Safety

A safety program only works when the whole company believes in it, from the owner to the newest apprentice. At H&M, leadership sets the expectation that no schedule, no budget, and no client pressure justifies putting a worker at risk — and then backs that expectation with the time, training, and equipment to make it real. When the people signing the checks mean it, the field can trust it.

That commitment is visible in the small things as much as the large ones: crews are expected to stop work when something is not right, and raising a concern is treated as doing the job well, not slowing it down. Stop-work authority belongs to everyone on the crew, and no one is second-guessed for using it. A culture where the newest worker can halt an unsafe task is a culture that keeps people whole.

We reinforce that culture continuously — in hiring, in onboarding, in daily conversations on site — so safety is simply how H&M people work, on the first day of a project and the last.

As an IBEW-signatory contractor, H&M staffs its projects with electricians trained through one of the most rigorous apprenticeship and journeyman programs in the trade. That training is not only about installation quality — it is where electrical workers learn to recognize hazards, work qualified around energized equipment, and apply the safety standards the trade is built on.

A qualified worker, in the language of the codes and standards that govern electrical work, is someone with the training and demonstrated skill to understand the hazards of the equipment and the methods to work around them safely. H&M builds its crews from qualified people and keeps their training current, so the person on the tools understands not just how to make the connection but how to do it without becoming the fault path.

Ongoing training keeps skills and hazard awareness sharp as codes, equipment, and methods evolve — because a program is only as strong as the knowledge of the people executing it.

Most incidents are prevented long before the tools come out — in the planning. H&M plans work through job hazard analysis, breaking a task into its steps, identifying the hazards in each, and putting controls in place before the work begins. Thinking through what could go wrong, and how to prevent it, is the single most effective safety practice on any site.

That planning carries into every shift through daily pre-task planning and toolbox talks. Before a crew starts, they walk the task together: what is being done, what has changed on the site since yesterday, what hazards are present, and what protections are required. It is a short conversation with an outsized effect, because it puts the whole crew on the same page about the risks in front of them and keeps safety a daily habit rather than an annual training.

Every project gets a site-specific safety plan built for its actual conditions — its hazards, its logistics, its coordination with other trades, and the requirements of the owner and the facility. A generic binder does not keep anyone safe; a plan written for the real site does. We build ours to meet and align with federal OSHA and Washington's WISHA requirements, and we hold the field to them.

Compliance is the floor, not the ceiling. Meeting the regulatory standard is where H&M starts, and our field leadership is responsible for making sure the plan is followed, the required protections are in place, and conditions are corrected when they drift. We coordinate our safety planning with the general contractor and the other trades so that a shared site is a safe site for everyone working in it, not just for our own crews.

Electrical work carries hazards no other trade faces — shock, arc flash, and arc blast — and it demands its own discipline. H&M works to NFPA 70E, the standard for electrical safety in the workplace, applying it to how we assess risk, establish safe work conditions, and protect workers around energized equipment.

The first rule is to work de-energized whenever it is feasible. Our crews establish an electrically safe work condition through lockout/tagout — verifying isolation and absence of voltage before hands go on the equipment — so the default is a circuit that cannot come alive unexpectedly. When a task genuinely cannot be performed de-energized, it is treated as the exception it is: an energized-work permit, an arc-flash risk assessment, appropriate boundaries, and the correct arc-rated PPE and insulated tools for the incident energy present.

Arc-flash hazard is respected, labeled, and planned for rather than assumed away. Approaching energized equipment with the wrong protection is one of the gravest risks in the trade, and H&M's practice is built specifically to keep our people outside that danger.

Much of H&M's work happens in buildings that never close — hospitals with patients on the other side of the wall, and public buildings that stay open to the people who depend on them. In those settings safety extends past our own crews to the occupants around the work, and planning has to account for both.

In healthcare, we plan and execute to Infection Control Risk Assessment (ICRA) requirements, maintaining barriers, negative pressure, and clean routing so construction never carries dust or disruption into patient care areas. We coordinate outages, temporary power, and cutovers with the facilities team so critical branches are never dark, performing disruptive work in the windows when a department can be safely taken down. In occupied public buildings, we sequence and barricade the work to keep the public safely separated from it while the building keeps operating.

Working safely inside a running critical facility is a discipline of its own — one H&M has practiced for more than twenty years in healthcare and critical environments, where the safety of the people we build around matters as much as the safety of the people building.