
Integration with building automation and emergency response
Key Systems Integrated with Fire Protection
Testing, Inspection, and Maintenance Requirements
Fire Protection System Inspection & Testing Frequency
Fire Protection System Maintenance Best Practices
Emergency Communication Systems (ECS)
Types of Emergency Communication Systems (ECS)
Key Regulations & Standards for ECS
Public Address (PA) and Mass Notification Systems (MNS)
Public Address (PA) Systems in Fire Protection
Mass Notification Systems (MNS) in Fire Protection
Coordination of Fire Protection Systems
Key Fire Protection Systems and Their Coordination
Fire Protection Coordination Challenges & Solutions
Regulatory Compliance for Fire System Coordination
Relationship Between Fire Alarms, Sprinklers, and Suppression Systems
Interconnection & Fire Protection Strategy
Integration with HVAC and Smoke Control Systems
How HVAC and Smoke Control Systems Work in Fire Events
Fire Protection System Integration with HVAC and Smoke Control
Regulatory Compliance for HVAC and Smoke Control Integration
Performance-Based Design (PBD) in Fire Protection I
Performance-Based Design (PBD) in Fire Protection II
NFPA 550’s Engineering Approach to Fire Safety
NFPA 550 & Its Relationship to Other Fire Codes
Fire Modeling and Risk Assessment Tools
Fire Modeling Tools
Fire Risk Assessment Tools
Real-World Fire Incidents and Lessons Learned I
Real-World Fire Incidents and Lessons Learned II
Real-World Fire Incidents and Lessons Learned III
Fire Protection System Maintenance Requirements I
Fire Protection System Maintenance Requirements II
Fire Protection System Maintenance Requirements III
Routine Inspection Requirements for Fire Protection Systems
Documentation Requirements
Fire Code Compliance and Enforcement
Understanding Fire Code Compliance
Fire Code Enforcement Process
Key Responsibilities of Fire Marshals and AHJs
Importance of Working with Fire Marshals & AHJs
Common Fire Code Violations
Penalties for Fire Code Non-Compliance
Key Takeaways
Exam
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