System to the Stream /
The Residential Playbook

Elkhart Brass & FRSI (Keith Stakes)

Date: July 23 or 24 (1-Day Class)
Class Time: 0800-1700
Location: TBA
PPE: Full PPE

This is an full day course with (2) 4-hr segments.

The Residential Playbook
Instructed by FSRI (Keith Stakes)

As questions continue to arise into how fire department interventions affect fire dynamics, firefighter safety and victim survivability in structure fires, UL’s Fire Safety Research Institute (FSRI) is working to address these knowledge gaps through firefighting tactics research. FSRI has now completed a suite of projects covering suppression, ventilation and search and rescue operations on the residential fireground. This presentation will be a summary of the ideal execution of suppression methods and how to coordinate these efforts with both ventilation and search tactics to maximize firefighter safety and victim survivability. This culmination of research studies into the residential fireground has led to the gold standard of how these fire department interventions should be implemented on your fireground. The results from these studies will be shared in the form of tactical considerations for you to take back to your department and adapt and adopt as you see fit based on your response model, your staffing, and specifics of your local area.

This lecture will be accompanied by interactive demonstrations taking the concepts to practical application and connecting the dots for all students attending.

System to the Stream
Instructed by Elkhart Brass

This hands-on class is designed to give firefighters a comprehensive understanding of standpipe operations, focusing on creating effective and efficient fire streams in a variety of high-pressure situations. Participants will explore best practices for selecting the right nozzles and hoses to maximize water flow and reach, as well as learn how to properly set up and organize a standpipe kit for rapid deployment. The class will also cover the identification and operation of standpipe valves, including techniques for overcoming common pressure-reducing mechanisms to ensure reliable and effective fire suppression. By the end of this course, attendees will have the practical knowledge and skills necessary to confidently and safely manage standpipe systems during real-world incidents.