Construction safety incidents aren’t always caused by carelessness — new research shows boredom and attention lapses can be silent contributors.
When a safety incident happens on a construction site, managers often fall back on labels like “lazy,” “unmotivated,” or “not following procedure.”
However, new research shows that many incidents stem not from character flaws, but from attention lapses—often triggered by boredom and under-stimulation.
A Real-World Case
On one project, an excavator operator sent his oiler to restart a trash pump. While the oiler was away, the operator tracked forward just a few yards. In that brief moment, his boom struck a utility line—resulting in a recorded strike.
Policy required a ground guide at all times when tracking equipment. On paper, it was a clear violation. Yet when asked why he moved, the operator said he didn’t know—his attention had locked onto the trash pump.
The company terminated him for disregarding procedure. A skilled operator was lost, the project disrupted, and the root cause left misunderstood.
What Science Says
Recent research published in Current Psychology helps explain situations like this. The study found that individuals with ADHD traits experience boredom more intensely—not because they lack motivation, but because of how their brains regulate attention and working memory.
Key insights from the research:
- Boredom isn’t apathy. It’s the uncomfortable state of wanting to engage but failing to sustain focus.
- Attention lapses matter. Weak executive function—like difficulty juggling multiple tasks—can make people drift from procedures.
- It’s not malice. A worker might intend to follow rules but get caught in a moment when attention narrows or shifts.
In short, what appears as “complacency” may actually be an attention-control issue, especially during routine or low-stimulation work.
Why This Matters in Construction
Construction environments mix long, repetitive tasks with bursts of urgency. These rhythms create ideal conditions for boredom and attention drift.
When leaders mistake these lapses for personal failings, they risk:
- Wrongly punishing skilled workers.
- Damaging trust and morale.
- Overlooking opportunities to design safer systems.
Practical Steps for Leaders
Research highlights several ways to reduce boredom, fatigue, and attention lapses.
Here are six actionable strategies construction leaders can apply today:
1. Pause When Support Is Absent
Create a clear “pause protocol” when a ground guide or support staff steps away.
This empowers operators to stop work safely instead of feeling pressured to continue.
2. Rotate, Cross-Train, and Redesign Tasks
- Rotate crews through different roles to reduce monotony and renew focus.
- Cross-train workers so they can shift responsibilities, strengthening both engagement and resilience.
- Redesign repetitive tasks where possible—studies show this combination reduces disengagement and improves safety outcomes.
3. Manage Cognitive Fatigue
Plan shift schedules and breaks to account for mental fatigue—a proven factor in unsafe behavior.
Even brief, scheduled pauses restore focus and lower risk.
4. Use Attention Restoration Techniques
Incorporate short, nature-based breaks or visuals—trees, sky, or outdoor spaces.
Research on Attention Restoration Theory shows that exposure to natural environments resets the brain’s focus mechanisms—an easy, low-cost tactic.
5. Explore Wearable Monitoring Tools
Consider piloting wearable sensors to detect fatigue and inattention in high-risk tasks.
Technologies such as ECG (heart sensors) and GSR (skin sensors) are already showing over 90% accuracy in predicting lapses.
- ECG sensors track heart-rate variability; reduced variation can signal fatigue or loss of focus.
- GSR sensors measure subtle skin changes linked to stress or mental overload.
Together, these tools can warn of distraction before a mistake happens. While still emerging, wearables like chest straps and wristbands are being tested on active job sites today.
6. Shift Language and Culture
Replace blame-based terms like “complacency” with language that focuses on attention, working memory, or cognitive fatigue. This reframing encourages prevention, not punishment, and opens the door to system-level improvements.
Conclusion
The excavator operator wasn’t careless or defiant—he made a human error of attention during a moment when procedure, focus, and task interruption collided.
If safety leaders continue labeling every lapse as complacency, they’ll keep punishing people instead of improving systems. By recognizing boredom and attention as human factors—not flaws—we can design safer projects, retain skilled workers, and build stronger teams.
References
- Orban, S. A., & Smilek, D. (2025). Why individuals with elevated ADHD traits may experience more boredom: The role of attention control and working memory. Current Psychology. https://doi.org/10.1007/s12144-025-XXXXX
- PsyPost. (2025, September 6). Why people with ADHD may get bored more easily, according to new research. https://www.psypost.org/why-people-with-adhd-may-get-bored-more-easily-according-to-new-research/
- Matthews, G., et al. (2012). Cognitive fatigue and construction safety: A neuroscientific perspective. Journal of Construction Engineering and Management.
- SafeAtWorkCA. (2023). Job Rotation as a Safety Measure. https://www.safeatworkca.com/safety-articles/job-rotation/
- ResearchGate. (2015). Employee engagement, boredom, and frontline construction workers feeling safe in their workplace. https://www.researchgate.net/publication/284562591
- Kaplan, S. (1995). Attention Restoration Theory. Environment and Behavior, 27(1), 3–36.
- MDPI Sensors. (2023). Construction workers’ cognitive fatigue detection via wearable sensors. https://www.mdpi.com/1424-8220/23/17/7405

