Table of Contents
Task B-6 Erects non-loadbearing steel assemblies
Task descriptor
Lathers (Interior Systems Mechanics) erect non-loadbearing steel assemblies. Non-loadbearing steel assemblies are used to create walls, ceilings and bulkheads. Their erection should conform to manufacturers’ specifications and applicable codes.
B-6.01-Frames non-loadbearing walls
B-6.01-Frames non-loadbearing walls
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-6.01.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-6.01.02P |
identify material thicknesses |
material thicknesses are identified |
| B-6.01.03P |
verify component requirements |
component requirements are verified |
| B-6.01.04P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
| B-6.01.05P |
measure and cut non-loadbearing wall components |
non-loadbearing wall components are measured and cut according to blueprints and drawings |
| B-6.01.06P |
determine stud spacing |
stud spacing is determined according to blueprints and drawings, building codes and industry standards |
| B-6.01.07P |
place and attach non-loadbearing wall components |
non-loadbearing wall components are placed and attached according to blueprints and drawings, building codes and industry standards |
Range of variables
- tools and equipment include: hammer drills, screw guns, plumb bobs, powder-actuated tools, laser levels, levels
- material thicknesses include: gauge, mils
- fasteners include: various self-tapping screws, pin bolts, adhesives, anchors
- non-loadbearing wall components include: studs, tracks, channels
- drawings include: engineered shop drawings, architectural drawings, structural drawings
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-6.01.01L |
demonstrate knowledge of non-loadbearing walls, their characteristics and applications |
define terminology associated with non-loadbearing walls |
| identify types of non-loadbearing wall components and describe their characteristics and applications |
| B-6.01.02L |
demonstrate knowledge of procedures used to frame non-loadbearing walls |
identify tools and equipment used to frame non-loadbearing walls, and describe their characteristics and procedures for use |
| describe procedures used to frame non-loadbearing walls |
| identify types of fasteners used to frame non-loadbearing walls |
| describe clearances required for deflection and expansion |
| identify types of substrates and describe their properties |
Range of variables
- non-loadbearing wall components include: studs, tracks, channels
- tools and equipment include: hammer drills, screw guns, plumb bobs, powder-actuated tools, laser levels, levels
- fasteners include: various self-tapping screws, pin bolts, adhesives, anchors
- types of substrates include: concrete, concrete masonry unit (CMU) masonry, brick, steel, wood
B-6.02-Frames spanned ceilings
B-6.02-Frames spanned ceilings
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-6.02.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-6.02.02P |
identify component thicknesses |
component thicknesses are identified |
| B-6.02.03P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications and building codes |
| B-6.02.04P |
measure and cut ceiling components |
ceiling components are measured and cut |
| B-6.02.05P |
determine ceiling framing member spacing |
ceiling framing member spacing is determined according to blueprints and drawings, building codes and industry standards |
| B-6.02.06P |
place and attach ceiling components |
ceiling components are placed and attached according to blueprints and drawings, building codes and industry standards |
Range of variables
- tools and equipment include: laser levels, screw guns
- components include: gauges, mils
- fasteners include: framing screws, concrete pins, pin bolts
- ceiling components include: studs, tracks
- drawings include: engineered shop drawings, architectural drawings, structural drawings
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-6.02.01L |
demonstrate knowledge of spanned ceilings, their components, characteristics and applications |
define terminology associated with spanned ceilings and their components |
| identify types of spanned ceilings and their components, and describe their characteristics and applications |
| B-6.02.02L |
demonstrate knowledge of determining elevation heights |
describe procedures used to determine elevation heights |
| B-6.02.03L |
demonstrate knowledge of procedures used to frame spanned ceilings |
identify tools and equipment used to frame spanned ceilings, and describe their characteristics and procedures for use |
| describe procedures used to frame spanned ceilings |
| identify types of fasteners used to frame spanned ceilings |
| identify span tables |
Range of variables
- components include: gauges, mils
- tools and equipment include: laser levels, screw guns
- fasteners include: framing screws, concrete pins, pin bolts
B-6.03-Frames suspended drywall ceilings
B-6.03-Frames suspended drywall ceilings
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-6.03.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-6.03.02P |
check requirements for access panels |
requirements for access panels are checked |
| B-6.03.03P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
| B-6.03.04P |
identify material thicknesses |
material thicknesses are identified |
| B-6.03.05P |
measure and cut components |
components are measured and cut according to manufacturers’ specifications |
| B-6.03.06P |
determine component spacing |
component spacing is determined according to blueprints and drawings, manufacturers’ specifications, building codes and industry standards |
| B-6.03.07P |
attach components |
components are attached according to manufacturers’ specifications, project specifications and building codes |
Range of variables
- tools and equipment include: laser levels, screw guns, nippers
- access panels include: electrical fixtures, ducts, plumbing
- fasteners include: tie wire, hanger wire, eyelets
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- components include: tracks, angles, carrying channels, furring channels
- drawings include: engineered shop drawings, architectural drawings, structural drawings
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-6.03.01L |
demonstrate knowledge of suspended drywall ceilings, their components, characteristics and applications |
define terminology associated with suspended drywall ceilings and their components |
| identify types of suspended drywall ceilings, and describe their characteristics and applications |
| identify types of suspended drywall ceiling components, and describe their characteristics and applications |
| B-6.03.02L |
demonstrate knowledge of determining elevation heights |
describe procedures used to determine elevation heights |
| B-6.03.03L |
demonstrate knowledge of procedures used to frame suspended drywall ceilings |
identify tools and equipment used to frame suspended drywall ceilings, and describe their characteristics and procedures for use |
| describe procedures used to frame suspended drywall ceilings |
| identify types of fasteners used to frame suspended drywall ceilings |
| describe structural requirements for suspended drywall ceilings |
Range of variables
- components include: tracks, angles, carrying channels, furring channels
- tools and equipment include: laser levels, screw guns, nippers
- fasteners include: tie wire, hanger wire, eyelets
B-6.04-Frames non-loadbearing bulkheads
B-6.04-Frames non-loadbearing bulkheads
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-6.04.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-6.04.02P |
identify material thicknesses |
material thicknesses are identified |
| B-6.04.03P |
measure and cut components |
components are measured and cut according to manufacturers’ specifications |
| B-6.04.04P |
determine component spacing |
component spacing is determined according to blueprints and drawings and manufacturers’ specifications |
| B-6.04.05P |
brace bulkhead |
bulkhead is braced according to project documents and engineered drawings |
| B-6.04.06P |
place and attach components |
components are placed and attached according to blueprints and drawings, and manufacturers’ specifications |
| B-6.04.07P |
maximize use of materials |
use of materials is maximized |
| B-6.04.08P |
form curves for bulkheads |
curves for bulkheads are formed according to blueprints and drawings |
| B-6.04.09P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
Range of variables
- tools and equipment include: laser levels, screw guns
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- components include: studs, tracks
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: pin bolts, framing screws, drywall screws
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-6.04.01L |
demonstrate knowledge of non-loadbearing bulkheads, their components, characteristics, applications and architectural features |
define terminology associated with non-loadbearing bulkheads and their components |
| identify types of non-loadbearing bulkheads and describe their characteristics, applications and architectural features |
| identify types of non-loadbearing bulkhead components, and describe their characteristics, applications and architectural features |
| B-6.04.02L |
demonstrate knowledge of determining elevation heights |
describe procedures used to determine elevation heights |
| B-6.04.03L |
demonstrate knowledge of procedures used to frame non-loadbearing bulkheads |
identify tools and equipment used to frame non-loadbearing bulkheads, and describe their characteristics and procedures for use |
| describe procedures used to frame non-loadbearing bulkheads |
| identify types of fasteners used to frame non-loadbearing bulkheads |
Range of variables
- components include: studs, tracks
- applications include: cosmetic, concealing electrical and mechanical devices, smoke barrier, defining room transitions
- architectural features include: light coves, valences, curves
- tools and equipment include: laser levels, screw guns
- fasteners include: pin bolts, framing screws, drywall screws
B-6.05-Installs metal door and window frames
B-6.05-Installs metal door and window frames
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-6.05.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-6.05.02P |
level, plumb and square frame |
frame is levelled, plumbed and squared |
| B-6.05.03P |
attach frame to studs and floor |
frame is attached to studs and floor according to industry standards and building codes |
| B-6.05.04P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
| B-6.05.05P |
determine throat size of windows and doors |
throat size of windows and doors is determined according to blueprints and drawings |
| B-6.05.06P |
assemble knock-down frames |
knock-down frames are assembled according to manufacturers’ specifications |
| B-6.05.07P |
install shims |
shims are installed |
| B-6.05.08P |
determine secure side of window |
secure side of window is determined |
| B-6.05.09P |
detect and correct defects |
defects are detected and corrected |
| B-6.05.10P |
place frame in correct position |
frame is placed in correct position |
Range of variables
- tools and equipment include: laser and spirit levels, plumb bobs, squares, screw guns, hammer drills
- fasteners include: screws, anchors
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- defects include: deformed frames, inconsistent spreaders
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-6.05.01L |
demonstrate knowledge of metal door and window frames, their characteristics and applications |
define terminology associated with metal door and window frames |
| identify types of metal door frames, and describe their characteristics and applications |
| identify types of metal window frames, and describe their characteristics and applications |
| B-6.05.02L |
demonstrate knowledge of procedures used to install metal door and window frames |
identify tools and equipment used to install metal door and window frames, and describe their characteristics and procedures for use |
| describe procedures used to install metal door and window frames |
| identify types of fasteners used to install metal door and window frames |
| identify types of possible defects when installing metal door and window frames |
| describe metal door frame swing |
| describe metal window and door frame throat sizes |
| identify types of wall finishes |
Range of variables
- types of metal door frames include: welded, knock-down, 3-piece knock-down
- tools and equipment include: laser and spirit levels, plumb bobs, squares, screw guns, hammer drills
- fasteners include: screws, anchors
- defects include: deformed frames, inconsistent spreaders
B-6.06-Installs backing
B-6.06-Installs backing
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-6.06.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-6.06.02P |
determine backing location |
backing location is determined according to blueprints and drawings, and manufacturers’ specifications |
| B-6.06.03P |
cut and shape backing |
backing is cut and shaped |
| B-6.06.04P |
fasten backing |
backing is fastened |
| B-6.06.05P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
Range of variables
- tools and equipment include: saws (table, circular, chop), screw guns, pop riveter, drill
- backing includes: plywood, wide metal strapping
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: framing screws, drywall screws
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-6.06.01L |
demonstrate knowledge of backing, their characteristics and applications |
define terminology associated with backing |
| identify types ofbacking, and describe their characteristics and applications |
| B-6.06.02L |
demonstrate knowledge of procedures used to install backing |
identify tools and equipment used to install backing, and describe their characteristics and procedures for use |
| describe procedures used to install backing |
| identify types of fasteners used to install backing |
| describe backing requirements and placement |
| identify metal strapping thickness |
Range of variables
- backing includes: plywood, wide metal strapping
- tools and equipment include: saws (table, circular, chop), screw guns, pop riveter, drill
- fasteners include: framing screws, drywall screws
Task B-7 Erects loadbearing steel assemblies
Task descriptor
Lathers (Interior Systems Mechanics) erect loadbearing steel assemblies. All load (wind and weight) bearing assemblies need to be designed and approved by engineers before lathers (interior systems mechanics) can begin their work. The engineers’ specifications must be strictly followed.
B-7.01-Frames loadbearing walls
B-7.01-Frames loadbearing walls
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-7.01.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-7.01.02P |
identify material thicknesses |
material thicknesses are identified |
| B-7.01.03P |
verify component requirements |
component requirements are verified |
| B-7.01.04P |
measure and cut components |
components are measured and cut according to blueprints and drawings |
| B-7.01.05P |
determine stud spacing |
stud spacing is determined according to blueprints and drawings |
| B-7.01.06P |
place and attach loadbearing wall components |
loadbearing wall components are placed and attached according to blueprints and drawings |
| B-7.01.07P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
Range of variables
- tools and equipment include: hammer drills, impact drivers, chop saws, plumb bobs, shears, nibblers, laser levels, spirit levels, welding equipment
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- loadbearing wall components include: cross bracing, strapping, bridging, studs, tracks, channels, clips
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: self-drilling screws, pin bolts, powder-actuated fasteners, anchors
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-7.01.01L |
demonstrate knowledge of loadbearing walls, their components, characteristics and applications |
define terminology associated with loadbearing walls |
| identify types ofloadbearing walls and describe their characteristics and applications |
| identify types ofloadbearing wall components and describe their characteristics and applications |
| B-7.01.02L |
demonstrate knowledge of drawings and specifications |
interpret information from drawings and specifications |
| B-7.01.03L |
demonstrate knowledge of procedures used to frame loadbearing walls |
identify tools and equipment used to frame loadbearing walls, and describe their characteristics and procedures for use |
| describe procedures used to frame loadbearing walls |
| identify types of fasteners used to frame loadbearing walls |
| identify types of substrates and describe their properties |
| identify basic welding and plasma cutting procedures and required to frame loadbearing walls |
Range of variables
- loadbearing walls include: parapet walls, exterior walls, interior walls
- loadbearing wall components include: cross bracing, strapping, bridging, studs, tracks, channels, clips
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- tools and equipment include: hammer drills, impact drivers, chop saws, plumb bobs, shears, nibblers, laser levels, spirit levels, welding equipment
- fasteners include: self-drilling screws, pin bolts, powder-actuated fasteners, anchors
- types of substrates include: concrete, CMU masonry, brick, steel, wood
B-7.02-Frames exterior ceilings and soffits
B-7.02-Frames exterior ceilings and soffits
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-7.02.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-7.02.02P |
identify material thicknesses |
material thicknesses are identified |
| B-7.02.03P |
measure and cut exterior ceiling and soffit components |
exterior ceiling and soffit components are measured and cut according to blueprints and drawings |
| B-7.02.04P |
determine component spacing |
component spacing is determined according to blueprints and drawings |
| B-7.02.05P |
place and attach exterior ceiling and soffit components |
exterior ceiling and soffit components are placed and attached according to blueprints and drawings |
| B-7.02.06P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
| B-7.02.07P |
install vertical bracing for wind load |
vertical bracing for wind load is installed according to manufacturers’ specifications |
Range of variables
- tools and equipment include: hammer drills, impact drivers, chop saws, plumb bobs, laser levels, spirit levels
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- exterior ceiling and soffit components include: furring channel, studs, flat metal, angles, tracks
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: self-drilling screws, pin bolts, powder-actuated fasteners, anchors
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-7.02.01L |
demonstrate knowledge of exterior ceilings and soffits, their components, characteristics and applications |
define terminology associated with exterior ceilings and soffits and their components |
| identify types of exterior ceilings and soffits, and describe their characteristics and applications |
| identify types of exterior ceiling and soffit components, and describe their characteristics and applications |
| B-7.02.02L |
demonstrate knowledge of drawings and specifications |
interpret information from drawings and specifications |
| B-7.02.03L |
demonstrate knowledge of procedures used to frame exterior ceilings and soffits |
identify tools and equipment used to frame exterior ceilings and soffits, and describe their characteristics and procedures for use |
| describe procedures used to frame exterior ceilings and soffits |
| identify types of fasteners used to frame exterior ceilings and soffits |
| identify types of substrates and describe their properties |
Range of variables
- exterior ceiling and soffit components include: furring channel, studs, flat metal, angles, tracks
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- tools and equipment include: hammer drills, impact drivers, chop saws, plumb bobs, laser levels, spirit levels
- fasteners include: self-drilling screws, pin bolts, powder-actuated fasteners, anchors
- types of substrates include: concrete, CMU masonry, brick, steel, wood
B-7.03-Frames loadbearing bulkheads
B-7.03-Frames loadbearing bulkheads
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-7.03.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-7.03.02P |
identify material thicknesses |
material thicknesses are identified |
| B-7.03.03P |
measure and cut bulkhead components |
bulkhead components are measured and cut according to blueprints and drawings |
| B-7.03.04P |
determine bulkhead component spacing |
bulkhead component spacing is determined according to blueprints and drawings |
| B-7.03.05P |
place and attach bulkhead components |
bulkhead components are placed and attached according to blueprints and drawings |
| B-7.03.06P |
form curves for bulkheads |
curves for bulkheads are formed according to blueprints and drawings |
| B-7.03.07P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
| B-7.03.08P |
install bracing and backing |
bracing and backing are installed |
Range of variables
- tools and equipment include: laser levels, spirit levels, screw guns, impact drills
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- bulkhead components include: studs, backing, hangers, tracks
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: pin bolts, framing screws, drywall screws, anchors
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-7.03.01L |
demonstrate knowledge of loadbearing bulkheads, their components, characteristics, applications and functions |
define terminology associated with loadbearing bulkheads and their components |
| identify types of loadbearing bulkheads and their components, and describe their characteristics, applications and functions |
| B-7.03.02L |
demonstrate knowledge of drawings and specifications |
interpret information from drawings and specifications |
| B-7.03.03L |
demonstrate knowledge of procedures used to frame loadbearing bulkheads |
identify tools and equipment used to frame loadbearing bulkheads, and describe their characteristics and procedures for use |
| describe procedures used to frame loadbearing bulkheads |
| identify types of fasteners used to frame loadbearing bulkheads |
| identify types of substrates and describe their properties |
| identify structural requirements |
| identify bulkhead component spacing requirements |
| identify basic welding and plasma cutting procedures required to frame loadbearing bulkheads |
Range of variables
- loadbearing bulkheads include: store fronts, light coves, canopies
- bulkhead components include: studs, backing, hangers, tracks
- functions include: cosmetic, concealing electrical and mechanical devices, protection from weather, defining room transitions
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- tools and equipment include: laser levels, spirit levels, screw guns, impact drills
- fasteners include: pin bolts, framing screws, drywall screws, anchors
- types of substrates include: concrete, CMU masonry, brick, steel, wood
B-7.04-Frames loadbearing floors
B-7.04-Frames loadbearing floors
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-7.04.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-7.04.02P |
identify material thicknesses |
material thicknesses are identified |
| B-7.04.03P |
measure and cut loadbearing floor components |
loadbearing floor components are measured and cut |
| B-7.04.04P |
determine loadbearing floor component spacing |
loadbearing floor component spacing is determined according to blueprints and drawings |
| B-7.04.05P |
place and attach loadbearing floor components |
loadbearing floor components are placed and attached according to blueprints and drawings |
| B-7.04.06P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
Range of variables
- tools and equipment include: hammer drills, impact drivers, chop saws, laser levels, spirit levels, shears
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- loadbearing floor components include: steel joists, channels, flat metal, bridging, bracing, stiffeners, decking
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: self-drilling screws, anchors
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-7.04.01L |
demonstrate knowledge of loadbearing floors, their components, characteristics, applications and functions |
define terminology associated with loadbearing floors and their components |
| identify types of loadbearing floors and their components, and describe their characteristics, applications and functions |
| B-7.04.02L |
demonstrate knowledge of drawings and specifications |
interpret information from drawings and specifications |
| B-7.04.03L |
demonstrate knowledge of procedures used to frame loadbearing floors |
identify tools and equipment used to frame loadbearing floors, and describe their characteristics and procedures for use |
| describe procedures used to frame loadbearing floors |
| identify types of fasteners used to frame loadbearing floors |
| identify types of substrates and describe their properties |
| identify basic welding and plasma cutting procedures required to frame loadbearing floors |
Range of variables
- loadbearing floor components include: steel joists, channels, flat metal, bridging, bracing, stiffeners, decking
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- tools and equipment include: hammer drills, impact drivers, chop saws, laser levels, spirit levels, shears
- fasteners include: self-drilling screws, anchors
- types of substrates include: concrete, CMU masonry, brick, steel, wood
B-7.05-Frames loadbearing roofs
B-7.05-Frames loadbearing roofs
| NL |
NS |
PE |
NB |
QC |
ON |
MB |
SK |
AB |
BC |
NT |
YT |
NU |
| NV |
yes |
NV |
yes |
NV |
yes |
yes |
NV |
yes |
yes |
ND |
NV |
ND |
Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| B-7.05.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| B-7.05.02P |
identify material thicknesses |
material thicknesses are identified |
| B-7.05.03P |
measure and cut loadbearing roof components |
loadbearing roof components are measured and cutaccording to blueprints and drawings |
| B-7.05.04P |
determine loadbearing roof components spacing |
loadbearing roof components spacing is determined according to blueprints and drawings |
| B-7.05.05P |
place and attach loadbearing roof components |
loadbearing roof components are placed and attached according to blueprints and drawings |
| B-7.05.06P |
select and use fasteners |
fasteners are selected and used according to manufacturers’ specifications, project specifications and building codes |
| B-7.05.07P |
install manufactured trusses |
manufactured trusses are installed according to manufacturers’ specifications |
| B-7.05.08P |
install bridging and bracing |
bridging and bracing are installed according to manufacturers’ specifications |
Range of variables
- tools and equipment include: hammer drills, impact drivers, chop saws, levels, framing squares
- material thicknesses include: gauge and mils of framing members, thickness of drywall
- loadbearing roof components include: studs, flat metal for cross bracing, tracks, bridging, pre-manufactured trusses
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- fasteners include: self-drilling screws, nuts, bolts
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| B-7.05.01L |
demonstrate knowledge of loadbearing roofs, their components, characteristics, applications and functions |
define terminology associated with loadbearing roofs and their components |
| identify types of loadbearing roofs and their components, and describe their characteristics, applications and functions |
| B-7.05.02L |
demonstrate knowledge of drawings and specifications |
interpret information from drawings and specifications |
| B-7.05.03L |
demonstrate knowledge of procedures used to frame loadbearing roofs |
identify tools and equipment used to frame loadbearing roofs, and describe their characteristics and procedures for use |
| describe procedures used to frame loadbearing roofs |
| identify types of fasteners used to frame loadbearing roofs |
| identify types of substrates and describe their properties |
| identify basic welding and plasma cutting procedures required to frame loadbearing roofs |
Range of variables
- loadbearing roof components include: studs, flat metal for cross bracing, tracks, bridging, pre-manufactured trusses
- types of loadbearing roofs include: gable, hip, sloping, flat, mansard
- drawings include: engineered shop drawings, architectural drawings, structural drawings
- tools and equipment include: hammer drills, impact drivers, chop saws, levels, framing squares
- fasteners include: self-drilling screws, nuts, bolts
- types of substrates include: concrete, CMU masonry, brick, steel, wood