Steel erection JHA: job hazard analysis example and generator

A steel erection JHA starts with pre-planning: the written notifications, site layout and lift plan. It then covers hoisting and rigging, connecting, work at height, decking, welding and bolting. The references are in 29 CFR 1926 Subpart R (1926.750–1926.761). Under Subpart R, general fall protection applies above 15 feet.

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Draft only. Every JHA is a draft and must be reviewed by a competent person for the specific site before work begins. JHABox is not affiliated with OSHA or the US Department of Labor.

Structural iron and steel workers had a fatal-injury rate of 37.8 per 100,000 full-time workers in 2024, according to the Bureau of Labor Statistics (BLS). General contractors (GCs) almost always ask for JSAs (job safety analyses) on steel erection, miscellaneous metals, and hoisting.

Common steel erection hazards

Falls from beams, columns and decking
Struck by or crushed under suspended loads
Members released before they are secured
Fire and burns from welding and cutting
Wind lifting deck sheets

Sample steel erection hazard table

Sample from the JHABox steel erection library. Example task: “Erect and bolt a two-story steel frame with metal deck” at a Florida address. Showing 5 of 9 steps.

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Swipe sideways to see the full table.

#	Job step	Potential hazards	Risk before controls	Controls	Risk after controls	29 CFR reference
1	Pre-planning: notifications, site layout and lift plan	Erecting on concrete or anchor bolts that are not ready Crane on soft or poorly drained ground	HHigh	Obtain the controlling contractor's written notifications before erection starts Confirm access roads and a firm, drained laydown and crane area Pre-plan all hoisting operations	MMedium	1926.752(a) 1926.752(c) 1926.752(d)
2	Hoisting and rigging steel members	Struck by or crushed under suspended loads Rigging failure Crane contact with power lines	HHigh	Competent person inspects the crane before each shift Pre-plan load routes so nobody works directly below a suspended load Inspect rigging before use; tag lines on every load	MMedium	1926.753(c)(1) 1926.753(d)(1) 1926.753(d)(2)
3	Connecting and initial bolting	Fall from beams and columns Member released before it is secured Pinch points at connections	HHigh	Connectors protected per the fall protection rules; trained in connecting procedures Do not release the hoisting line until the member is secured as required Keep hands clear; use drift pins	MMedium	1926.760(b) 1926.756(a)(1) 1926.761(c)(2)
4	Working at height on steel (over 15 ft)	Falls to lower levels Falls through deck openings	HHigh	Fall protection for anyone on a surface more than 15 ft above a lower level Fall hazard training by a qualified person Inspect harness and lanyard before each use	MMedium	1926.760(a)(1) 1926.761(b) 1926.502(d)(21)
5	Metal decking	Bundles sliding or dropping Wind lifting loose sheets	HHigh	Hoist and land bundles per the decking rules; don't use packaging straps for hoisting unless designed for it Secure sheets as they are placed; stop in high winds	MMedium	1926.754(e)(1)

Risk = Severity × Likelihood on a 3×3 matrix (1–2 Low, 3–4 Medium, 6–9 High). Citations link to the Electronic Code of Federal Regulations (eCFR).

Relevant 29 CFR 1926 subparts

RSubpart R: Steel Erection1926.750–1926.761 CCSubpart CC: Cranes and Derricks in Construction1926.1400–1926.1442 JSubpart J: Welding and Cutting1926.350–1926.354 ESubpart E: Personal Protective and Life Saving Equipment1926.95–1926.107

Key paragraphs we cite

1926.760(a)(1)Fall protection on surfaces more than 15 ft above a lower level
1926.752(a)Controlling contractor’s written notifications before erection starts
1926.753(d)(1)Pre-plan load routes so no one works directly below a suspended load
1926.761(b)Fall hazard training by a qualified person

Checked against the eCFR (Title 29, as amended through October 14, 2026). Confirm the current text, and any state plan rules that apply to your site.

Florida job sites

Florida: wind and lightning on open steel

Open steel is the worst place to be when a summer storm builds. JHABox steel drafts for Florida add the lightning stop-work note and a stop-in-high-winds control on decking.

Steel erection JHA FAQ

Does OSHA require a written steel erection JHA?

Federal OSHA has no construction standard that requires a document called a “JHA” (job hazard analysis). You still have to meet the specific 29 CFR 1926 standards for the work and run the accident-prevention program in 1926.20(b). General contractors (GCs), owners, and the US Army Corps of Engineers (USACE) often require one. USACE calls it an Activity Hazard Analysis.

Is a site-specific erection plan always required?

No. Under 1926.752(e), a site-specific erection plan is required where the employer chooses alternate means and methods for certain requirements (for example under 1926.753(c)(5) or 1926.757). JHABox lists it as an optional item you can check if it applies.

Can I hand this straight to my general contractor?

Not without review. Every JHABox document is a draft. A competent person (someone who can identify the hazards and is authorized to correct them) has to check it for that site, adjust it to real conditions, and sign it before work starts. JHABox is not affiliated with OSHA.

Is the Spanish version included?

Yes. Pick Spanish on the build form and the whole document comes out in Spanish, including the hazard table, personal protective equipment (PPE) list, and crew sign-off sheet. A paid document includes both languages.

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