In this class, first responders learn about ammonia characteristics, environmental concerns, associated health effects, EMS options, as well as public safety. Instructors also discuss responder safety and protection, including personal protection equipment (PPE) concerns and isolation or protect-in-place options. There is also a discussion on evacuation versus shelter in-place tactics. The class also covers Material Safety Data Sheets (MSDS) used with alarm scenarios, risk-benefit analysis and troubleshooting real life incidents with illustrations of “first-ins” and incident command responsibilities.
Are you math-o-phobic? Can't make heads or tails out of hydraulic formulas or calculations? This course is for you! Spend some time and really learn how to do hydraulics, down and dirty, so you can do them in the field where it really counts! This program is designed to ease the fear and confusion so often accompanying the required hydraulics problems on today's fire ground. This classroom session takes the theory of pump operation and creates a practical application for firefighters to calculate simple formulas for proper fire apparatus pump pressures. Once completed, students will be capable of generating safe and effective fire streams for single pumper operations, as well as more complicated multi-unit, supply, relay, and fire attack operations.
The goal of this course is to give the student a basic understanding of the emerging ethanol industry. Chances are you have volumes of ethanol moving through your community on any given day. Fire departments with ethanol plants in neighboring communities may be called to assist in ethanol plant emergencies. Ethanol has significantly different characteristics than petroleum based motor fuels. You must prepare to handle ethanol type incidents. Finally, this course provides a foundation to prepare you to take future ethanol courses. The Awareness course covers topics relating to E-85 such as chemical and physical properties, terminology, production, transportation, distribution, fire and health hazards, spills and the ramifications, sources of additional information and firefighting considerations and procedures.
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.
The Traffic Incident Management - Operations course is designed for Firefighters who may be called to operate at traffic incidents. This course will teach Firefighters how to operate in a safe and coordinated manner with other responder agencies to quickly clear traffic incidents from the roadway. Students will learn the need for proper Traffic Incident Management, how to establish a Traffic Incident Management Area, safe positioning of response vehicles, scene safety, and how to demobilize a Traffic Incident Management Area.