Steel Erection Safety – 12 Modules | One Day USD: 150/- and Two Day USD: 250/- Per Pax.

Course level:All Levels
Course Duration: 0

Description

Module 1: Introduction to Steel Erection Safety

  • Importance of safety in steel erection operations
  • Common hazards and accident statistics
  • Regulatory requirements (OSHA, ANSI, local construction codes)

Module 2: Roles and Responsibilities

  • Duties of employers, supervisors, ironworkers, and crane operators
  • Competent persons for supervision and inspection
  • Reporting hazards and unsafe practices

Module 3: Types of Steel Structures and Components

  • Beams, columns, trusses, and girders
  • Prefabricated vs. on-site fabricated components
  • Understanding connections, loads, and stability

Module 4: Hazard Identification

  • Falls from height, struck-by incidents, and collapse risks
  • Overloading, swinging loads, and pinching hazards
  • Electrical hazards near power lines

Module 5: Planning and Risk Assessment

  • Job hazard analysis for steel erection tasks
  • Load calculations and crane operation planning
  • Weather and environmental considerations

Module 6: Rigging and Lifting Operations

  • Proper selection and inspection of rigging equipment
  • Sling types, shackles, hooks, and load attachment
  • Safe lifting, signaling, and load movement

Module 7: Fall Protection Measures

  • Guardrails, safety nets, and personal fall arrest systems (PFAS)
  • Anchor points, harnesses, and lanyards
  • Safe working procedures at elevated positions

Module 8: Scaffold and Temporary Support Safety

  • Using scaffolds, ladders, and temporary platforms
  • Shoring, bracing, and stabilizing steel components
  • Preventing tipping or collapse

Module 9: Personal Protective Equipment (PPE)

  • Helmets, gloves, safety boots, eye protection
  • High-visibility clothing and specialized PPE for steel operations
  • Maintenance, inspection, and correct usage

Module 10: Environmental and Weather Considerations

  • Wind, rain, snow, and extreme temperatures affecting steel erection
  • Adjusting procedures and suspending work if required
  • Monitoring conditions and site safety coordination

Module 11: Emergency Procedures

  • Rescue plans for falls, struck-by incidents, or rigging failures
  • First aid and coordination with onsite medical services
  • Reporting incidents and near misses

Module 12: Continuous Improvement and Safety Culture

  • Reviewing steel erection incidents and lessons learned
  • Updating procedures, training, and hazard controls
  • Promoting a proactive safety culture among ironworkers

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