
Managing Overload: An Essential Safety Conversation
When I consider the advancements in the construction industry over the past 20 years, the emphasis on safety is one that immediately stands out. Today, we continue to strive to elevate our safety awareness, knowledge, training and program development – but that is only one side of the coin. On the other side, our workforce […]

Layer by Layer: Leveraging FR Clothing Systems for Hazard Protection and Comfort
Strategically layering moisture-wicking, flame-resistant garments can enhance worker comfort without compromising safety.
Layering flame-resistant (FR) clothing has long been a best practice among industrial athletes. In addition to providing critical hazard protection, this tried-and-true strategy enhances user comfort by enabling industrial athletes to add or remove clothing layers as their activity level or the weather changes. Base, middle and outer FR layers are equally important. Each serves […]

Cable Identification and Cutting Safety for Medium-Voltage Splicers
Robust cable identification and remote cutting practices aid utility organizations in protecting workers, preserving system integrity and complying with regulatory standards.
A medium-voltage underground splicer’s ability to safely and correctly identify, test and cut cable is more than part of their job; it is a survival skill. These splicers must be trained to make their first cut remotely – every time – whether performing routine maintenance or responding to an emergency, even when the cable has […]

Overcoming Safety’s Blind Spot
To expand our collective intelligence and better protect the workforce, we must treat all employee concerns as predictions of unwanted outcomes.
“If you’re not prepared to be wrong, you’ll never come up with anything original.” -Sir Ken Robinson Innately curious and hardwired to seek order, humans often grasp onto the latest ideas and inventions that help us satisfy our need to understand the world around us. Don’t believe me? Consider geocentricism, or the now-obsolete belief that […]

Mental Preparation for Safer Work
Frontline employees can develop the ‘right stuff’ through training, character development and good habit formation.
Author’s Note: The first part of this five-part series (see https://incident-prevention.com/blog/when-the-system-isnt-enough-how-to-create-personal-motivation-that-saves-lives/) explored the notion of accepting 100% accountability for our safety at work. This article addresses mental preparation to reduce risk of serious injuries and fatalities. Part three will cover spiritual health, with a focus on clarifying and leveraging our own deeply held beliefs. ***** […]

Batteries and the Hazard Communication Standard
Understanding how battery systems are governed under the OSHA standard is essential to ensuring employee safety.
Batteries have become a critical component of electric utility operations. Once limited to backup power in substations and control rooms, energy storage now drives innovation across the grid. As use of batteries increases, so does the responsibility to manage the unique chemical and physical hazards they introduce. Understanding how battery systems are governed under OSHA […]

What’s Your Bucket IQ?
I know a lot about buckets, but it wasn’t until after I hung up my tools that I learned much of what I’m going to share with you in this article. Background I was lucky to work as a lineman when I did. The buckets we used at Florida Power & Light through the 1970s […]
Utility Safety Podcast – Deep Dive – The Evolution of Personal Protective Grounding from the Articles Written by Alan Drew
Read the articles writted by Alan Drew – https://incident-prevention.com/blog/the-evolution-of-personal-protective-grounding-part-1/ https://incident-prevention.com/blog/the-evolution-of-personal-protective-grounding-part-2/ About the Author: Alan Drew began his power industry career in 1959. While working for a local utility company, he earned a bachelor’s degree in electrical engineering. Drew was hired as the general superintendent for Clallam County Public Utility District in 1991. He moved to Boise, […]
‘Can I Be the Leader?’
Leadership continues to be a critical area of focus for utility safety and operations professionals. In my own career at Georgia Power, “Can I be the leader?” was a question I often asked myself and my employer. Now, in this installment of “Voice of Experience,” I am going to discuss the opportunities I was afforded […]

January-February 2026 Q&A
Q: We recently did some contract work in a manhole with live primary cables running through it. During an audit, the client’s safety team cited us for failure to have our manhole workers tied off to rescue lines. We had a tripod up and a winch ready for the three workers. What did we miss? […]
Managing Overload: An Essential Safety Conversation
When I consider the advancements in the construction industry over the past 20 years, the emphasis on safety is one that immediately stands out. Today, we continue to strive to elevate our safety awareness, knowledge, training and program development – but that is only one side of the coin. On the…
Strategically layering moisture-wicking, flame-resistant garments can enhance worker comfort without compromising safety.
Layer by Layer: Leveraging FR Clothing Systems for Hazard Protection and Comfort
Layering flame-resistant (FR) clothing has long been a best practice among industrial athletes. In addition to providing critical hazard protection, this tried-and-true strategy enhances user comfort by enabling industrial athletes to add or remove clothing layers as their activity level or the weather changes.
Base, middle and outer FR layers are equally important. Each serves its own purpose, so it is wise for lineworkers to own all three types.
Base Layer: Moisture Management
This next-to-skin garment layer wicks moisture away from the body, a function that becomes especially import…
Robust cable identification and remote cutting practices aid utility organizations in protecting workers, preserving system integrity and complying with regulatory standards.
Cable Identification and Cutting Safety for Medium-Voltage Splicers
A medium-voltage underground splicer’s ability to safely and correctly identify, test and cut cable is more than part of their job; it is a survival skill. These splicers must be trained to make their first cut remotely – every time – whether performing routine maintenance or responding to an emerg…
To expand our collective intelligence and better protect the workforce, we must treat all employee concerns as predictions of unwanted outcomes.
Overcoming Safety’s Blind Spot
“If you’re not prepared to be wrong, you’ll never come up with anything original.” -Sir Ken Robinson
Innately curious and hardwired to seek order, humans often grasp onto the latest ideas and inventions that help us satisfy our need to understand the world around us. Don’t believe me? Consider g…

Frontline employees can develop the ‘right stuff’ through training, character development and good habit formation.
Mental Preparation for Safer Work
Author’s Note: The first part of this five-part series (see https://incident-prevention.com/blog/when-the-system-isnt-enough-how-to-create-personal-motivation-that-saves-lives/) explored the notion of accepting 100% accountability for our safety at work. This article addresses mental preparation to reduce risk of serious injuries and fatalities. Part three will cover spiritual health, with a focus on clarifying and leveraging our own deeply held beliefs.
*****
Combat had endless tests, and one of the worst sins was “chattering” on the radio, which was reserved for essential messages; loose…
Frontline employees can develop the ‘right stuff’ through training, character development and good habit formation.
Mental Preparation for Safer Work

Understanding how battery systems are governed under the OSHA standard is essential to ensuring employee safety.
Batteries and the Hazard Communication Standard
Batteries have become a critical component of electric utility operations. Once limited to backup power in substations and control rooms, energy storage now drives innovation across the grid. As use of batteries increases, so does the responsibility to manage the unique chemical and physical hazard…

What’s Your Bucket IQ?
I know a lot about buckets, but it wasn’t until after I hung up my tools that I learned much of what I’m going to share with you in this article.
Background
I was lucky to work as a lineman when I did. The buckets we used at Florida Power & Light through the 1970s were unlined, simple fiber…
Utility Safety Podcast – Deep Dive – The Evolution of Personal Protective Grounding from the Articles Written by Alan Drew
Read the articles writted by Alan Drew – https://incident-prevention.com/blog/the-evolution-of-personal-protective-grounding-part-1/
The Evolution of Personal Protective Grounding: Part 2About the Author: Alan Drew began his power industry career in 1…
‘Can I Be the Leader?’
Leadership continues to be a critical area of focus for utility safety and operations professionals. In my own career at Georgia Power, “Can I be the leader?” was a question I often asked myself and my employer. Now, in this installment of “Voice of Experience,” I am going to discuss the opportunit…
Opinion
Managing Overload: An Essential Safety Conversation
Rob Duplain
Layer by Layer: Leveraging FR Clothing Systems for Hazard Protection and Comfort
Brad Sipe
Cable Identification and Cutting Safety for Medium-Voltage Splicers
Mark Savage
Overcoming Safety’s Blind Spot
William N. Martin, CUSP, NRP, RN, DIMM
Video
Managing Overload: An Essential Safety Conversation
When I consider the advancements in the construction industry over the past 20 years, the emphasis on safety is one that immediately stands out. Today, we continue to strive to elevate our safety awareness, knowledge, training and program development – but that is only one side of the coin. On the…
Featured Topics
Managing Overload: An Essential Safety Conversation
When I consider the advancements in the construction industry over the past 20 years, the emphasis on safety is one that immediately stands out. Today, we continue to strive to elevate our safety awareness, knowledge, training and program development – but that is only one side of the coin. On the…

Strategically layering moisture-wicking, flame-resistant garments can enhance worker comfort without compromising safety.
Layer by Layer: Leveraging FR Clothing Systems for Hazard Protection and Comfort
Layering flame-resistant (FR) clothing has long been a best practice among industrial athletes. In addition to providing critical hazard protection, this tried-and-true strategy enhances user comfort by enabling industrial athletes to add or remove clothing layers as their activity level or the wea…

Robust cable identification and remote cutting practices aid utility organizations in protecting workers, preserving system integrity and complying with regulatory standards.
Cable Identification and Cutting Safety for Medium-Voltage Splicers
A medium-voltage underground splicer’s ability to safely and correctly identify, test and cut cable is more than part of their job; it is a survival skill. These splicers must be trained to make their first cut remotely – every time – whether performing routine maintenance or responding to an emerg…

To expand our collective intelligence and better protect the workforce, we must treat all employee concerns as predictions of unwanted outcomes.
Overcoming Safety’s Blind Spot
“If you’re not prepared to be wrong, you’ll never come up with anything original.” -Sir Ken Robinson
Innately curious and hardwired to seek order, humans often grasp onto the latest ideas and inventions that help us satisfy our need to understand the world around us. Don’t believe me? Consider g…

Frontline employees can develop the ‘right stuff’ through training, character development and good habit formation.
Mental Preparation for Safer Work
Author’s Note: The first part of this five-part series (see https://incident-prevention.com/blog/when-the-system-isnt-enough-how-to-create-personal-motivation-that-saves-lives/) explored the notion of accepting 100% accountability for our safety at work. This article addresses mental preparation to…

Understanding how battery systems are governed under the OSHA standard is essential to ensuring employee safety.
Batteries and the Hazard Communication Standard
Batteries have become a critical component of electric utility operations. Once limited to backup power in substations and control rooms, energy storage now drives innovation across the grid. As use of batteries increases, so does the responsibility to manage the unique chemical and physical hazard…

Managing Overload: An Essential Safety Conversation
When I consider the advancements in the construction industry over the past 20 years, the emphasis on safety is one that immediately stands out. Today, we continue to strive to elevate our safety awareness, knowledge, training and program development – but that is only one side of the coin. On the other side, our workforce is experiencing concerning rates of turnover, burnout, mental exhaustion and suicide.
But how can this be our reality if our jobsites have become safer in recent decades?
The answer is directly tied to the way we manage overload. To help explain this, let’s look at three commonly understood areas – exercise science, electrical energy and mental health – that require proper overload management to yield the greatest benefits.
1. Exercise Science: Progressive Overload and Rest
The roots of exercise science are often traced to the story of Milo of Croton, an ancient Greek athlete. As a young boy, Milo carried a small calf on his shoulders each day. The two grew together, and after years of consistent effort, Milo was carrying a full-grown bull. His strength had increased in direct proportion to the bull’s growth.
Modern exercise science recognizes progressive overload as fundamental, with workouts intentionally designed to incrementally increase the stress placed on targeted muscles over time. Muscle will not experience hypertrophy or gain functional strength unless it has been pushed beyond its current limitations.
However, intentional stress must also have a limit. That is because muscle growth occurs in a state of rest and recovery, not in the moment of overload. If the muscle never rests, growth will be minimal or even regressive. Thus, overload must be managed properly, with an emphasis on rest, to reduce injury and achieve muscle growth.
2. Electrical Energy: Fixed Limits and Preventive Maintenance
Electrical energy is a largely unobservable force that is generated, transmitted and distributed via observable components. Each component of an electrical circuit must be capable of safely withstanding the demands placed upon it. When calculating system load, keep the components’ known limitations in mind to avoid creating an overload condition.
Electrical components, unlike the human body, do not benefit from progressive overload. They have a fixed failure point, where load demand exceeds rated capacity. Both electrical and mechanical components depend on preventive maintenance for safe, reliable operation.
Preventive maintenance programs have become standard practice in the utility sector, helping to ensure functionality and longevity. Inspections and repairs must only be done after electrical components have been verified as de-energized. Once again, overload is properly managed through deliberate rest.
3. Mental Health: Neuroplasticity Needs Recovery
The human brain is remarkable, in part because of its neuroplasticity, or the capacity to adapt in response to stimuli. The new neural connections created when the brain experiences stress are neuroplasticity at work. Moderate stress can drive positive adaptation and growth; unrelenting levels have the opposite effect.
As with exercise science and electrical energy, rest is essential here. The brain’s stress load must be relieved to allow neuroplasticity to produce positive, sustainable change – instead of damage. In other words, rest is how mitigation is achieved.
Where Do We Go From Here?
In 2026, we understand more than ever about exercise science, electrical energy and mental health. We know we cannot train our muscles all day if we want them to grow, and we understand that electrical system reliability depends on scheduled, de-energized maintenance. We have also begun to admit that the human brain is no different. Under constant load, and without real recovery, it will fail.
We are making huge strides in physical safety, too. Guards, personal protective equipment, procedures and programs are better than they have ever been. But when it comes to the human side of safety, we are merely at the starting line. Chronic overload experienced by our foremen, supervisors and managers is quietly eroding the very performance we are asking them to deliver. This must become a safety conversation.
Progressive overload is a powerful tool for building skills, knowledge and capability – but only when it is paired with deliberate rest and preventive maintenance. On the job, that means we must watch for early signs of mental fatigue, normalize the use of support resources, and give our key people time and space to recover.
We will always need power for our electrical systems and productivity for our projects, but we cannot forget the simplest truth of all: In the electric utility industry, safety isn’t just about the energy we lock out. It’s also about recognizing when our employees have reached maximum overload and then effectively responding to prevent them from experiencing burnout or worse.
About the Author: Rob Duplain is a superintendent for Virginia-based Miller Electric Co. A former police officer and graduate of Taylor University who earned a bachelor’s degree in sociology, he joined the International Brotherhood of Electrical Workers in 2010.

Strategically layering moisture-wicking, flame-resistant garments can enhance worker comfort without compromising safety.
Layer by Layer: Leveraging FR Clothing Systems for Hazard Protection and Comfort
Layering flame-resistant (FR) clothing has long been a best practice among industrial athletes. In addition to providing critical hazard protection, this tried-and-true strategy enhances user comfort by enabling industrial athletes to add or remove clothing layers as their activity level or the weather changes.
Base, middle and outer FR layers are equally important. Each serves its own purpose, so it is wise for lineworkers to own all three types.
Base Layer: Moisture Management
This next-to-skin garment layer wicks moisture away from the body, a function that becomes especially important in frigid conditions, lowering the user’s risk of chills and hypothermia by keeping the skin dry and warm. Base layers are offered in various fabric weights, with a general rule of thumb that the heavier the fabric, the warmer it will keep you – so long as it wicks properly.
Keep in mind, however, that the primary purpose of an FR base layer isn’t to increase your warmth. Beyond offering hazard protection, this layer is intended to pull moisture away from the skin. So, when shopping for an optimal base layer, choose a quick-drying garment that offers permanent moisture-wicking performance. Permanent moisture management is achieved through a blend of hydrophobic/water-hating and hydrophilic/water-loving fibers. Manufacturers that make claims about their fabrics’ moisture-management benefits but don’t use this type of fiber blend typically rely on topical finishes that will wash out over time, diminishing garment performance.
FR fabric blends with proven moisture-management properties are available from numerous industry vendors. As you spec and select garments, ask for this and other relevant data to help guide your purchasing decisions.
Middle Layer: Insulation
The middle layer of an FR clothing system also moves moisture, similar to a base layer, but its primary role is helping users retain their body heat. Essentially, the more efficiently this layer traps heat, the warmer you will be. Fabric weight can be adjusted by users to match changing conditions; this is where the art of layering truly begins.
Here is just one example: Your shift starts early in the morning, when temperatures will be their lowest for the day. You opt to wear a base layer, a heavier midweight layer and a protective outer shell, all appropriately rated for the hazard exposure. As your body warms and the ambient temperature rises, you decide to swap your midweight layer for a lighter option that still provides adequate flame protection.
Ideally, industrial athletes will own middle layers in various fabric weights, including a heavier FR fabric for colder weather, giving themselves the flexibility to add or shed layers for comfort. Remember to select middle layers that provide permanent moisture-wicking performance. As with base layers, this feature helps to ensure fabric stays dry even as temperatures and physical activity levels rise.
Outer Layer: Wind, Rain and Snow Protection
Your outer FR layer should be breathable and wick moisture, but more importantly, it must protect you from the elements. Any wind or water given the opportunity to penetrate inner garment layers can quickly chill you, making this layer especially critical during storms.
One common consumer mistake is choosing an outer FR layer that’s too heavy and/or doesn’t breathe well, trapping moisture inside and providing subpar protection from wind, rain and snow. Outerwear should allow moisture to escape while being lightweight enough to allow the user’s freedom of movement. An FR clothing system that includes an outer layer with permanent moisture-wicking performance can move moisture from one layer to the next until it evaporates into the atmosphere.
Conclusion
Moisture-wicking technology was initially developed to enhance athletes’ performance in extreme outdoor environments, keeping them cooler and drier in hot conditions and warmer and drier in cold ones. Today, industrial athletes – like lineworkers – can take advantage of moisture-wicking, high-performance FR garments and well-designed layering systems to help keep them safe and comfortable in hazardous outdoor work environments.
About the Author: Brad Sipe is the director of business development for Lakeland Fire + Safety’s HPFR Division and a 25-year veteran of the apparel industry. Reach him at bssipe@lakeland.com.
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Selection Tips for Base, Middle and Outer Layers Base- Choose a base layer with permanent moisture management, which will help to ensure full lifetime performance of the garment.
- An optimal blend of hydrophobic and hydrophilic fibers is key. This combination pulls and pushes moisture through the FR fabric so that it spreads and dries more effectively. Ask vendors for garment data – it’s available – and be sure to check labels to confirm fiber blends.
- For flexibility, select FR middle layers in different fabric weights. These garments can be swapped out as temperatures and activity levels change.
- Ensure middle layers provide permanent moisture-wicking performance.
- Choose outerwear that will adequately protect you from wind, rain and snow.
- Make sure the FR garment is lightweight, breathable and incorporates permanent moisture management.
Robust cable identification and remote cutting practices aid utility organizations in protecting workers, preserving system integrity and complying with regulatory standards.
Cable Identification and Cutting Safety for Medium-Voltage Splicers
A medium-voltage underground splicer’s ability to safely and correctly identify, test and cut cable is more than part of their job; it is a survival skill. These splicers must be trained to make their first cut remotely – every time – whether performing routine maintenance or responding to an emergency, even when the cable has been tested and grounded. This approach ensures the worker is safely out of harm’s way if residual or unexpected energy remains in the system.
Procedural Development and Training
Proper cable identification supports operational efficiency, helping to minimize outage…

To expand our collective intelligence and better protect the workforce, we must treat all employee concerns as predictions of unwanted outcomes.
Overcoming Safety’s Blind Spot
“If you’re not prepared to be wrong, you’ll never come up with anything original.” -Sir Ken Robinson
Innately curious and hardwired to seek order, humans often grasp onto the latest ideas and inventions that help us satisfy our need to understand the world around us. Don’t believe me? Consider geocentricism, or the now-obsolete belief that the Earth is the center of the universe.
In earlier millennia, we followed herds of animals as they migrated, all of us sleeping under the stars. Our ancestors knew the night sky better than many of us do today. As they watched their world revolve around them, they assumed that the universe must have been created in service to them – right up until the works of Copernicus, Galileo, Kepler and Newton confirmed heliocentrism (i.e., that the sun is the center of our solar system).
Naturally, our ancestors were slow to accept this new information because changing deep-seated beliefs is no easy feat. They experienced discomfort and outright fear, preferring the warm and fuzzy feeling derived from trusting that the universe was solely focused on their needs.
Much like our ancestors, humans today often feel certain that we know all there is to know. When we dip a teaspoon into the proverbial ocean of available knowledge and find no whales, it is easy to assume whales do not exist. There weren’t any in our saltwater sample, right?
I noted earlier that it is not uncommon for us to acquire a small amount of information and run with it. Sometimes we will even protect and defend that information when someone challenges us or proves us wrong. Why do we respond in that manner? Well, our beliefs feel like a cozy security blanket, and our discomfort is provoked when someone snatches that blanket away. Though modern human society has undoubtedly evolved, the reality is that we are not vastly different from our ancestors. One exception is that in 2026, there is no valid reason why we shouldn’t trade in our teaspoons for much larger buckets of knowledge.
Predictive Processing Errors
We should not be surprised that safety has evolved in much the same way, given that it is a product of human systems and behaviors. Still, recognizing that can be difficult without the proper perspective. Let’s start by acknowledging that so long as we are breathing, there exists an infinite number of circumstances, decisions and other possibilities that could impact us. These possibilities intersect – again, in infinite ways – sometimes combining to produce worksite incidents. Yet too many industry professionals believe that we can identify and prevent the limitless number of potential event scenarios, using incident analyses to determine and address root causes.
Incidents stem from predictive processing errors, which is just a fancy term for certain mistakes made by the human brain. Here is the critical part that readers must understand: We cannot and will not predict an incident that we have never previously experienced or imagined or do not believe could occur. Recall the teaspoon-and-whales fallacy referenced earlier.
Time constraints and other job pressures are not uncommon in our industry. When we feel as though we must make a snap decision, the brain looks for cues and patterns based on our previous experiences and education. It will not make any decisions based on information it does not possess. In other words, greater intelligence and safer jobsites are much more likely to emerge when we share information with each other, preferably in healthy group settings that support quality interactions.
But here’s the catch. First, the human brain wants to conserve as much of the body’s energy as possible. Second, many of us are painfully aware that some individuals and working environments require more of our energy than others do. With that said, we can try to avoid interacting with coworkers who deplete us, but we also must realize that nothing results from a conversation that never takes place. No one will learn anything new that could enhance safety for all.
Optimism Bias and Experiential Blindness
Optimism bias – or a person’s inclination to underestimate the likelihood that something could go wrong – is a predictive processing error often made when the brain is in a state of experiential blindness. Our ability to accurately predict future events is severely hampered if we have never experienced those scenarios or imagined they could happen. Discovering our mistakes can be troubling as well, often triggering an emotional response that blocks the brain’s frontal lobe – the part that controls our critical thinking and executive functions.
Keep the previous paragraph in mind as we work through this next part. Let’s say someone raises a concern during a job briefing that is almost immediately dismissed by the rest of the crew. A concern shot down that quickly will likely never elicit any feedback or suggested actions from the group. But what if we reframe the way we think about concerns, treating them as predictions of unwanted outcomes? The more concerns that we raise, the more possibilities we can imagine, which increases our likelihood of identifying mitigation strategies that protect employees, customers and the public.
Safety is a product of our interactions on the job. Humans have invented the social hierarchy that exists in many organizations, but here is the reality: Every single worker is a piece of our puzzle. Remove one of them and outcomes change. The same is true in non-utility environments. For instance, a patient’s care could be undermined if the sheets on their hospital bed are soiled or their meals haven’t been carefully prepared. The next time you decide to bake your favorite loaf of bread, omit a couple of ingredients and let us know if it looks and tastes the same way you remember.
Tracking Events That Don’t Happen
Stop me if you’ve heard this one before: “If we can’t measure it, we can’t manage it.” That may be true for many things, yet it is not wholly accurate for safety. Yes, we collect and analyze data after incidents have occurred. But in an organization that fosters high-level, quality interactions among workers – interactions that enable us to carefully and intentionally move forward together through uncertainty – how do we measure and manage those incidents that never happened because of our safety efforts? The simple answer: We don’t. Instead, we focus on learning what we can from every outcome – wanted, unwanted, expected and unexpected.
Upstream Signals
There is one last thing I want to mention here. Since we do not typically notice what we are not looking for, we can miss weak upstream signals that point toward unwanted and unexpected outcomes. That means we must make a concerted effort to improve our observational skills, with success greatly dependent on team dynamics. Is there synchrony among our team? If not, who or what is out of alignment?
Our next safety meeting could provide some clues. While there, observe who is sitting in the back of the room. Have those individuals mostly assumed the same body language and posture, such as crossing their arms? Isn’t that interesting when we consider the tidy sum many of us are willing to pay for good seats to an event we are eager to attend? In fact, I do not believe our workers who sit in the back row, arms crossed, are consciously or voluntarily making that choice. I believe their behavior is an indicator of an unsettling, undefined “something” occurring upstream in the organizational system.
Conclusion
Safety should be about playing to win – not merely playing not to lose. To continue the utility industry’s safety evolution, it is imperative that we foster work environments in which concerns are treated as predictions of unwanted outcomes and our interactions with one another are considered opportunities to expand our collective intelligence.
About the Author: William N. Martin, CUSP, NRP, RN, DIMM, is president and CEO of Think Tank Project LLC (www.thinkprojectllc.com) and SAFR LLC. A third-generation electric utility worker and medical professional with extensive experience in high-risk operations and emergency medicine, he served nearly 20 years in lineman, line supervisor and safety director roles. Additionally, Martin spent 23 years as a critical care flight paramedic and registered nurse with cardiology and orthopedic experience. He earned a Diploma in Mountain Medicine and was an instructor/trainer for the National Ski Patrol. Currently, Martin writes and speaks nationally about safety and human performance, with a special focus on unleashing human potential.

Frontline employees can develop the ‘right stuff’ through training, character development and good habit formation.
Mental Preparation for Safer Work
Author’s Note: The first part of this five-part series (see https://incident-prevention.com/blog/when-the-system-isnt-enough-how-to-create-personal-motivation-that-saves-lives/) explored the notion of accepting 100% accountability for our safety at work. This article addresses mental preparation to reduce risk of serious injuries and fatalities. Part three will cover spiritual health, with a focus on clarifying and leveraging our own deeply held beliefs.
*****
Combat had endless tests, and one of the worst sins was “chattering” on the radio, which was reserved for essential messages; loose talk showed the wrong stuff. A Navy pilot once yelled, “I’ve got a MiG at zero!” as the enemy locked on his tail. An irritated voice cut in: “Shut up and die like an aviator.” –Paraphrased from Tom Wolfe’s “The Right Stuff” Are U.S. Navy pilots really born this way? Many lineworkers have their own phrase: “He is a good hand.” While understated, it is meant to describe the pinnacle of lineworker excellence. But what is the “right stuff” in our industry? Calm, cool and collected? Competent, stoic and thoughtful? The kind of person who can say, “Houston, we have a problem” without missing a beat? Do we expect a lineworker to perform a thorough job briefing or safety analysis during a heat wave in the same way astronaut Jim Lovell calculated trajectories for Apollo 13’s return inside an overheated space capsule? Navy pilots aren’t born calm, and lineworkers aren’t born good hands. These are learned behaviors cultivated through training, character development and good habit formation. As such, this article will not provide readers with a single definition of the right stuff. Instead, it will explain the origins of our natural dispositions and how we can evolve into people others trust with their lives. What You’re Born With vs. What You Build Since we’re not born ready-made for hazardous work, it is helpful to understand the raw wiring we begin our lives with and the patterns we develop over time. Temperament is your nervous system’s factory setting, the tendencies you exhibited as a toddler and probably still demonstrate today. Some of us are naturally quiet and steady while others jump right into the center of things. None of this is good or bad. It is simply your starting point. Your personality, or learned response to life, is shaped as your temperament interacts with your environment. You can thank everyone you have ever known for influencing it. Personality is the ongoing negotiation between who you are on the inside and what the external world expects of you. Some struggle with this balance, but most manage it well enough. Emotional reactions arise from the interplay of both. Like voltage seeking ground, every moment is matched against your temperament and personality. Experiences in line with your natural tendencies generate little emotional current, while those that conflict create spikes. If someone threatens your family, for example, you’ll almost certainly feel it at full wattage; less so if someone hands you a package of peanut M&M’s instead of the plain ones you prefer. Strong spikes become trigger points that can create havoc. Thankfully, David Rock, Ph.D., devised the SCARF Model, a cheat sheet for understanding these emotional triggers. In simple terms, the typical adult will have an emotional response to a perceived threat against their sense of status, certainty, autonomy, relatedness or fairness. The bigger the threat, the bigger the reaction – works every time. Consider an apprentice who has just been insulted in front of the rest of the crew. Depending on their temperament, they may react loudly and immediately or quietly a few hours later. For some it will be an immediate fistfight; others will prefer nailing your favorite hard hat to a pole when you’re not around. What Predicts Safe Behavior? Once you know what sets you off, you can train yourself to manage those triggers and influence safety in the field. Psychologists have studied five core personality traits – measured by the Five Factor Model, which has been supported by numerous studies since 1992 – that predict safety-related behavior. Taking this assessment can help you understand your temperament, personality, emotional triggers and how likely you are to work safely in hazardous conditions. The five factors are:- Conscientiousness: High assessment scores indicate deliberate, careful work. Low scores suggest carelessness.
- Neuroticism: High scores signify impulsive, reactive behavior, especially under stress. Low scores mean stability, calm and steady decision-making.
- Extroversion: High extroversion can either lead to distraction and horseplay or, with genuine competence, turn into strong, vocal advocacy for safety.
- Agreeableness: High scores mean you’re cooperative, willing to follow rules and a team player.
- Openness: Being open to untested approaches in hazardous situations can be risky, but being cautiously open to new safety tools and methods is a plus.
- Understand how thinking and emotion interact: Recognize what high-quality decisions look and feel like, especially under pressure.
- Strengthen habits: Build routines that make safe behavior automatic, not optional.
- Improve attention and focus: Stay mentally present and resist complacency.
- Visualize work processes before the day begins: Perform a mental pre-mortem – picture the job, identify hazards and make adjustments – before stepping onto the site.
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To learn more about Dr. David Rock’s SCARF model, read “SCARF: A Brain-Based Model for Collaborating With and Influencing Others” (see https://schoolguide.casel.org/uploads/sites/2/2018/12/SCARF-NeuroleadershipArticle.pdf) and “Managing With the Brain in Mind” (see https://davidrock.net/wp-content/uploads/2016/06/ManagingWBrainInMind.pdf).
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When I consider the advancements in the construction industry over the past 20 years, the emphasis on safety is one that immediately stands out. Today, we continue to strive to elevate our safety awareness, knowledge, training and program development – but that is only one side of the coin. On the…

Strategically layering moisture-wicking, flame-resistant garments can enhance worker comfort without compromising safety.
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Layering flame-resistant (FR) clothing has long been a best practice among industrial athletes. In addition to providing critical hazard protection, this tried-and-true strategy enhances user comfort by enabling industrial athletes to add or remove clothing layers as their activity level or the wea…

Robust cable identification and remote cutting practices aid utility organizations in protecting workers, preserving system integrity and complying with regulatory standards.
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A medium-voltage underground splicer’s ability to safely and correctly identify, test and cut cable is more than part of their job; it is a survival skill. These splicers must be trained to make their first cut remotely – every time – whether performing routine maintenance or responding to an emerg…

To expand our collective intelligence and better protect the workforce, we must treat all employee concerns as predictions of unwanted outcomes.
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“If you’re not prepared to be wrong, you’ll never come up with anything original.” -Sir Ken Robinson
Innately curious and hardwired to seek order, humans often grasp onto the latest ideas and inventions that help us satisfy our need to understand the world around us. Don’t believe me? Consider g…








