Scaffolder Course

Lesson 1 • Roles and Responsibilities on Site

Defines the duties of scaffolders, supervisors, and inspectors within a project team. Clarifies accountability structures that govern safe scaffold operations.

Lesson 2 • Core Scaffolding Terminology

Builds a precise working vocabulary for scaffold components, configurations, and procedures. Accurate terminology is essential for safe communication on every job site.

Lesson 3 • Regulatory and Standards Framework

Introduces the regulatory bodies, safety standards, and codes of practice that govern scaffolding work. Students understand compliance obligations before entering practical training.

Lesson 1 • Personal Protective Equipment

Covers selection, fitting, inspection, and maintenance of PPE required for scaffold work. Correct PPE use is enforced in all subsequent practical sessions.

Lesson 2 • Hazard Identification on Scaffold Sites

Teaches systematic identification of physical, environmental, and procedural hazards present during scaffold erection and use. Builds the observational skills required for all practical chapters.

Lesson 3 • Working at Height Regulations

Explains legal and procedural requirements for working at height, including fall prevention and rescue planning. Establishes the safety baseline for all elevated scaffold activities.

Lesson 4 • Manual Handling and Ergonomics

Addresses safe manual handling techniques for scaffold tubes, boards, and fittings to prevent musculoskeletal injury. Ergonomic principles are applied in every practical handling exercise.

Lesson 1 • Fittings and Couplers

Covers the types, functions, and torque requirements of right-angle, swivel, and sleeve couplers. Correct coupler selection and tightening are critical to structural integrity.

Lesson 2 • Base Plates, Sole Boards, and Adjustable Bases

Explains the role of base components in distributing scaffold loads to the ground. Correct base selection prevents settlement and structural failure.

Lesson 3 • Scaffold Boards and Decking

Teaches grading, span limits, and inspection criteria for timber and composite scaffold boards. Board selection directly affects platform safety in all practical exercises.

Lesson 4 • Scaffold Tubes and Their Properties

Examines steel and aluminium tube specifications, grades, and load capacities used in tube-and-fitting scaffolding. Material knowledge underpins correct component selection in later chapters.

Lesson 1 • Load Types Acting on Scaffolds

Defines dead, live, wind, and dynamic loads and explains how each affects scaffold design. Understanding load types is prerequisite to all structural decision-making.

Lesson 2 • Ground Conditions and Bearing Capacity

Covers assessment of soil types, compaction, and bearing capacity relevant to scaffold foundation design. Poor ground preparation is a leading cause of scaffold collapse.

Lesson 3 • Load Path and Structural Behaviour

Traces how loads transfer from platforms through standards to the ground, identifying critical load paths. Students use this knowledge to position components correctly during erection.

Lesson 1 • Installing Transoms and Platforms

Covers transom placement, board laying, and securing platforms to prevent displacement. Safe working platforms are the primary product delivered to scaffold users.

Lesson 2 • Tying Scaffolds to Structures

Covers tie types, anchor methods, and tie spacing requirements for independent scaffolds. Ties are the primary means of preventing scaffold overturning under wind and live loads.

Lesson 3 • Erecting Standards and Ledgers

Teaches the step-by-step process of placing standards, fitting ledgers, and maintaining plumb and level throughout. Accuracy at this stage determines the structural quality of the entire scaffold.

Lesson 4 • Bracing and Stability Systems

Explains the placement of facade, ledger, and plan bracing to resist lateral forces and prevent racking. Correct bracing is compulsory before any platform is used.

Lesson 5 • Planning and Setting Out

Covers reading scaffold drawings, setting out base positions, and establishing working sequences before erection begins. Thorough planning prevents errors that are costly to correct at height.

Lesson 1 • Inspection Principles and Frequency

Establishes when inspections are legally required and what triggers additional checks beyond routine schedules. Inspection frequency knowledge prevents unsafe scaffold use.

Lesson 2 • Systematic Inspection Methodology

Applies a structured top-to-bottom and bottom-to-top inspection sequence covering all scaffold components. A consistent method ensures no critical element is overlooked.

Lesson 3 • Identifying and Classifying Defects

Teaches recognition of structural, component, and configuration defects and their severity classification. Correct classification determines whether a scaffold is taken out of service immediately.

Lesson 1 • Pre-Dismantling Planning

Covers assessment of scaffold condition, sequence planning, and exclusion zone establishment before dismantling begins. Planning prevents uncontrolled collapse and falling material incidents.

Lesson 2 • Material Lowering and Handling

Covers approved methods for lowering tubes, boards, and fittings from height without dropping or throwing. Safe material handling protects workers below and preserves component condition.

Lesson 3 • Controlled Dismantling Sequence

Teaches the reverse-erection sequence for removing edge protection, platforms, bracing, and standards safely. Maintaining structural stability at every stage is the core principle.

Lesson 1 • Mobile Tower Scaffolds

Addresses the erection, stability, and movement of mobile aluminium tower scaffolds on wheeled bases. Height-to-base ratio limits and outrigger use are the primary safety controls.

Lesson 2 • Cantilever and Truss-Out Scaffolds

Covers the design principles, counterbalance requirements, and erection sequence for cantilevered scaffold structures. These configurations require precise load calculation and structural verification.

Lesson 3 • Birdcage and Slab Scaffolds

Teaches the layout, loading, and stability requirements for birdcage scaffolds used in large interior spaces. Uniform load distribution and adequate bracing are the critical design factors.

Lesson 4 • Scaffold Design Coordination

Introduces the process of working with structural engineers and designers on complex scaffold schemes. Students understand when a design must be formally engineered and how to brief designers.