Most popular
Dealing with High-rise Building Fires
What you'll learn
Identify the construction systems, fire behavior problems, and building systems in high-rise constructions and understand how they impact strategies, tactics, and life safety.
Be familiar with the strategic and tactical operations and the necessary resources for high-rise firefighting operations.
Describe the proper ventilation techniques used in high-rise operations.
Recognize the roles and responsibilities of first-site arrivals and incident commanders, including commands and procedures for high-rise operations.
-100%
ICS 100 – Basics of the International Incident Command System
What you'll learn
Describe the functional areas of ICS and the roles of the Incident Commander and Command Staff.
Outline the fundamentals and framework of the Incident Command System (ICS).
Detail the NIMS management features that form the foundation of ICS.
Explain the operational components of ICS and the functions of the Incident Commander and Command Staff.
Explain the responsibilities of the General Staff in ICS.
Discuss how the NIMS management features are applicable to ICS in various job roles and subject areas.
Inspection & Testing of Fire Protection Systems & Equipment
What you'll learn
Describes different types of fire protection systems and equipment, explaining their functions and suitability.
Discuss the standards, laws, and regulations that govern the reliability of fire protection systems.
Locate the inspection requirements for various fire protection systems and equipment.
Use standards and manufacturers' recommendations to optimize the ITM (Inspection, Testing, and Maintenance) programs effectiveness.
Free
Fire Investigation
What you'll learn
Define the concept of origin and cause investigation and explain its purpose.
Describe a systematic approach to investigating a fire and explain how the scientific method is applied in the investigation process.
Explain the requirements for documenting a fire scene.
Discuss the importance of fire scene photography and the techniques involved.
Demonstrate how to conduct an initial investigation at a fire scene as part of a team.
Identify reliable sources of information for fire scene investigations.
Express the recommended procedural elements for conducting interviews.
Narrate the legal and liability issues related to fire scene investigations, course procedures, and testifying.
-37%
Fire Detection and Alarm System Design
What you'll learn
List down the different fire signatures and how spot-type detectors work.
Evaluate the necessary documentation for a newly-designed fire detection and alarm system.
Discuss fire detection design concepts, including selection, total/partial coverage, building construction, and spacing.
Recognize the importance of manufacturer-published fire/safety guides.
Apply the concept of fire alarm notification appliances, including selection, coverage, building construction, spacing, and placement.
Illustrate an understanding of the major aspects of a Fire Alarm Control Panel (FACP), power source selection requirements, battery derating calculation, battery capacity calculation, and voltage drop of NAC circuit.
Explain how fire suppression is integrated with FACP, how the NAC circuit is integrated, and the input/output matrix.
-28%
ICS 300 – Intermediate Incident Command
What you'll learn
Explain the ways in which the command and management components of NIMS support the management of an extended incident.
Describe the process of incident/event management for supervisors according to the Incident Command System (ICS).
Create Incident Action Plans for simulated incident situations.
-32%
ICS 200 – ICS for Single Resources & Initial Responders
What you'll learn
Describe how the management features of the NIMS are related to Incident Commands and Unified Commands.
Describe the process of delegating, authorizing implementation, and managing objectives, plans, and goals.
Identify the organizational components of the ICS, including its command, staff, and tools.
Explain the flexibility in the standard ICS organizational structure.
Explain the procedures for briefings and transferring commands.
Use ICS to effectively manage an incident or event.
Scaffolding Basics & Job Requirements
What you'll learn
Be exposed to the local and international laws and standards for safe scaffolding.
Clearly communicate the risks involved in scaffolding activities.
Recognize the different components of scaffolding.
Inspect scaffolding for faulty installations and damaged parts.
Identify the advantages and disadvantages of individual modular scaffolding systems.
Understand the minimum and maximum requirements for scaffolds, including lift height, bay width, length of light/medium/heavy duty scaffolds, bracing, and tying.
Estimate the quantity of materials needed for the job.
Trending
-100%
ICS 100 – Basics of the International Incident Command System
What you'll learn
Describe the functional areas of ICS and the roles of the Incident Commander and Command Staff.
Outline the fundamentals and framework of the Incident Command System (ICS).
Detail the NIMS management features that form the foundation of ICS.
Explain the operational components of ICS and the functions of the Incident Commander and Command Staff.
Explain the responsibilities of the General Staff in ICS.
Discuss how the NIMS management features are applicable to ICS in various job roles and subject areas.
Dealing with High-rise Building Fires
What you'll learn
Identify the construction systems, fire behavior problems, and building systems in high-rise constructions and understand how they impact strategies, tactics, and life safety.
Be familiar with the strategic and tactical operations and the necessary resources for high-rise firefighting operations.
Describe the proper ventilation techniques used in high-rise operations.
Recognize the roles and responsibilities of first-site arrivals and incident commanders, including commands and procedures for high-rise operations.
-32%
ICS 200 – ICS for Single Resources & Initial Responders
What you'll learn
Describe how the management features of the NIMS are related to Incident Commands and Unified Commands.
Describe the process of delegating, authorizing implementation, and managing objectives, plans, and goals.
Identify the organizational components of the ICS, including its command, staff, and tools.
Explain the flexibility in the standard ICS organizational structure.
Explain the procedures for briefings and transferring commands.
Use ICS to effectively manage an incident or event.
-28%
ICS 300 – Intermediate Incident Command
What you'll learn
Explain the ways in which the command and management components of NIMS support the management of an extended incident.
Describe the process of incident/event management for supervisors according to the Incident Command System (ICS).
Create Incident Action Plans for simulated incident situations.
Free
Fire Investigation
What you'll learn
Define the concept of origin and cause investigation and explain its purpose.
Describe a systematic approach to investigating a fire and explain how the scientific method is applied in the investigation process.
Explain the requirements for documenting a fire scene.
Discuss the importance of fire scene photography and the techniques involved.
Demonstrate how to conduct an initial investigation at a fire scene as part of a team.
Identify reliable sources of information for fire scene investigations.
Express the recommended procedural elements for conducting interviews.
Narrate the legal and liability issues related to fire scene investigations, course procedures, and testifying.
Inspection & Testing of Fire Protection Systems & Equipment
What you'll learn
Describes different types of fire protection systems and equipment, explaining their functions and suitability.
Discuss the standards, laws, and regulations that govern the reliability of fire protection systems.
Locate the inspection requirements for various fire protection systems and equipment.
Use standards and manufacturers' recommendations to optimize the ITM (Inspection, Testing, and Maintenance) programs effectiveness.
Scaffolding Basics & Job Requirements
What you'll learn
Be exposed to the local and international laws and standards for safe scaffolding.
Clearly communicate the risks involved in scaffolding activities.
Recognize the different components of scaffolding.
Inspect scaffolding for faulty installations and damaged parts.
Identify the advantages and disadvantages of individual modular scaffolding systems.
Understand the minimum and maximum requirements for scaffolds, including lift height, bay width, length of light/medium/heavy duty scaffolds, bracing, and tying.
Estimate the quantity of materials needed for the job.
-37%
Fire Detection and Alarm System Design
What you'll learn
List down the different fire signatures and how spot-type detectors work.
Evaluate the necessary documentation for a newly-designed fire detection and alarm system.
Discuss fire detection design concepts, including selection, total/partial coverage, building construction, and spacing.
Recognize the importance of manufacturer-published fire/safety guides.
Apply the concept of fire alarm notification appliances, including selection, coverage, building construction, spacing, and placement.
Illustrate an understanding of the major aspects of a Fire Alarm Control Panel (FACP), power source selection requirements, battery derating calculation, battery capacity calculation, and voltage drop of NAC circuit.
Explain how fire suppression is integrated with FACP, how the NAC circuit is integrated, and the input/output matrix.
Popular Instructors
All Fire & Life Safety Training Courses
-100%
ICS 100 – Basics of the International Incident Command System
This one-day session is intended to give emergency personnel a …
What you'll learn
Describe the functional areas of ICS and the roles of the Incident Commander and Command Staff.
Outline the fundamentals and framework of the Incident Command System (ICS).
Detail the NIMS management features that form the foundation of ICS.
Explain the operational components of ICS and the functions of the Incident Commander and Command Staff.
Explain the responsibilities of the General Staff in ICS.
Discuss how the NIMS management features are applicable to ICS in various job roles and subject areas.
-32%
ICS 200 – ICS for Single Resources & Initial Responders
This course is designed to equip emergency response group/team leaders …
What you'll learn
Describe how the management features of the NIMS are related to Incident Commands and Unified Commands.
Describe the process of delegating, authorizing implementation, and managing objectives, plans, and goals.
Identify the organizational components of the ICS, including its command, staff, and tools.
Explain the flexibility in the standard ICS organizational structure.
Explain the procedures for briefings and transferring commands.
Use ICS to effectively manage an incident or event.
-28%
ICS 300 – Intermediate Incident Command
Intermediate Incident Command (ICS 300) is a three-day course designed …
What you'll learn
Explain the ways in which the command and management components of NIMS support the management of an extended incident.
Describe the process of incident/event management for supervisors according to the Incident Command System (ICS).
Create Incident Action Plans for simulated incident situations.
Dealing with High-rise Building Fires
This 3-day course is designed to train fire officers and …
What you'll learn
Identify the construction systems, fire behavior problems, and building systems in high-rise constructions and understand how they impact strategies, tactics, and life safety.
Be familiar with the strategic and tactical operations and the necessary resources for high-rise firefighting operations.
Describe the proper ventilation techniques used in high-rise operations.
Recognize the roles and responsibilities of first-site arrivals and incident commanders, including commands and procedures for high-rise operations.
Inspection & Testing of Fire Protection Systems & Equipment
This 5-day course is designed to train fire and safety …
What you'll learn
Describes different types of fire protection systems and equipment, explaining their functions and suitability.
Discuss the standards, laws, and regulations that govern the reliability of fire protection systems.
Locate the inspection requirements for various fire protection systems and equipment.
Use standards and manufacturers' recommendations to optimize the ITM (Inspection, Testing, and Maintenance) programs effectiveness.
Scaffolding Basics & Job Requirements
This course provides the necessary information on safety requirements for …
What you'll learn
Be exposed to the local and international laws and standards for safe scaffolding.
Clearly communicate the risks involved in scaffolding activities.
Recognize the different components of scaffolding.
Inspect scaffolding for faulty installations and damaged parts.
Identify the advantages and disadvantages of individual modular scaffolding systems.
Understand the minimum and maximum requirements for scaffolds, including lift height, bay width, length of light/medium/heavy duty scaffolds, bracing, and tying.
Estimate the quantity of materials needed for the job.
Free
Fire Investigation
This course is for individuals with fire-fighting experience who want …
What you'll learn
Define the concept of origin and cause investigation and explain its purpose.
Describe a systematic approach to investigating a fire and explain how the scientific method is applied in the investigation process.
Explain the requirements for documenting a fire scene.
Discuss the importance of fire scene photography and the techniques involved.
Demonstrate how to conduct an initial investigation at a fire scene as part of a team.
Identify reliable sources of information for fire scene investigations.
Express the recommended procedural elements for conducting interviews.
Narrate the legal and liability issues related to fire scene investigations, course procedures, and testifying.
-37%
Fire Detection and Alarm System Design
This course aims to provide an understanding of the process …
What you'll learn
List down the different fire signatures and how spot-type detectors work.
Evaluate the necessary documentation for a newly-designed fire detection and alarm system.
Discuss fire detection design concepts, including selection, total/partial coverage, building construction, and spacing.
Recognize the importance of manufacturer-published fire/safety guides.
Apply the concept of fire alarm notification appliances, including selection, coverage, building construction, spacing, and placement.
Illustrate an understanding of the major aspects of a Fire Alarm Control Panel (FACP), power source selection requirements, battery derating calculation, battery capacity calculation, and voltage drop of NAC circuit.
Explain how fire suppression is integrated with FACP, how the NAC circuit is integrated, and the input/output matrix.
