CON3210 Framing Systems – Advanced
Advanced · 1 credit · TMT - Trades, Manufacturing and Transportation
- Description
- Students develop appropriate layout and assembly skills to install conventional and/or engineered framing components associated with residential and/or light commercial construction.
- Prerequisite
- CON2035: Framing Systems – Floor CON2045: Framing Systems – Wall
- Parameters
- Access to a building site and/or construction facility and to instruction from an individual with formal, specialized training in carpentry.
Outcomes The student will:
1 compare conventional and engineered framing systems and components
1.1 describe the parts of a typical residential floor and wall frame support system
1.2 identify and describe two common types of posts used in floor framing support systems
1.3 compare the advantages and disadvantages of using:
1.3.1 built-up beams
1.3.2 solid timber beams
1.3.3 laminated beams
1.3.4 steel beams
1.4 compare the advantages and disadvantages of using:
1.4.1 conventional framing materials
1.4.2 truss joists
1.4.3 wooden I-beams
1.4.4 metal joists/studs
1.5 identify and describe typical procedures that are used to join floor joists to a foundation or wall section
1.6 compare different methods used to attach floor joists to steel and to built-up beams
1.7 identify typical framing procedures used in relation to:
1.7.1 load- and nonload-bearing partitions
1.7.2 stair, chimney and stack openings
1.7.3 parallel and 90° cantilevers
1.8 identify and describe common methods of bridging floors and bracing walls including:
1.8.1 cross-bridging
1.8.2 continuous wood strapping
1.8.3 solid blocking
1.8.4 continuous steel strapping
1.9 identify code requirements related to notching and drilling floor joists and wall studs
1.10 identify common types of subflooring materials, underlayments and wall sheathing
1.11 identify the purpose and types of connectors/ties and adhesives that are used in conjunction with the application of flooring and sheathing components
1.12 identify appropriate methods to cover floor/wall openings and construct temporary railings to code
1.13 describe the safe operation of portable electric and air-activated hand tools
1.14 identify appropriate personal protective equipment used on the job site
2 apply print reading and estimating principles to prepare a materials list and cost estimate for a structure that incorporates conventional and/or engineered framing components
2.1 use the appropriate tables to determine the clear spans and actual lengths of joists/headers for a variety of framing materials and applications
2.2 estimate the size and quantities of materials required to construct a floor/wall/ceiling system
3 demonstrate advanced framing, layout and assembly skills
3.1 develop skills in relation to:
3.1.1 built-up beam and header construction and installation
3.1.2 cutting, layout and installation and sheathing of floor, wall and ceiling components
3.1.3 squaring and applying subfloor materials
3.1.4 framing walls and ceiling
3.2 demonstrate the proper lifting techniques
3.3 use proper personal protective equipment
3.4 demonstrate appropriate temporary bracing techniques
3.5 demonstrate the proper care and use of hand and power assisted tools
3.6 secure all floor, wall and ceiling openings
3.7 check the alignment of crowns and bridging systems, as well as the application of fasteners and adhesives
4 demonstrate basic competencies
4.1 demonstrate fundamental skills to:
4.1.1 communicate
4.1.2 manage information
4.1.3 use numbers
4.1.4 think and solve problems
4.2 demonstrate personal management skills to:
4.2.1 demonstrate positive attitudes and behaviours
4.2.2 be responsible
4.2.3 be adaptable
4.2.4 learn continuously
4.2.5 work safely
4.3 demonstrate teamwork skills to:
4.3.1 work with others
4.3.2 participate in projects and tasks
5 create a transitional strategy to accommodate personal changes and build personal values
5.1 identify short-term and long-term goals
5.2 identify steps to achieve goals
Program of Studies 2010. Source document, © Alberta Education.