Lesson 1Track and base installation: anchor selection and spacing, methods to set tracks straight and why sequential anchoring mattersThis section explains how to install base and track members, choose anchors, and maintain straightness. It details drilling, fixing sequence, shimming, and sealant use, emphasizing how correct procedures ensure load transfer and durability.
Selecting track gauge, coating and profileChoosing anchors for loads and exposureSequencing anchor installation along tracksShimming, leveling and packing under tracksApplying sealants and corrosion protectionLesson 2Bracing and continuity works: install order for lateral bracing, strap fixation, wind load continuity paths and checks for transfer pathsThis section explains the order for installing bracing and continuity straps that provide lateral stability. It covers strap tensioning, fixing patterns, and verification of load paths so wind and seismic forces are safely transferred.
Types of bracing used in steel framingSequencing installation of wall bracingInstalling and tensioning flat strapsEnsuring chord and collector continuityChecking vertical and horizontal load pathsLesson 3Wall panel assembly methods: full assembly on ground vs. in-situ framing; sequencing for openings, corner details, and continuous plate alignmentYou will learn methods for assembling wall panels either on the ground or in place. The section compares approaches, explains sequencing for studs and openings, and shows how to keep corners, joints, and plates aligned for structural continuity.
Comparing pre-assembled and in-situ framingSequencing stud installation in wall panelsForming corners, junctions and returnsAligning top and bottom plates continuouslyLabeling panels for lifting and placementLesson 4Roof framing installation: placing roof trusses/joists, bearing conditions, connection methods to top track, and sequence to maintain structural stabilityYou will learn how to install roof trusses or joists onto wall frames, control bearing conditions, and connect to top tracks. The section emphasizes erection sequence, temporary bracing, and inspection to maintain global stability.
Positioning trusses or joists on bearingsFixing truss seats and hold-down connectorsTemporary bracing of first and end trussesProgressive erection sequence across spansChecking roof line, camber and bearing fitLesson 5Final checks and handover steps: alignment checks, fastener verification, protection of cuts/edges, and pre-inspection checklistHere you will learn the final inspection and handover steps, including alignment checks, fastener verification, and corrosion protection. The section concludes with documentation, punch lists, and readiness for cladding and services.
Checking plumb, level and straightnessVerifying fastener type, spacing and torqueTreating cut edges and damaged coatingsConfirming bracing and strap continuityPreparing inspection records and handoverLesson 6Sheathing and tie-in operations: attaching wall and roof sheathing, sequencing to maintain planar stability and weather protectionThis section covers installing wall and roof sheathing in a sequence that maintains stability and weather resistance. It explains panel layout, fastener patterns, edge detailing, and tie-in zones that create a continuous structural skin.
Selecting sheathing type and orientationStaggering joints and controlling panel layoutFastener spacing at edges and supportsTying walls to roof and diaphragm zonesDetailing openings and temporary weatheringLesson 7Marking and layout on slab: transfer of building lines, snap-lines, datum points, anchor locations and spacingHere you will learn how to mark building lines on the slab, snap accurate reference lines, and locate anchors. The section explains sequencing, tools, and checks that ensure walls are positioned correctly and remain dimensionally true.
Transferring grid lines from drawingsUsing snap-lines for wall center and edgesMarking door and window rough openingsSetting and labeling datum and control pointsMarking anchor positions and edge distancesLesson 8Lifting, fixing and alignment of wall frames: temporary bracing procedures, plumbing, squaring the building and fixing sequence for stabilityThis section details how to lift, position, and fix wall frames safely. It covers temporary bracing, plumbing and squaring techniques, fixing order, and inspection points that ensure frames remain stable under wind and construction loads.
Planning lifting points and rigging methodsStanding panels and initial temporary bracingPlumbing walls with levels and adjustable bracesSquaring the building using diagonalsFixing sequence to lock frames in positionLesson 9Installing intermediate studs, openings and headers: spacing control, jamb and lintel installations, and reinforcing around doors/windowsHere you will learn how to install intermediate studs, jambs, and headers while maintaining spacing and alignment. The section explains reinforcing around openings and coordinating with services to preserve structural capacity.
Controlling stud spacing and layout checksInstalling king studs, jack studs and jambsSizing and fixing headers and lintelsReinforcing around large or grouped openingsCoordinating studs with service penetrationsLesson 10Pre-construction checks: slab verification (level, anchors, datum), utilities, tolerances and layout controlThis section covers how to verify slabs before framing begins, including levelness, anchor placement, datum control, and coordination with utilities. It explains tolerances, documentation, and how early checks prevent costly rework later.
Checking slab level and flatness tolerancesConfirming anchor type, spacing and embedmentLocating and protecting embedded utilitiesEstablishing datum benchmarks and control pointsRecording survey data and resolving deviations
