Workplace safety, leadership and risk insights from the Headline Podcast editorial team.
Por Andreza Araujo Host & Editorial Lead
Category
Corrie Pitzer's Episode 9 argument is a warning about control dependence. An alarm can add protection, but if the design removes human verification, people may stop looking for changing conditions and become passive recipients of a signal that can arrive late or fail entirely.
Night work creates a safety exposure that ordinary daytime dashboards often hide. This diagnostic guide shows four signals that reveal when fatigue, reduced supervision, and degraded controls are changing the risk of a shift.
A practical eight-step method for checking excavation edges before entry, exposing weak barriers, changing ground conditions, and unclear accountability.
Safety risk often enters through procurement before operations ever receive the equipment. This F1 diagnostic gives EHS, engineering, and operations leaders four questions that expose unsafe design assumptions, weak maintainability, incomplete commissioning evidence, and supplier claims that cannot survive field conditions.
The hierarchy of controls is a decision order, not a poster. This explainer shows what each level changes, where it becomes fragile, and how leaders can verify protection.
Safety-critical elements are safeguards whose failure could create a major consequence. These four tests help leaders verify that each barrier remains dependable in real work.
A lifting plan is ready only when the load, equipment, people, route, and stop conditions are clear enough to verify before movement begins.
A safety-critical task is defined by consequence and control dependence. Use four conditions to decide whether work is ready, constrained, paused, or escalated.
A portable ladder is ready only when its condition, setup, task, and user controls fit together. This eight-step guide helps supervisors and workers verify the ladder, surrounding area, climbing method, and decision triggers before use.
A confined-space permit authorizes the work, atmospheric monitoring tests live conditions, and rescue readiness limits the consequence of failure. This comparison helps supervisors and EHS leaders decide how the three controls should work together before and during entry.
