Steel Erection Safety

What is the Steel Erection Safety?

The Steel Erection Safety course from the American Institute of Safety Professionals provides comprehensive, technically detailed training on the hazards, regulatory requirements, and safe work practices specific to structural steel erection in construction. The course is built around OSHA 29 CFR 1926 Subpart R (Steel Erection), the federal standard that governs every aspect of steel erection work from site layout and pre-planning through column anchorage, structural stability, hoisting and rigging, fall protection, and connector activities. Steel erection is among the most dangerous specialties in construction: ironworkers and structural steel erectors work at extreme heights on open structural frameworks, handle multi-ton steel members suspended from cranes, and connect columns and beams in conditions where a single misstep, an unsecured connection, or a rigging failure can be immediately fatal.

Subpart R was specifically developed because steel erection hazards are distinct from general construction fall protection (Subpart M) and crane operations (Subpart CC). Steel erectors face a unique combination of fall exposure at height with no conventional floor or working surface, struck-by hazards from hoisted steel members and falling objects, structural collapse risk during partially connected frameworks, and the physical demands of connecting steel in exposed positions. The course addresses each of these hazard categories through the specific Subpart R provisions that control them: site layout and construction sequence requirements (§1926.752), hoisting and rigging procedures (§1926.753), structural steel assembly and column anchorage (§1926.754–756), open web steel joists (§1926.757), systems-engineered metal buildings (§1926.758), fall protection requirements specific to steel erection (§1926.760), and training requirements (§1926.761).

The curriculum integrates OSHA regulatory requirements with AISC (American Institute of Steel Construction) erection guidelines and NIOSH research on ironworker safety to provide both the regulatory compliance knowledge and the practical hazard control competency that steel erection supervisors, safety professionals, and project engineers need. Pre-job hazard assessments, erection sequence planning, crane lift planning for steel, anchor bolt and column stability verification, controlled access zone establishment, connector fall protection requirements, and the special provisions for open web steel joists and metal building systems are all covered through regulatory analysis, case studies, and practical application.

All training is delivered 100 percent online through Microsoft Teams and the American Institute of Safety Professionals Learning Management System (LMS). Upon successful completion, graduates receive an American Institute of Safety Professionals certificate, professional wallet card, and official transcript, all employer-verifiable at amiosp.com/student-verifications.

Who should take this course?

• 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

What will you study?

Credentials employers can verify in seconds