Steel Erection Safety

Upon completing this program, participants will be able to:

• Interpret and apply OSHA 29 CFR 1926 Subpart R (Steel Erection) requirements section by section, understanding the specific provisions that govern site layout, hoisting, structural assembly, fall protection, and training for steel erection operations.
• Evaluate site layout and construction sequence requirements per §1926.752: site access, pre-planning coordination between the controlling contractor and steel erector, adequate crane access, and the conditions that must be met before steel erection begins.
• Apply hoisting and rigging safety requirements per §1926.753: crane selection and capacity verification for steel erection lifts, rigging inspection, multiple-lift rigging procedures, load securement, tag line management, and the coordination between crane operators, signal persons, and connectors.
• Evaluate structural steel assembly requirements per §1926.754: anchor bolt verification, column stability (minimum of four anchor bolts per column), beam and column connection sequencing, and the structural stability criteria that must be met before workers are permitted on the steel framework.
• Assess column anchorage requirements per §1926.755: anchor bolt repair, modification, and replacement procedures, and the engineering evaluation required when anchor bolts do not meet specification.
• Apply beam and column connection requirements per §1926.756: double-connection requirements at columns, column splice requirements, and the stability verification that ensures the partially erected structure can support workers and loads.
• Manage open web steel joist erection per §1926.757: the specific erection sequence, bridging requirements, and fall protection provisions that address the unique instability hazards of open web joists before bridging is installed.
• Apply fall protection requirements specific to steel erection per §1926.760: the 15-foot fall protection threshold for connectors (versus the standard 6-foot trigger in Subpart M), controlled access zone requirements, criteria for conventional fall protection versus alternative measures, and the specific conditions under which connectors may work above 15 feet without conventional fall arrest.
• Establish and manage controlled access zones per §1926.756 and §1926.760: zone delineation, access restrictions, competent person oversight, and the conditions that determine when controlled access zones are permitted as an alternative to conventional fall protection.
• Verify compliance with steel erection training requirements per §1926.761: the specific training topics that steel erection workers and their supervisors must receive, documentation requirements, and the competent person and qualified person designations required under Subpart R.

Core Curriculum Topics

• OSHA 29 CFR 1926 Subpart R Overview: scope, definitions, and the regulatory framework specific to steel erection
• Site Layout and Construction Sequence (§1926.752): pre-erection planning, site access, controlling contractor coordination, and pre-erection conditions
• Hoisting and Rigging for Steel Erection (§1926.753): crane capacity, rigging inspection, multiple lifts, Christmas-treeing, tag lines, and signal coordination
• Structural Steel Assembly (§1926.754): anchor bolt verification, column stability, connection sequencing, and structural stability before worker access
• Column Anchorage (§1926.755): anchor bolt repair, modification, and engineering evaluation requirements
• Beams and Columns (§1926.756): double connections, column splices, stability criteria, and walking/working surface requirements on steel
• Open Web Steel Joists (§1926.757): erection sequence, bridging, stability, and the specific fall protection provisions for joist erection
• Systems-Engineered Metal Buildings (§1926.758): the specific provisions for pre-engineered metal building erection
• Fall Protection for Steel Erection (§1926.760): 15-foot connector threshold, controlled access zones, conventional versus alternative fall protection, and the conditions for each
• Controlled Access Zones: establishment, delineation, competent person oversight, and when zones are permitted versus when conventional protection is required
• Training Requirements (§1926.761): required training topics, competent person and qualified person designations, and documentation
• Case Studies: steel erection incidents analysed for root causes, Subpart R violations, and prevention lessons using OSHA investigation reports and NIOSH research

• 10-Hour or 30-Hour Construction Safety provides the OSHA regulatory foundation
• Construction site experience, particularly structural steel, is recommended
• No formal academic degree required
• All instruction in English; professional proficiency required

Upon completion, graduates receive an American Institute of Safety Professionals certificate, wallet card, and transcript. Employer-verifiable at amiosp.com/student-verifications.

• Steel erection foremen and superintendents who supervise ironworkers and must ensure Subpart R compliance on the steel framework
• Construction safety officers and site safety managers responsible for steel erection compliance on projects involving structural steel
• Project engineers and structural engineers who plan steel erection sequences and must understand the safety requirements that govern erection methodology
• Crane operators and rigging supervisors involved in hoisting steel members who need to understand the Subpart R hoisting requirements
• General contractors and construction managers who oversee steel erection subcontractors and must verify their compliance
• Ironworkers and steel connectors who need to understand the fall protection and structural stability requirements that protect them
• Safety consultants who advise on construction projects involving structural steel, metal buildings, or open web joist systems

• 10-Hour / 30-Hour Construction Safety (foundational OSHA construction training)
• Steel Erection Safety — YOU ARE HERE (Subpart R specialist course)
• Construction Industry Safety Trainer (teaching construction safety including steel erection)
•  International Diploma in Construction Safety Management (academic diploma covering all construction safety disciplines)