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Special Series: Voice of Experience – Part 1 – Accepting the Unacceptable with Danny Raines, CUSP

In this hard-hitting and deeply personal session, industry veteran Danny Raines, CUSP, challenges the “normalization of deviation” in the electrical utility industry. Drawing from decades of experience in the field, as well as his perspective as a pilot, Danny explores why skilled professionals continue to bypass safety regulations despite having better equipment and training than […]
Use of the Connector

Anatomy of a Medium-Voltage Splice

Reliable splices depend on qualified workers who deeply understand cable contents, construction and behavior when exposed to electrical stress.
Open the trench, vault or manhole. Strip back the jacket. Expose the neutrals. Remove the semicon and insulation. Crimp the connector. Rebuild the conductor shield, insulation and semicon. Seal the outside. This splicing routine eventually becomes second nature for medium-voltage cable splicers, which can make some workdays feel like a rote checklist to slog through. […]
Albertoli Art

Accelerating Safety Through Technology: A People-First Approach

Cultural readiness is required to reap the maximum benefits of new tech tools.
Utilities are investing millions of dollars in drones, automated monitoring systems and artificial intelligence applications. These tools offer unprecedented safety and operational advantages as grid complexities evolve – assuming crews willingly use them as intended. New technology should make it safer and easier for frontline workers to execute their tasks, particularly when stressed or fatigued. […]
Martin June2023 iP

Spiritual Preparation for Safer Work

Turn ideas like “I am my brother’s keeper” into consistent behavior, not merely situational intent.
The previous articles in this series examined two factors that strongly influence personal safety. Accountability is the idea that meaningful improvement begins when workers accept responsibility for their own safety decisions. Through mental preparation, workers gain an understanding of the ways in which temperament, emotional triggers and habits affect their judgment under pressure. This article […]
Vanderlin Headshot

Confronting Data Bias to Improve Safety Outcomes

Effective mitigation requires leaders to regularly audit data, standardize definitions and measurement practices, and create psychologically safe reporting environments.
In safety management, data is often treated as objective truth. Leaders use incident rates, near-miss reports, injury trends and predictive models to guide them as they prioritize risk and allocate organizational resources. Yet data can quietly mislead us, particularly when bias is embedded in what we collect and our measurement and interpretation methods. Effective, ethical […]
iP Trainer The Trainer Articles

Your Lineworkers, Your Legacy

I’m not sure how I became an analyst. It wasn’t something I planned for. Various types of analyst roles exist, but I primarily analyze incidents, breaking down and studying the elements of events to identify causes and effects. Incident analysis, done well, ultimately helps prevent undesired future outcomes. Over the last 15 years, I have […]
Incident Prevention Magazine - Utility Safety

Easing the Transition to Utility Safety Leadership

Our industry’s frontline workers are commonly promoted to supervisory positions in rapid fashion. Some struggle with the transition as they discover that their new role involves far more than increased compensation, a fancier title and the keys to a company pickup truck. This installment of “Voice of Experience” addresses important points about lineworker leadership transitions […]
Utility Safety Question & Answers

March-April 2026 Q&A

Q: Why does an EPZ pole connection need to be close to the worker’s feet? A: In an equipotential arrangement, if the bus is inadvertently energized, the length of the bonding cable from the grounded conductors to the structure will affect the voltage across the worker. The worker is only exposed if they contact the […]
iP Frontline Fundamental Articles

The Armor of Safety

Self-discipline means consistently protecting ourselves.
Discipline equals freedom. That’s a leadership dichotomy that Jocko Willink and Leif Babin address in Chapter 12 of their book “Extreme Ownership.” Similarly, in the Bible, just before instructing the Ephesians to don their spiritual armor, Paul urges Christians to live disciplined lives according to the Ten Commandments “so … that you may enjoy long […]
Incident Prevention Magazine - Utility Safety

Eliminate Hazard Awareness Delay

It’s 2 a.m. on an early fall day in Northern California’s Sierra foothills. The winter rains haven’t arrived yet. A large tree limb in the area snaps and falls on a distribution line, triggering a fault powerful enough to trip circuit breakers at a substation 15 miles away. Alarms sound in the company’s control center. […]

Special Series: Voice of Experience – Part 1 – Accepting the Unacceptable with Danny Raines, CUSP

In this hard-hitting and deeply personal session, industry veteran Danny Raines, CUSP, challenges the “normalization of deviation” in the electrical utility industry. Drawing from decades of experience in the field, as well as his perspective as a pilot, Danny explores why skilled professionals co…
Reliable splices depend on qualified workers who deeply understand cable contents, construction and behavior when exposed to electrical stress.
Open the trench, vault or manhole. Strip back the jacket. Expose the neutrals. Remove the semicon and insulation. Crimp the connector. Rebuild the conductor shield, insulation and semicon. Seal the outside. This splicing routine eventually becomes second nature for medium-voltage cable splicers, which can make some workdays feel like a rote checklist to slog through. But each procedural step exists to help ensure precision electrical devices are competently dismantled and rebuilt. Reliable execution is more likely when splicers understand the logic at the root of each step. This article ex…
Cultural readiness is required to reap the maximum benefits of new tech tools.
Utilities are investing millions of dollars in drones, automated monitoring systems and artificial intelligence applications. These tools offer unprecedented safety and operational advantages as grid complexities evolve – assuming crews willingly use them as intended. New technology should make…
Turn ideas like “I am my brother’s keeper” into consistent behavior, not merely situational intent.
The previous articles in this series examined two factors that strongly influence personal safety. Accountability is the idea that meaningful improvement begins when workers accept responsibility for their own safety decisions. Through mental preparation, workers gain an understanding of the ways i…

Vanderlin Headshot
Effective mitigation requires leaders to regularly audit data, standardize definitions and measurement practices, and create psychologically safe reporting environments.
In safety management, data is often treated as objective truth. Leaders use incident rates, near-miss reports, injury trends and predictive models to guide them as they prioritize risk and allocate organizational resources. Yet data can quietly mislead us, particularly when bias is embedded in what we collect and our measurement and interpretation methods. Effective, ethical safety leaders continuously work to recognize and address these distortions. Exploring Various Biases A widely cited World War II-era example illustrates the dangers of biased data. During the war, Allied forces st…
Effective mitigation requires leaders to regularly audit data, standardize definitions and measurement practices, and create psychologically safe reporting environments.
iP Trainer The Trainer Articles
I’m not sure how I became an analyst. It wasn’t something I planned for. Various types of analyst roles exist, but I primarily analyze incidents, breaking down and studying the elements of events to identify causes and effects. Incident analysis, done well, ultimately helps prevent undesired future…
Incident Prevention Magazine - Utility Safety
Our industry’s frontline workers are commonly promoted to supervisory positions in rapid fashion. Some struggle with the transition as they discover that their new role involves far more than increased compensation, a fancier title and the keys to a company pickup truck. This installment of “Voice…

Utility Safety Question & Answers
Q: Why does an EPZ pole connection need to be close to the worker’s feet? A: In an equipotential arrangement, if the bus is inadvertently energized, the length of the bonding cable from the grounded conductors to the structure will affect the voltage across the worker. The worker is only expose…
iP Frontline Fundamental Articles
Self-discipline means consistently protecting ourselves.
Discipline equals freedom. That’s a leadership dichotomy that Jocko Willink and Leif Babin address in Chapter 12 of their book “Extreme Ownership.” Similarly, in the Bible, just before instructing the Ephesians to don their spiritual armor, Paul urges Christians to live disciplined lives accordi…

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Special Series: Voice of Experience – Part 1 – Accepting the Unacceptable with Danny Raines, CUSP

In this hard-hitting and deeply personal session, industry veteran Danny Raines, CUSP, challenges the “normalization of deviation” in the electrical utility industry. Drawing from decades of experience in the field, as well as his perspective as a pilot, Danny explores why skilled profe…

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Special Series: Voice of Experience – Part 1 – Accepting the Unacceptable with Danny Raines, CUSP

In this hard-hitting and deeply personal session, industry veteran Danny Raines, CUSP, challenges the “normalization of deviation” in the electrical utility industry. Drawing from decades of experience in the field, as well as his perspective as a pilot, Danny explores why skilled professionals co…
Use of the Connector
Reliable splices depend on qualified workers who deeply understand cable contents, construction and behavior when exposed to electrical stress.
Open the trench, vault or manhole. Strip back the jacket. Expose the neutrals. Remove the semicon and insulation. Crimp the connector. Rebuild the conductor shield, insulation and semicon. Seal the outside. This splicing routine eventually becomes second nature for medium-voltage cable splicers…

Albertoli Art
Cultural readiness is required to reap the maximum benefits of new tech tools.
Utilities are investing millions of dollars in drones, automated monitoring systems and artificial intelligence applications. These tools offer unprecedented safety and operational advantages as grid complexities evolve – assuming crews willingly use them as intended. New technology should make…
Martin June2023 iP
Turn ideas like “I am my brother’s keeper” into consistent behavior, not merely situational intent.
The previous articles in this series examined two factors that strongly influence personal safety. Accountability is the idea that meaningful improvement begins when workers accept responsibility for their own safety decisions. Through mental preparation, workers gain an understanding of the ways i…
Vanderlin Headshot
Effective mitigation requires leaders to regularly audit data, standardize definitions and measurement practices, and create psychologically safe reporting environments.
In safety management, data is often treated as objective truth. Leaders use incident rates, near-miss reports, injury trends and predictive models to guide them as they prioritize risk and allocate organizational resources. Yet data can quietly mislead us, particularly when bias is embedded in w…
iP Trainer The Trainer Articles
I’m not sure how I became an analyst. It wasn’t something I planned for. Various types of analyst roles exist, but I primarily analyze incidents, breaking down and studying the elements of events to identify causes and effects. Incident analysis, done well, ultimately helps prevent undesired future…

In this hard-hitting and deeply personal session, industry veteran Danny Raines, CUSP, challenges the “normalization of deviation” in the electrical utility industry. Drawing from decades of experience in the field, as well as his perspective as a pilot, Danny explores why skilled professionals continue to bypass safety regulations despite having better equipment and training than ever before.

 

Through a series of real-world case studies and sobering accident investigations, this program dissects the thin line between “operating by the rules” and true operational excellence. Danny reminds us that while we can work in an unacceptable manner for years without incident, we are simply increasing the odds of a catastrophic failure. It is a call to action for every employee to become their “brother’s keeper” and refuse to let the unacceptable become the standard.

 

Part 1: The Illusion of Experience and the Cost of Compromise

In the first half, Danny discusses the origins of the “Accepting the Unacceptable” program and the alarming statistics of human error.

 

  • The Risk of “It Ain’t My Job”: How a lack of ownership leads to system unreliability and hazardous conditions for the next crew.
  • The Experience Trap: Why veteran linemen often fall victim to complacency while newer workers suffer from a lack of quality mentorship.
  • Minimum vs. Excellent: A breakdown of why following OSHA regulations is merely the “legal minimum” and not the same as operating at an excellent safety level.

 

Part 2: Leadership, Human Performance, and the Art of the Craft

In the second half, Danny delves into the psychology of human performance and the heavy burden of leadership.

 
  • The Pilot’s Perspective: Comparing “Cockpit Resource Management” to the teamwork required in a bucket truck to prevent fatal mistakes.

  • Non-Verbal Endorsements: The dangerous message sent when a leader watches an unsafe act and says nothing, essentially “signing off” on the risk.

  • The Artist in the Field: A final reflection on moving from being a laborer to a “craftperson” and ultimately an “artist” who works with hand, brain, and soul.

Question & Answer

1. What is Danny Raines’ definition of “Accepting the Unacceptable”? It is defined as accidents or close calls caused by human performance failures or leadership accepting less than what is required by standards and regulations.

 

2. Why does Danny believe that following regulations is not enough? He argues that regulations and industry standards represent the minimum precautions required to be “legal,” but they do not equate to operational excellence or the highest level of safety.

 

3. What is a “non-verbal endorsement” in a safety context? It is when a leader or peer witnesses an unsafe act and remains silent. This silence sends a message to the rest of the crew—especially inexperienced members—that the behavior is acceptable.

 

4. According to the transcript, who is ultimately responsible for safety on the job site? While the employer is legally responsible and accountable to OSHA, the transcript emphasizes that the employee is the only one who can identify and correct unacceptability the moment it happens on-site.

 

#LinemanSafety #OperationalExcellence #UtilityIndustry #HumanPerformance #SafetyLeadership #DannyRainesCUSP

 

Subscribe to Incident Prevention Magazine – https://incident-prevention.com/subscribe-now/

Register for the iP Utility Safety Conference & Expo – https://utilitysafetyconference.com/

 

The Voice of Experience with Danny Raines podcast is produced by the same team that publishes Incident Prevention. It delivers insights based on Danny’s regular column in the magazine, also called the Voice of Experience. To listen to more episodes of this podcast, as well as other podcasts we produce, visit https://incident-prevention.com/podcasts. You can reach Danny at rainesafety@gmail.com

Purchase Danny’s Book on Amazon – https://a.co/d/04PvuEyn

 

_______________________________

This podcast is sponsored by T&D Powerskills. If you are looking for a comprehensive lineworker training solution, visit tdpowerskills.com today and use the exclusive podcast listener promo code IP2026 to receive a 5% discount!

Use of the Connector
Reliable splices depend on qualified workers who deeply understand cable contents, construction and behavior when exposed to electrical stress.
Open the trench, vault or manhole. Strip back the jacket. Expose the neutrals. Remove the semicon and insulation. Crimp the connector. Rebuild the conductor shield, insulation and semicon. Seal the outside. This splicing routine eventually becomes second nature for medium-voltage cable splicers, which can make some workdays feel like a rote checklist to slog through. But each procedural step exists to help ensure precision electrical devices are competently dismantled and rebuilt. Reliable execution is more likely when splicers understand the logic at the root of each step. This article explores that logic in greater detail. Examining the Layers A modern medium-voltage cable, whether insulated with cross-linked polyethylene (XLPE) or ethylene propylene rubber (EPR), is built in layers from the inside out. The conductor is at the center. A semiconductive strand shield (conductor shield) sits around it, covered by a thick layer of insulation. Atop that insulation is a second semiconductive layer (insulation shield), followed by a metallic shield or concentric neutral, and finally a protective jacket. During manufacturing, each cable layer is extruded and assembled in controlled factory conditions to create a smooth, predictable electric field from the conductor to ground. Cutting into the cable interrupts its field control system, designed by the manufacturer to last decades. Industry professionals use splice and termination kits to reconstruct these systems. Reconstruction work begins with the conductor, which could be copper or aluminum, concentric or compact stranded. Splicers must confirm correct installation of connectors. Ideally, conductor and connector metals will be the same; copper-aluminum connections risk corrosion. Note that an under-crimped connector or a connector with the wrong die marks is a built-in hot spot. Adequate crimping squeezes the metal to create a low-resistance, mechanically strong joint that will not loosen, shift or change shape under thermal cycling or fault current. Inadequate crimping means extra heat during normal operation that stresses insulation from the inside out. Smoothing the Electric Field Surrounding the conductor is the inner semiconductive layer, also called the conductor shield. Its job is to smooth the electric field at the conductor’s surface. A stranded conductor is full of sharp edges and tiny gaps. If we directly apply insulation over those strands, the electric field will concentrate at each strand tip and across each tiny air pocket. Those spots can ionize under medium-voltage stress, prompting partial discharge that erodes insulation. The conductor shield fills the voids, bonds to the insulation, and presents a smooth, nearly cylindrical surface at the same potential as the conductor. When stripping this layer during a splice, use specialized tools and correct depth settings to ensure a clean finish with no ridges or gouges. These are not cosmetic efforts; a single nick in the insulation or jagged edge left on the conductor shield is a future stress point that could lead to breakdown. The main insulation layer, either XLPE or EPR, blocks system voltage from ground. It is more than thick rubber or plastic, polarizing when voltage is applied. The electric field sets up radially from the conductor to the insulation shield. Stress is highest at the inner surface, near the conductor; it is lowest at the outer surface. Cable manufacturers spec materials and thicknesses to ensure maximum stress does not exceed insulation breakdown strength or the level at which partial discharges will begin. Stress is best handled by smooth, uniform insulation. Employers and trainers take note: Because weak points typically result from scratches, inadvertent cuts, contaminants and moisture on insulation surfaces, splicers must be qualified to use specialized tools, strip cable in a controlled fashion, and competently clean tools, cable and equipment. Weak points are the reason insulation levels exist. Clearly, the wall of a 15-kV cable with 133% insulation is thicker than one with 100% insulation. Thick insulation is intended for systems in which ground faults could take up to an hour to clear. Thinner, 100% insulation is not designed for those conditions (clears a fault in 60 seconds or less). Critically, as we choose cables and accessories, we also choose our dielectric margins should something go wrong. Uniform Ground Potential A cable’s outer semiconductive layer is functionally similar to the conductor shield, managing the electric field at the insulation’s outer surface. This layer bonds to the insulation, keeping its surface at a uniform ground potential. During normal operation, the electric field is almost entirely located between the conductor and this shield; little of it exists in the jacket or surrounding soil and air, which explains why a qualified person can safely touch a grounded shielded cable that contains thousands of volts. Splicers must cut back this outer semicon layer to the exact length specified by the splice or termination kit’s instructions. The cutback distance, the straightness and smoothness of its edge, and the exposed insulation’s cleanliness are nonnegotiable details, determining how electrical stress will behave once the splice or termination is energized. A crooked or ragged semicon edge elevates local stress. Dirt and moisture encourage tracking. When we take time to perfectly dress the edge, we are shaping the future electric field. Metallic Shield and Outer Jacket Functionality Depending on the cable, the metallic shield located outside the insulation shield could consist of helically wrapped concentric copper neutrals, flat copper straps, copper tape with overlap, or a corrugated metal sheath. This shield performs critical functions: providing a low-impedance path for fault current; allowing protective devices to clear faults quickly; carrying the small charging current that flows through the insulation during normal operation; and confining the electric field, limiting stress exposure. In many distribution designs, the metallic shield also serves as the return path for unbalanced load current. Any cuts to the cable also cut the metallic shield. If we do not restore continuity using properly sized and installed bonds, braids and spring clamps, we change how future faults will travel and where voltage will rise during abnormal conditions. Floating and poorly bonded shields are associated with dangerous potentials, delayed fault clearings and changes in electric field behavior near splices. Bonds are rebuilt by gathering every neutral wire and reattaching them according to the company’s approved reshielding process, restoring the safety system surrounding the insulation. A cable’s outer jacket prevents water penetration, defends neutrals against corrosion, and safeguards shields and insulation from physical damage. When we strip the jacket to make a splice, we create a potential path for water entry. Modern cable manufacturers use water-swellable tapes and powders to address this reality, but they also rely on good seals. Some splice and termination kits call for use of specific mastics and sealant wraps and instruct users to add rejacketing sleeves over their splices; these actions greatly assist in protecting a cable’s contents. Moisture, corrosion and thermal cycling undermine splices that are electrically perfect but poorly sealed, leading to their eventual failure. Geometric Stress Control The cable layers described above work together to control electrical stress. The stress present in an intact section of cable is purely radial and behaviorally predictable. Trouble begins with the introduction of a shield cutback, termination or other discontinuity point where the electric field must bend. In those cases, the field no longer runs straight out from the conductor, instead curling along the insulation’s surface and into the surrounding air, causing longitudinal stress and creating areas in which the field can potentially bunch up. If the outer shield ends abruptly, with bare insulation continuing, the electric field crowds around that sharp edge. Concentrated stress under operating voltage produces corona and tracking, especially in humid and contaminated conditions, eroding materials and potentially leading to a flashover or failure. Geometric stress control (i.e., the use of shape to spread out the electric field) solves the problem. The stress cones and internal contours of premolded and cold-shrink terminations and taped splices are designed to extend a conductive or semiconductive surface beyond the shield edge so that potential drops gradually over a longer path. Capacitive and resistive stress grading using tapes and mastics with special electrical properties takes this idea one step further. Applied in precise patterns at the shield cutback, the materials pull some of the electric field into themselves, distributing the voltage drop over their length. Pattern instructions that call for an exact number of half-lapped layers, starting precisely at the semicon edge and ending at a specified distance, are the result of laboratory design and testing. Conclusion A medium-voltage splice is a field-built extension of a cable’s original design. The conductor must be solid and correctly installed. Its surrounding conductor shield and insulation must be uniform and clean. The semiconductive layer must reestablish smooth electric field boundaries. The metallic shield must be continuous and grounded. The jacket must seal and prevent water and other physical damage. When medium-voltage splicers understand why each cable layer exists, a splice or termination kit’s instructions begin to look less like suggestions and more like what they truly are: a roadmap to restoring a cable’s safe, factory-quality performance. Well-made splices disappear into lines, quietly doing their work during storms and faults without drawing attention. Achieving that level of reliability is a direct result of qualified splicers who understand cable contents and construction, how electrical stress behaves inside cable, and the significance of each cut, crimp and wrap. About the Author: Mark Savage is the owner of DeadBreak, a service-disabled veteran-owned small business providing underground distribution and transmission training, consulting and field services. A U.S. Marine Corps veteran with over 25 years of experience in underground construction and emergency response, Savage is a credentialed journeyman cable splicer/lineman and qualified medium-voltage splicing trainer. Reach him at msavage@deadbreak.us.
Albertoli Art
Cultural readiness is required to reap the maximum benefits of new tech tools.

Accelerating Safety Through Technology: A People-First Approach

Utilities are investing millions of dollars in drones, automated monitoring systems and artificial intelligence applications. These tools offer unprecedented safety and operational advantages as grid complexities evolve – assuming crews willingly use them as intended. New technology should make it safer and easier for frontline workers to execute their tasks, particularly when stressed or fatigued. Deploying drones to conduct post-storm inspections, for instance, keeps workers safely distanced from hazardous areas while potentially speeding up triage efforts. Digital pre-job briefing forms…
Martin June2023 iP
Turn ideas like “I am my brother’s keeper” into consistent behavior, not merely situational intent.
The previous articles in this series examined two factors that strongly influence personal safety. Accountability is the idea that meaningful improvement begins when workers accept responsibility for their own safety decisions. Through mental preparation, workers gain an understanding of the ways in which temperament, emotional triggers and habits affect their judgment under pressure. This article builds on those concepts by addressing spiritual preparation, a third factor not nearly as commonly discussed that nevertheless plays a critical role in how people behave on the job. Spiritual preparedness is not necessarily about religion (although it could be) or belief systems imposed by organizations. Rather, it is an individual’s collection of commitments, fueled by an internal source of strength that provides identity, purpose and meaning during adversity. Taking Risks When We Know Better In safety-critical lines of work, clarifying and honoring one’s source of strength and associated commitments often helps employees follow the rules they know are right instead of taking shortcuts that feel easier in the moment. Many serious injuries have occurred because people knew better and broke the rules anyway – not because they weren’t aware of the rules. Every day, lineworkers and other employees make tradeoffs because they think, “The odds are low that this will go wrong,” “I’ve done this a hundred times,” or “This will only take a second.” These decisions feel completely rational in the moment, like jaywalking when traffic seems light. No one wants to be hurt or killed, naturally, but people don’t always experience risk in a consistent manner. In a nutshell, safety professionals strive toward zero risk. Frontline workers manage perceived risk. When a worker’s task appears routine with little probability of harm, rules can feel like inconveniences whose costs outweigh the benefits. It is in that gap – the one between how organizations think about risk and how frontline workers experience it – where people get hurt. So, how do we bridge the gap? What can we do to help people further lower their injury risk even when it doesn’t feel necessary to them? The answer isn’t more rules. It’s spiritual preparation: strengthening the internal commitments that guide human behavior when risk feels acceptable. The Limits of Policies and Procedures Organizational policies and procedures are developed under the assumption that employees will act rationally and consistently in all conditions. Realistically, stress and fatigue affect human decision-making. When those influences are strong, even well-designed rules can lose their power. This is why incident investigators so often discover that the individuals involved understood the hazards and knew the correct procedures yet still made different choices. Such behavior is not primarily driven by training or policy but by what the individuals valued most in the moment (e.g., speed, group acceptance, avoiding hassle, simply getting the job done). That behavioral shift is exactly why spiritual preparation matters; it is when a person’s moral code enters the picture. Lineworkers rely on pole partners near energized conductors because a second set of eyes can catch things a lone worker might miss. Professional divers operate the same way underwater. However, these systems only work when both people genuinely believe they are responsible for each other’s safety, not just their own. Written rules are not the source of that belief. It is a deeply held internal standard, a personal moral code that firmly states, “I don’t look the other way when someone next to me is at risk.” The U.S. military provides a clear example of how powerful this can be. When a fellow soldier is injured in combat, our self-preservation instinct tells us to seek cover. Yet soldiers stay put because they are anchored to the commitment that they will not leave anyone behind despite their own fear. The strength of their personal and collective moral codes is what enables them to act against their instincts. Civilian work is different, but the mechanism is the same. Employees who have clarified their own moral code – those values and commitments they refuse to violate – are far less likely to drift into unsafe behavior under difficult conditions. Spiritual Preparation and Safety Performance Again, spiritual preparation is the work of identifying and strengthening that code. It addresses a segment of safety performance that exists below conscious human awareness, influencing what happens when someone knows the right thing to do but feels pressure to do something else. Without making clear commitments, people are more susceptible to fatigue, rushing, overconfidence and unspoken group norms. Moral clarity makes those pressures easier to resist because decisions are anchored to something deeper than convenience or habit. In practical terms, spiritual preparation helps turn ideas like “I am my brother’s keeper” into consistent behavior, not merely situational intent. Building a Spiritual Foundation Developing a personal moral code doesn’t happen by accident. Employees in high-risk professions have long relied on proven approaches to clarify their values and strengthen their ability to act consistently under pressure. Three of these proven approaches are described below for the reader’s consideration. 1. Arete: Excellence of Character Rooted in classical philosophy, “arete” (ahrehtay) means excellence of character. It’s the idea that under pressure, people fall back on who they believe they are rather than what they intend to do. Arete focuses on aligning one’s identity, habits and behavior so that internal standards remain steady even when shortcuts appear tempting. From a safety perspective, this strengthens the internal voice that says, “This risky choice does not align with who I am or how I want to be known.” “Premeditatio malorum” – Latin for “premeditation of evils” – is one concept I’ve found particularly helpful. The phrase is inscribed on a small coin I keep with me, an unwavering reminder to think through likely problems before they occur. While the coin’s wording reflects ancient hardships, I’ve adapted the idea to modern work situations, including winter storms, incorrect circuit maps, missing equipment and poor planning. Taking time to think through these scenarios in advance makes it easier to respond calmly, deliberately and safely if they do occur. I also recommend reviewing Brian Johnson’s Philosopher’s Notes (see www.philosophersnotes.com), which combine ancient wisdom and modern psychology in short, easy-to-read installments. They are inspiring to read and directly applicable to our work. 2. The U.S. Army: Spiritual Fitness Under Adversity Spiritually fit individuals possess an internal source of strength that provides them with identity, purpose and meaning during adversity, according to the U.S. Army. That source could be faith, duty, service, loyalty or promises made to others. In the Army, spiritual fitness is supported by both the chain of command and the storied Chaplain Corps. Our deeply held beliefs help us sustain disciplined behavior when stress, fear and exhaustion take over. Law enforcement officers, firefighters and emergency responders rely on similar internal moral codes every day, often supported by chaplains, because the codes help them function reliably in high-consequence situations. I witnessed this firsthand while working as a switching center supervisor during a period of civil unrest in Los Angeles. Several of us stayed on duty for days. First the U.S. Marines secured the intersection outside the station, and then the National Guard moved directly into the facility while we continued to operate the system citywide. It was a tragic situation, but the team drew on a shared sense of duty to restore and maintain service. No one questioned staying or doing what needed to be done. That kind of reliability under pressure is a product of clear internal commitments – not rules – the same foundation the Army refers to as spiritual fitness. 3. Fuller Seminary: Meaning and Connection Fuller Seminary’s Thrive model (see https://thethrivecenter.org/explore) suggests that people find meaning when they feel a sense of connection to something larger than themselves. Judgment improves when work is clearly tied to contribution and responsibility to others. Unsafe behavior becomes harder to self-justify. The Thrive model focuses on preparation rather than control. Since it is impossible to prevent every challenge we will face on the job, it makes sense to concentrate on fortifying ourselves in advance so that we respond well when conditions inevitably deteriorate. In this sense, spiritual health works like physical conditioning, improving how we perform under stress. What does this require from a practical standpoint? You must clarify what matters most to you; build daily habits that support safe decision-making; stay connected to those you work and live with; and periodically assess whether your actions still match the kind of worker and teammate you want to be. I found the Fuller concepts invaluable during periods of organizational upheaval, including layoffs, station closures, involuntary reassignments, and in the aftermath of serious injuries and fatalities. Those experiences pushed me to reconsider the broader arc of my life and take comfort in what exists beyond work. Why This Matters The persistence of serious injuries and fatalities in the utility industry indicates that safety efforts must continue to evolve. Spiritual preparation is designed to help us better control our behavior. It is much like defensive driving on a larger scale; think of it as defensive working. This preparation helps people clarify what they stand for before they find themselves under pressure. A worker armed with a clear personal moral code has something solid to rely on when their instincts and emotions could lead to poor choices. Professionals who operate in exceedingly high-risk environments (U.S. Army soldiers, for example) have learned that distinct moral commitments are essential to reliable performance. There is no reason the same principles cannot apply to us. Human behavior is often based on unconscious drivers. Spiritual preparation matters because it improves our behavioral consistency when conditions are at their worst. That consistency under pressure is one of the strongest predictors of whether a worker goes home safely at the end of each day. About the Author: Tom Cohenno, Ed.D., CSP, CUSP, NBC-HWC, is a recognized safety expert and principal of Applied Learning Science (https://appliedlearningscience.com). With deep academic and operational experience as a U.S. Navy veteran, substation chief and former utility executive, he blends real-world insight with evidence-based research to deliver practical, impactful safety solutions.
Vanderlin Headshot
Effective mitigation requires leaders to regularly audit data, standardize definitions and measurement practices, and create psychologically safe reporting environments.
In safety management, data is often treated as objective truth. Leaders use incident rates, near-miss reports, injury trends and predictive models to guide them as they prioritize risk and allocate organizational resources. Yet data can quietly mislead us, particularly when bias is embedded in what we collect and our measurement and interpretation methods. Effective, ethical safety leaders continuously work to recognize and address these distortions. Exploring Various Biases A widely cited World War II-era example illustrates the dangers of biased data. During the war, Allied forces studied returning aircraft to determine where additional armor was needed. Analysts initially recommended reinforcing areas with the most visible bullet holes. Statistician Abraham Wald challenged this reasoning, highlighting what is now known as survivorship bias. He observed that the only aircraft analyzed were those that survived their missions. Aircraft that failed to return home had likely sustained catastrophic damage to areas where no bullet holes were observed on the surviving planes. Wald’s insight suggested that undamaged areas required reinforcement, not the visibly damaged ones. Survivorship bias remains a powerful warning for leaders whose safety programs rely on incomplete or filtered data. However, it is only one source of potential distortion. Selection bias occurs when data is drawn from an unrepresentative sample. In a utility environment, this could happen when organizations heavily rely on information from crews or regions with strong reporting cultures while underestimating risk in areas where incidents and near misses are less likely to be reported. Leaders may inadvertently prioritize the wrong hazards when the dataset does not reflect the entire population. Even when data is broadly collected, confirmation bias can still emerge (i.e., leaders subconsciously favor data that supports their existing beliefs or assumptions). For example, if management believes a particular work practice is safe, near-miss data that challenges their belief may be discounted or dismissed as anomalous. Over time, selective interpretation reinforces blind spots and weakens organizational learning. Measurement bias can be introduced at the point of data capture, resulting in inconsistently defined or poorly standardized safety data. Metrics that depend on subjective judgment – such as what qualifies as a safety observation or near miss – can vary widely among supervisors, crews and contractors. When measurement practices differ, trends become unreliable and comparisons across departments or time periods lose meaning. Historical bias arises when data reflects outdated assumptions, norms or exclusions that no longer align with today’s workforce or operating environments. Caroline Criado Perez’s book “Invisible Women: Data Bias in a World Designed for Men” highlights how systems built on incomplete data can overlook entire populations. In safety-critical industries, this could appear in PPE design, equipment ergonomics or training materials developed for a narrow segment of the workforce, leaving others at elevated risk. More recently, algorithmic bias has emerged as organizations increasingly adopt predictive analytics and other safety tools driven by artificial intelligence, which can inherit and amplify patterns embedded in historical data. Any algorithms trained using past incident data that underrepresents certain hazards, job roles or worker groups may consistently underestimate risk in those areas. Since algorithmic outputs often appear objective, this bias can be difficult to detect and challenge without deliberate oversight. Overcoming Vulnerabilities Embedded bias distorts safety intelligence and can create organizational vulnerabilities. Resources may be misdirected. Early warning signs could be missed. Emerging hazards might remain invisible until a serious incident occurs. Overreliance on lagging indicators like recordable injury rates could create a false sense of security, especially in high-risk utility operations. Biased data can also further erode trust. Reporting declines when frontline workers witness leadership decisions that conflict with their lived experiences, deepening the data gap. Despite these risks, high-quality data remains indispensable to effective safety management, enabling organizations to identify trends, prioritize controls, evaluate interventions, and shift from reactive responses to proactive prevention. Decisions made without data are often driven by anecdotes and intuition. The challenge, therefore, is not whether to use data but how to use it thoughtfully and with full awareness of its limitations. Recognizing bias is the first step. Leaders should routinely ask, who is missing from this dataset? What assumptions shaped these metrics? What risks could be hidden? A questioning approach encourages more accurate, proactive, ethical decision-making. Leaders who understand bias are more likely to consult multiple data sources, blending quantitative indicators with qualitative insights from job observations, worker feedback and learning teams. Most importantly, confronting data bias helps to ensure that safety systems are designed to protect all workers, not just those most visible in the data. Intentional effort is required to turn awareness into action. Organizations must routinely audit safety data for gaps and inconsistencies, standardize definitions and measurement practices, and foster psychologically safe reporting environments. As use of predictive analytics and other AI tools expands, transparency and human oversight are essential. Leaders must treat model outputs as decision aids – not decision-makers – and be accountable for how data-driven insights are applied in the field. Conclusion Numbers carry authority, shaping organizational budgets, priorities and narratives. However, as Abraham Wald demonstrated decades ago, some of our greatest threats may never appear in the data we see. Safety leaders who understand and deliberately question, test and correct for biases ultimately position their organizations to more effectively mitigate risk. About the Author: Gina Vanderlin, CSP, CHMM, CIT, CUSP, is the customer operations health and safety program manager at PSEG Long Island. With over 15 years of experience leading EHS initiatives in high-reliability industries, she remains passionate about elevating safety from a compliance function to a strategic driver of culture, engagement and operational excellence. Reach Vanderlin at gina.vanderlin@psegliny.com.

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In this hard-hitting and deeply personal session, industry veteran Danny Raines, CUSP, challenges the “normalization of deviation” in the electrical utility industry. Drawing from decades of experience in the field, as well as his perspective as a pilot, Danny explores why skilled professionals co…
Use of the Connector
Reliable splices depend on qualified workers who deeply understand cable contents, construction and behavior when exposed to electrical stress.
Open the trench, vault or manhole. Strip back the jacket. Expose the neutrals. Remove the semicon and insulation. Crimp the connector. Rebuild the conductor shield, insulation and semicon. Seal the outside. This splicing routine eventually becomes second nature for medium-voltage cable splicers…
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Cultural readiness is required to reap the maximum benefits of new tech tools.
Utilities are investing millions of dollars in drones, automated monitoring systems and artificial intelligence applications. These tools offer unprecedented safety and operational advantages as grid complexities evolve – assuming crews willingly use them as intended. New technology should make…
Martin June2023 iP
Turn ideas like “I am my brother’s keeper” into consistent behavior, not merely situational intent.
The previous articles in this series examined two factors that strongly influence personal safety. Accountability is the idea that meaningful improvement begins when workers accept responsibility for their own safety decisions. Through mental preparation, workers gain an understanding of the ways i…