The class explains how fires grow and spread and how to recognize and anticipate what is happening in a burning building by observing the smoke and fire conditions. Students will learn about the relationships between fuel, oxygen, heat and the chemical chain reaction, physical properties, heat transfer from ignition through flashover and their associated hazards. Understanding the difference in color, thickness, speed of movement, and location of smoke within the structure are important skills examined in this course.
The Fire Service Vehicle Operator course is designed for Firefighters or Engineers who are assigned, or may be assigned, to operate fire department apparatus during the normal course of their duties. Students will learn about their role as an emergency vehicle driver, proper care and maintenance of fire apparatus, vehicle characteristics, safe driving practices, emergency response driving, and scene positioning. This course, when combined with an AHJ-provided driving portion, lets the student complete OSFM certification. IFSI does not offer the driving portion of this course.
Liquefied Petroleum Gas Emergencies is a course aimed at personnel (emergency responders, Industry and Hazardous Materials teams) who may respond to handle Liquefied Petroleum Gas emergencies. The students will learn what Liquefied Petroleum Gas is and tactics in handling it. There will be hands on training in handling and controlling live flammable gas releases.
This course is designed for fire and Emergency Medical Services (EMS) responders who may be designated by the Incident Commander (IC) as an ISO while working within an Incident Command System (ICS). These assignments may occur during firefighting, EMS, special-operations-type incidents, and training evelutions.
This course is an incident-specific, scenario-oriented course deisgned to teach students what an ISO needs to know at an incident. The course uses instructor-led discussion, multimedia activities, and small group discussions to convey instructional points.
This course introduces students to new technologies not encountered in the past that can impact rescue efforts. Topics covered include hybrid or electric driven vehicles, alternative fuel systems, dangerous drive train components, hazardous mechanical and hydraulic systems, plus more. Rescue challenges associated with air bags and their deployment and detonation systems, pre-tension systems and other passive restraint devices throughout the passenger compartment are also discussed. Methods of construction, vehicle body components and their materials of construction offer challenges not found at accident scenes in the past. The course is a recommended follow-up class to the Basic Auto Extrication course.
This course is designed for all ranks of fire service personnel who may respond to residential structure fires, in their area. This course covers in depth building construction, sizing up the incident, ventilation techniques, search and rescue as well as fire control tactics. The class will primarily be conducted in the classroom setting and will include a few tabletop exercises and drills. Upon successful completion of this course the student will have gained basic knowledge and skills for operating at incidents in residential structures.
Each day firefighters respond to so called “Routine Emergencies”. As we all know, these are truly not routine emergencies. In fact, many firefighter injuries and fatalities occur at so called routine emergencies. We all know that a large percentage of firefighters are volunteer and paid-on call. Departments are experiencing member turnover at an ever increasing rate. That said, new firefighters are being asked to respond and in many cases act as officers making decisions what will affect the well-being of their company. This training program has been created to present short segments that identify considerations that firefighters encounter at Routine Emergencies. The intent of the program is to engage firefighters in dialog so they can identify the best practices for handling different emergencies.