OSHA Focus Four - Fall Hazards

Upon completing the OSHA Focus Four — Fall Hazards , participants will be able to:

• Identify fall hazards across all construction activities: roofing operations, leading-edge work, unprotected sides and edges, wall openings, floor holes, scaffolds, ladders, steel erection, formwork, and elevated work platforms.
• Apply the 6-foot fall protection trigger under OSHA Subpart M: understanding when fall protection is required, applicable exceptions and special provisions, and how trigger heights differ between construction (6 ft), general industry (4 ft), and steel erection activities.
• Evaluate and select appropriate fall protection systems: guardrail systems (§1926.502(b)), safety net systems (§1926.502(c)), and personal fall arrest systems (§1926.502(d)), determining the most effective solution for specific work conditions and exposures.
• Inspect personal fall arrest system (PFAS) components: full-body harnesses, lanyards, shock absorbers, self-retracting lifelines (SRLs), connectors, anchorage devices, and identify defects requiring immediate removal from service.
• Calculate total fall clearance requirements: incorporating free-fall distance, deceleration distance, harness stretch, connector movement, safety factors, and worker height to prevent contact with lower levels following a fall arrest event.
• Evaluate anchorage points and anchorage systems: applying the 5,000-pound anchorage requirement, understanding qualified-person anchor design criteria, and assessing temporary and permanent anchor solutions.
• Apply scaffold fall protection requirements under OSHA Subpart L: understanding the 10-foot trigger height, guardrail requirements, safe access provisions, falling-object protection, and competent person inspection responsibilities.
• Apply ladder safety requirements under OSHA Subpart X: selecting appropriate ladders, ensuring proper setup and securing, maintaining three-point contact, and understanding requirements for fixed ladders and ladder-access systems.
• Develop fall protection plans when conventional systems are infeasible: leading-edge construction, precast concrete erection, controlled access zones, safety monitoring systems, and documentation requirements under §1926.502(k).
• Plan and implement post-fall rescue procedures: recognising suspension trauma hazards, evaluating rescue options (self-rescue, assisted rescue, mechanical rescue), selecting rescue equipment, and ensuring rescue capability is established before PFAS use.

Core Curriculum Topics

• Fall Hazard Recognition: roofing, leading edges, unprotected sides and edges, floor openings, scaffolds, ladders, steel erection, and formwork operations
• The 6-Foot Trigger Rule: OSHA Subpart M requirements, exceptions, special provisions, and comparison with other OSHA trigger heights
• Guardrail Systems (§1926.502(b)): top rails, mid-rails, toe boards, structural criteria, inspection, and maintenance requirements
• Safety Net Systems (§1926.502(c)): installation requirements, clearance distances, drop testing, and inspection procedures
• Personal Fall Arrest Systems (§1926.502(d)): harnesses, lanyards, SRLs, anchorage systems, connectors, and system compatibility
• PFAS Inspection and Maintenance: detailed inspection criteria, defect recognition, documentation, and removal-from-service decisions
• Fall Distance Calculations: free-fall distance, deceleration distance, harness stretch, safety factors, and required clearance calculations
• Anchorage Requirements: 5,000-pound anchorage criteria, qualified-person design, temporary and permanent anchor systems, and evaluation methods
• Scaffold Fall Protection (Subpart L): 10-foot trigger, guardrails, safe access, falling-object protection, and competent person inspections
• Ladder Safety (Subpart X): ladder selection, setup angles, securing methods, three-point contact, and fixed-ladder requirements
• Controlled Access Zones and Safety Monitoring: permitted applications, system requirements, and competent person responsibilities
• Fall Protection Plans (§1926.502(k)): leading-edge work, precast concrete activities, documentation, approval, and implementation requirements
• Rescue Planning and Suspension Trauma Prevention: rescue methods, rescue equipment, emergency procedures, and OSHA rescue readiness requirements

• No prior fall protection training required
• Suitable for workers, supervisors, competent persons, and safety professionals at all levels
• No formal academic degree required
• All instruction in English; working proficiency required

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

• Construction workers who work at heights and need to understand the fall protection systems that protect them
• Supervisors and foremen responsible for selecting and enforcing fall protection on their crews
• Competent persons designated for fall protection who must evaluate conditions and select appropriate systems
• Safety officers who manage the fall protection programme and inspect PFAS equipment
• Project managers and superintendents accountable for fall protection compliance
• Scaffolding erectors and users who need to understand scaffold-specific fall protection requirements
• Anyone designated to inspect harnesses, lanyards, SRLs, or anchorage systems

• OSHA Focus Four — Fall Hazards — YOU ARE HERE (Subpart M deep-dive)
• 10-Hour / 30-Hour Construction (includes fall protection as one topic among many)
• Steel Erection Safety (Subpart R including the 15-foot connector exception)
• Construction Safety Management (managing the fall protection programme)
• International Diploma in Construction Safety Management (Unit 4: working at height at diploma depth)