Training for Failure

April 17, 2012

Resource: Subject Matter Experts Industry: Fire, Public Safety

Tags: Online Training, Performance Optimization

Story by Dr. Richard B. Gasaway
Web master for Situational Awareness Matters (www.SAMatters.com)

Is it possible to train a firefighter to fail? You bet it is! I see it all the time. I should clarify that previous statement a little: I see it NOW all the time.

There was a time when I didn’t see it. In fact, I was one of those instructors who were training firefighters to fail. I didn’t realize I was doing it. No instructor would train a firefighter to fail on purpose. But, accidentally, it’s happening all the time and the consequences can be catastrophic.

In my Mental Management of Emergencies program I share with firefighters how easy it is to be trained to fail. Experienced officers and trainers alike have called this program a wake-up call and I could not agree more. As I was conducting my research about how the brain functions under stress I had an epiphany. We are training first responders to fail! It was a punch in the gut for me because I knew how many times I had provided flawed training to firefighters and EMS providers throughout my 30 years.

Let me share just one of many examples of how this can happen. But before I do, I have to offer you some B.S. (Brain Science). This will help in your understanding of how firefighters are being trained for failure.

B.S. Law No. 1: The stressed brain does not make decisions the same way as the non-stressed brain.
The lesson here is the non-stressed brain is a calm, rational thinking brain. It’s not under a lot of pressure so it can readily process information and figure out solutions to problems rather readily. The stressed brain; not so rational. In fact, just watching the apparent dumb things firefighters do when they are under stress would lead some people to surmise the stressed brain is irrational. The stressed brain isn’t irrational in its decision making. It is intuitive.

B.S. Law No. 2: Under stress, the brain runs automatic scripts.
The lesson here is the stressed brain compels the body to become a creature of habit. The brain will instruct the body to perform exactly how it was programmed to perform based mostly on memorization and repetition. This is true when recalling cognitive information (like people’s names and e-mail addresses). It is also the case with muscle memory (the physical movements tied to performing a task). Practice does not make perfect. Practice makes permanent.

B.S. Law No. 3: Muscle memory results from muscle movement.
The lesson here is muscles-memory is formed from actual physical movement, not from the storage of information about how to move. Talking about how to perform a demanding physical task is not the same as doing it. You can tell a firefighter all day long how to throw a ladder. But the brain does not store the memory of the actual movements until the muscles move and raise the ladder.

A Practical Application of the Brain Laws
Those are but three of dozens of lessons that are important for instructors to understand but let’s see how just those three can result in a firefighter being trained for failure.

Here’s the scenario. The instructor is going to conduct a live burn training evolution at the burn building. The crews arrive and everything is set up and the instructor conducts a pre-incident briefing of the day’s activities and objectives. Hose lines and water supplies are secured. The burn team is in place and fire in the hole! Send the first team in!

The first team advances with a 1inch line and they locate the fire and knock it down. They back out and the instructor team critiques their behavior. Each consecutive team does the same thing and this goes on for several hours and each team gets six evolutions on the line.

The instructors feel good because they know that repetition builds skills and these firefighters got some good training. The students feel good because they know they gained valuable experience and are now better prepared for structural firefighting. This is where the lessons of brain science and the fire service collide in a way that can have catastrophic consequences.

You see, the well-intended instructors, for the sake of expediency, never required each attack team to conduct a 360-degree size up around the burn building to develop their situational awareness before they engaged in the structural firefight. Why?

One of the most logical reasons is the burn building is constructed of concrete and steel. It’s NOT going to fall down on the attack team and everyone, including the instructors knows that. Everyone there has a comfort level with the stability of the structure. It’s built to be burned in for goodness sake. So, teams are not required to complete a 360-degree size up before starting each evolution.

Each team that enters the burn building advances a 1inch hose line to the fire and knocks it down. Fire isn’t large enough to require a 2inch in hose line. The smaller 1inch line is adequate and appropriate. The firefighters become very proficient with advancing their 1inch line and they are rewarded with success every time.

As firefighters practice these skills, the three laws from brain science are at work. The stress of the training causes the firefighters to think intuitively, not rationally. They are developing their automatic scripts (both cognitive and muscle memory). Under stress at a real structure fire, the firefighters are going to perform exactly how the scripts in their brains tell them to perform.

Have you ever seen or heard of an incident where a firefighting crew arrived on a fire that should have been a defensive (exterior) attack yet they went offensive (inside) the structure only to find themselves in a world of trouble quick? You could readily see they should not have gone inside. But for some reason, they didn’t see it the same way and, like fools, they rushed in. Were they being foolish? They certainly didn’t seem to be acting rational. That’s because they weren’t acting rational. They were acting intuitive. That’s Brain Law No. 1.

The firefighters arrive and go into a well-involved fire that any competent firefighter would readily say was a no-go fire (i.e., the firefighters do not go in for it would mean catastrophic consequences). Why would the firefighters enter a no-go environment and jeopardize their lives? Because that’s what they were trained to do-go! In fact, it is absolutely rare for firefighters to be trained on the physical and cognitive tasks associated with no-go. So when the firefighters arrive, they go in. They ALWAYS go in because their brains are running automatic scripts. That’s Brain Law No. 2.

The firefighters that arrive and go into the well-involved fire are yet vulnerable to another major consequence. If the fire is no-go it is probably going to be a large fire that requires large water. But the poor firefighting team does not pull a 2inch line. They pull the 1inch hose line and advance it into a fire whose potential far exceeds the capacity of their small hose line. Big fire requires big water. That’s sorational. So why would these firefighters not pull the larger line? Because muscle memory has been built up over numerous practice evolutions. The muscles know a structure fire gets attacked with a 1inch line. The muscle movement of practice over time has built muscle memory. That is Brain Law No. 3.

The Catastrophic Results
Put it all together and what do you have?

Firefighters arriving at well-involved structures, failing to complete a 360-degree size up causing flawed situational awareness. By not practicing the complete size-up they are missing the important lessons of how to assess building construction, fire and smoke conditions. The fire may be defensive but they don’t see it as a defensive fire. Because in their minds, the script reads every fire is an offensive fire.

They advance small hose lines into fires that need big hose lines because they have only practiced with small hose lines. Even if, during training, the instructor were to say now remember, if you have a big fire, you need to pull a big hose line this will not work. It is a rational statement being made to a rational mind. Of course it’s going to make sense. The students may even let out a collective “no duh!” in response as if to indicate such a simple concept did not need to be iterated.

It’s not what the instructor says that will dictate the performance. It’s what the student does that will determine it.

Recommendations
Here are some tangible recommendations for fixing these problems.

1. Build a 360-degree size up into every evolution. Don’t just have them walk around for the sake of walking around. Have them say what they are looking for as it relates to building construction, building decomposition, fire and smoke conditions.

2. Practice pulling 2inch lines in training. Even if the training fire is too small for a large line, practice pulling and using the larger line.

3. Discuss and train firefighters on what no-go conditions look like. What the building decomposition would look like. What the fire conditions would look like. What the smoke conditions would look like.

4. Train firefighters on the physical tasks to be performed when a fire is a no-go fire so they know, physically, what they should do.

Is it possible to train a firefighter to fail? You bet it is! But it is avoidable with a minor change in how we conduct our training.

About the Author
Dr. Richard B. Gasaway has served as a firefighter, EMT-paramedic, company officer, training officer and fire chief in six emergency services organizations in West Virginia, Ohio and Minnesota. In addition to his exemplary 30-year career in public safety, Dr. Gasaway has completed extensive studies on the high-stress, high-consequence environments first responders operate in and how stress impacts decision making and situational awareness. His findings have been chronicled in more than 150 books, book chapters, training videos and first responder journals. Dr. Gasaway serves as the webmaster for the Situational Awareness Matters website (www.SAMatters.com), a site dedicated to improving first responder safety.