Steel erection is high-risk work. Here is how to plan it safely.
In this article
Why it's high risk
Ironworkers work at height, connect heavy members and coordinate with cranes. Falls and struck-by incidents are serious risks.
OSHA Subpart R
Know the steel erection requirements.
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Site-specific plan
Plan sequence, crane positions and fall protection.
Fall protection
Required at specific heights and situations.
Connectors
Special rules apply to connectors. Train them well.
Controlled decking zones
Follow rules for decking operations.
Crane coordination
Clear signals and lift plans.
Site readiness
Firm ground and access before steel arrives.
Where to start
Review the erector's site-specific safety plan before mobilization and walk the site together.
An example
A GC required a pre-erection meeting with the steel erector, crane operator and superintendent. Daily briefings kept the steel phase incident-free.
Know your numbers
Near misses, inspections and pieces set per day.
Common mistakes
No site-specific plan, weak fall protection and poor crane communication.
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Frequently asked questions
What OSHA standard covers steel erection?
OSHA's construction standard for steel erection, 29 CFR 1926 Subpart R, covers requirements such as fall protection, decking, connections and site preparation.