
- -
- Flexible Timings
- Open Enrollments
- Online Zoom Sessions or LMS
- +1 689 286 3561
- info@amiosp.com
Course Overview
Learning Outcomes
Upon completing this program, participants will be able to:
- Prepare scaffold foundations: assess ground bearing capacity, install mudsills, set base plates, verify levelness, and ensure drainage — the foundation that supports the entire structure.
- Follow the progressive erection sequence: build frame by frame, install bracing at each lift before ascending, install platforms before moving to the next level, and the disciplined sequence that keeps erectors safe on an incomplete structure.
- Install bracing correctly: cross-bracing, horizontal bracing, and building tie-ins at required intervals to prevent sway, displacement, and collapse.
- Install platforms to Subpart L specifications: minimum width (20” supported), maximum gap (≤1”), overhang limits (6–12”), secured to prevent displacement, and scaffold-grade or manufactured decking.
- Protect yourself during erection: when guardrails are not yet in place, erectors must use alternative fall protection (PFAS, safety nets, or other protection) as the structure progresses upward.
- Dismantle scaffolds safely: reverse the erection sequence (top down), remove platforms before bracing, maintain structural integrity throughout dismantling, prevent components from falling, and the controlled dismantling that prevents collapse.
Core Curriculum Topics
- Erection Safety Planning: scope, sequence, fall protection plan, competent person oversight
- Foundation Preparation: ground assessment, mudsills, base plates, levelness, drainage
- Progressive Erection Sequence: frame-by-frame, bracing at each lift, platforms before ascending
- Component Identification: frames, cross-braces, base plates, screw jacks, planks, guardrails
- Bracing and Tie-Ins: cross-bracing, horizontal, building ties, intervals, connection methods
- Platform Installation: planking, decking, gaps, overhang, securing, load rating
- Guardrail Installation: top rail, mid-rail, toe boards, end protection
- Access Installation: ladders, stairway towers, hook-on ladders
- Fall Protection During Erection: PFAS, safety nets, alternative protection when guardrails absent
- Dismantling: reverse sequence, top-down, structural integrity, falling component prevention
- Team Coordination: erection crews, competent persons, site management communication
Mode of Delivery
Course Content
- Roles and Responsibilities of Scaffolding Erectors
- Types of Scaffolds and Components: Tube, Coupler, Mobile, and Suspended
- Scaffold Erection, Alteration, and Dismantling Procedures
- Use of Personal Protective Equipment (PPE) and Fall Protection
- Hazard Identification and Risk Control Measures at Heights
- Safe Handling of Tools, Materials, and Load Management
- Inspection and Maintenance of Scaffold Components
- Communication, Signaling, and Team Coordination on Site
- Working Around Electrical Hazards and Overhead Services
- Scaffold Access, Egress, and Safe Work Platforms
- Permit-to-Work Compliance and Site Safety Rules
- Emergency Response and Rescue Procedures for Heights
Entry Requirements
- No prior training required
- No 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.
Program Duration
Examination
Additional Information
Who Should Enroll
- Scaffold erectors and scaffolders
- Erection crew supervisors
- Workers training to enter scaffold erection
- Safety officers overseeing scaffold erection operations
- Scaffold supply company personnel who erect scaffolds for clients
How This Relates To Other Qualifications
- Scaffolding Erector Safety — YOU ARE HERE (erection specialist)
- Scaffolding Inspector (inspection specialist)
- Safe Scaffold Erection and Inspection (combined erection + inspection)
- Scaffold Safety (user-focused)
- Working at Heights (comprehensive height safety)




