S&T Chapter 3 Flashcards
Cue-based decision making: The fire officer, through personal experience of training, incident responses, and study, has built base of knowledge.
The classical method of decision making is used for training exercises, development of preplans, or incident with cues that require a set of reactions that the decision maker has not experienced or learned before.
The command sequence consists of five levels:
1. Incident priorities
2. Size-up
3. Strategy
4. Tactics
5. Tasks
Incident priorities are the foundation of the command sequence
Priority 1 Life Safety
Priority 2 Incident stabilization
Priority 3 Property Conservation
Life safety is always our NUMBER ONE consideration.
At a structure fire our aim is to confine the fire to as small an area as possible.
A hazardous materials incident could include stopping a leak and containing the spilled material.
Size up lets the IC gather information for the development of strategic goals
It is a mental process, weighing all of the factors of the incident against the available resources. Size up can be looked at as solving a problem or as a puzzle that requires putting together the pieces in their correct place by gathering and interpreting the available information.
Size up starts in the preplanning stages
The size up en route will be based on information given to dispatch and relayed to the IC as he or she responds.
The company officer has a need for action. He or she has to make an immediate decision about the volume and intensity of the fire and determine the initial strategies and tactics to be deployed. In this growing emergency, when the life hazard will be most severe, he or she will have no prior assessment of interior conditions to assist in making decisions.
The chief officer has certain advantages while performing size up. There is slightly more time to make decisions.
The sense of touch enables us to determine the weather conditions or temperature differences when confronted with the heat of fire.
Yet some serious problems are odorless, as in the case of carbon monoxide.