Course Title

1. Introduction to Scaffolding Foreman/Leadman Responsibilities

• Defining the foreman/leadman role and distinguishing it from general scaffold erector duties

• Applicable international standards and regulatory requirements including (OSHA 29 CFR 1926 Subpart L, ANSI/ASSE A10.8, and local scaffolding regulations)

• Competent person and qualified person designations and their legal significance

• Overview of scaffold-related incidents linked to supervisory failures including (inadequate inspection, unauthorized alterations, and crew miscommunication)

2. Scaffold Systems and Structural Fundamentals

• 2.1 Scaffold Types and ComponentsCommon scaffold system types including (tube-and-clamp, frame, and system scaffolds)
  Key structural components including (standards, ledgers, transoms, and bracing)
  

• 2.2 Loading and Structural RequirementsLoad classifications and rated capacity including (light, medium, and heavy duty)
  Base support, mudsills, and leveling requirements
  

3. Scaffold Design and Configuration

• Determining appropriate scaffold configuration for the task and site conditions

• Tie-in and bracing requirements including (frequency and attachment methods)

• Guardrail, toeboard, and access requirements

• Special configurations including (cantilevered, suspended, and mobile scaffold considerations)

4. Directing Scaffold Erection and Dismantling

• Planning and sequencing erection activities including (crew assignment and task sequencing)

• Supervising safe erection technique including (component installation order and stability verification at each stage)

• Directing safe dismantling procedures including (reverse sequencing and controlled component removal)

• Managing incomplete or partially erected scaffold situations including (tagging and access restriction)

5. Fall Protection and Hazard Control

• Fall protection requirements during erection, use, and dismantling including (guardrail systems and personal fall arrest use)

• Identifying hazards specific to scaffold work including (overhead power lines, unstable ground, and adjacent structure proximity)

• Weather-related hazard management including (high wind thresholds and heat stress considerations)

• Controlling falling object hazards including (toeboards, debris netting, and exclusion zones)

6. Competent Person Inspection Authority

• Conducting daily and pre-shift scaffold inspections

• Identifying defects and non-conformances requiring correction before use

• Tagging systems and authorization procedures including (green/yellow/red tag protocols)

• Documenting inspection findings and maintaining inspection records

7. Crew Supervision and Communication

• Assessing crew competency and assigning tasks appropriately

• Conducting pre-task briefings and toolbox talks specific to scaffold work

• Managing communication between erection crews, other trades, and site supervision

• Addressing unsafe behavior and enforcing corrective action within the crew

8. Managing Multi-Trade and Site Coordination

• Coordinating scaffold access and use among multiple trades

• Managing scaffold modifications requested by other trades including (authorization requirements)

• Sequencing scaffold work around simultaneous site operations

• Communicating scaffold status and limitations to site management

9. Emergency Procedures and Incident Prevention

• Recognizing warning signs of scaffold instability or failure

• Emergency response procedures including (evacuation from height and rescue coordination)

• Post-incident actions including (scene preservation, reporting, and investigation participation)

• Applying lessons learned to prevent recurrence of identified hazards

10. Group Discussion and Case Studies

• Case studies from regional scaffold-related incidents including (collapse due to inadequate bracing, unauthorized alterations, and fall protection failures) and lessons learned in prevention

• Group discussion on common supervisory failures including (rushed inspections, inadequate crew briefing, and unclear authorization boundaries)

• Sharing regional best practices including (heat management for erection crews and multi-trade coordination protocols)

• Discussion on the foreman/leadman's role in sustaining a proactive scaffold safety culture