CORRELATION TO ALABAMA COURSE OF STUDY

Transcription

1 CORRELATION TO ALABAMA COURSE OF STUDY Carpentry I and Carpentry II Alabama Carpentry & Building Construction CORRELATION TO ALABAMA COURSE OF STUDY STANDARDS Carpentry I Orientation 1. Identify responsibilities and skills needed by a successful carpenter. Identifying carpentry training, career, and entrepreneurial opportunities 6-12, Advantages and Disadvantages for Entrepreneurs 11 Regional Concerns 20 Section Assessment 12 #5 EL 10; TA 7, 13, 20; UV 7, 9 Hand and Power Tools 2. Demonstrate the safe and proper use of hand and power tools used in carpentry , Builder s Tip 132 Job Safety 86, 130, 132, 133, 138 Reading Check 87 CT 122, 123; DS 134 Codes used for Instructor Annotated Edition pages are the initial caps of headings on that page.

2 Building Materials, Fasteners, and Adhesives 3. Calculate quantities of lumber and wood products using industry-standard methods. 4. Install fasteners, anchors, and adhesives used in carpentry. Estimating and Planning 419, 436, 540, 566, 668, 742, 774, 815 TA 668; TA1 540; TA , 1030 Builder s Tip 389, 1007, 1016 Common Fasteners 1006 Minimum Fastening Schedule for APA Panel Roof Sheathing 564 CT 1006, 1007; TA 1007; UV 1006 Introduction to Concrete, Reinforcing Materials, and Forms 5. Describe properties and composition of concrete. 6. Perform volume estimates for concrete quantity requirements Basic Types of Portland Cement 219 Science Chemical Reactions 220 Section Assessment 223 #5 CT 220, 221; DS 218; M 222; TA 223; UV 218 Estimating and Planning 259, 261, Estimating Concrete Foundation Walls 273 Estimating Material and Labor for Footings 260 Mathematics: Converting Units 266 Mix Proportions for Sand of Various Moisture Content 225 Proportions for Various Mixes of Content 224 Section Assessment 263 #5 Water Proportions for Mixing Small Batches of Concrete 226 CT 224; DS 223; TA 258; UV 225 Carpentry I and Carpentry II 2 Carpentry & Building Construction

3 7. Identify various types of footing forms used in construction. 8. Construct a simple concrete form with reinforcement, plumbing, and bracing according to specifications Footing Forms 258 Form Ties 265 Foundation Wall Formwork 265 Insulating Concrete Forms 266 Section Assessment 274 #2 Types of ICF Forms 267 CT 271; E , , , 271 Form Ties 265 Foundation Wall Formwork 265 CT 262, 271; E 265, 266; UV 262 Reading Plans and Elevations 9. Describe the information found on drawings typically included in a set of construction plans. Examples: lines; architectural abbreviations; electrical, mechanical, and plumbing symbols 10. Interpret plans, elevations, schedules, sections, and details contained in basic construction drawings Architectural Abbreviations Customary Scales Used for Drawings 44 Different Symbols 47 Divisions of an Inch 43 Electrical Symbols 1028 A Flat Scale 45 Line Meanings 46 Plumbing Symbols 1027 CA 47; TA 47; UV Builder s Tip 41, 52 CT 50, 52, 53; R 54; TA 51; UV 50, 51, 52, 54 Carpentry I and Carpentry II 3 Carpentry & Building Construction

4 11. Produce a list of materials needed for a specific construction project Builder s Tip 64, 65 Estimating Materials 59 Estimating on the Job 285 A Simple Quantity Takeoff 60 Step 2 103, 212 DS 59; R 64, 65; UV 59 Site Layout One: Distance Measurement and Leveling 12. Convert measurements stated in feet and inches to equivalent measurements stated in decimal feet. Converting decimal feet to feet and inches 13. Perform site layout tasks for a construction project according to specifications , 249 Converting Inches to Decimal Fractions of a Foot 249 Customary System 1048 Metric System 1048 Review and Assessment 501 #10 Science: Measurement 45 Two Systems 42 UV Batter Board Detail 245 Excavation Detail 249 Hands-On Math Project Step-by-Step Application 242, 244 Using Batter Boards 244 CT 245; EL 248; R 248; UV 245 Carpentry I and Carpentry II 4 Carpentry & Building Construction

5 14. Use a builder s level and differential leveling techniques to determine site and building elevations. Floor Systems 15. Interpret drawings and specifications to determine floor system requirements. 16. Identify floor and sill framing and support members Automatic Level 237 Builder s Level 237 Figure Figure Laser Level 238 Step-by-Step Application 239 Transit 238 TA 237, 246 Floor Joist Spans for Common Lumber Species 403 An I-Joist Floor System 407 Joist Headers 412 Layout of the Remaining Joists 405 Locating the First Joist 405 Stairwell Parallel to Joists 413 Stairwell Perpendicular to Joists 413 CT 412; R 413; UV 407, Bearing Plate 400 Joists Flush 398 Joists on Top 397 Parallel-Chord Trusses 400 Section Assessment 401 #1, #2, #3 Thickened Slab 396 CT 396, 397; DS 396 Carpentry I and Carpentry II 5 Carpentry & Building Construction

6 17. Select the proper girder or beam size according to specific floor load and span data. Selecting the proper joist size according to specific floor load and span data 18. Construct a floor assembly to specifications. Examples: bridging, joists for a cantilever floor, subfloor for a single-floor system Calculating an estimate for materials needed to frame a floor assembly , , 403, , Built-Up Girder 399 Estimating for Built-Up Girders 399 Floor Joist Spans for Common Lumber Species 403 Section Assessment 401 #5 CT An I-Joist Floor System 407 Estimating and Planning Estimating for Built-Up Girders 399 Layout of the Remaining Joists 405 Locating the First Joist 405 Step-by-Step Application 404, 408 CT 405; TA 401, 404; UV 414 Carpentry II Framing Metal Studs 1. Identify tools and fasteners used in metal stud systems. 2. Demonstrate the installation of a metal stud wall according to specifications Box Header Detail 856 Chop Saw 839 Electric Shears 839 Hole Punch 841 Nailer 838 Press Brake 840 Steel Framing Screw 841 CT 836, 840; DS Braced Walls 851 Builder s Tip 854 Installed Stud 850 Intersecting Wall 850 Step-by-Step Application 855 CT 850; TA 851; UV 851, 852, 853 Carpentry I and Carpentry II 6 Carpentry & Building Construction

7 3. Demonstrate the installation of a metal doorframe according to specifications. 4. Demonstrate the installation of a metal stud radius wall according to specifications , TA 856 Radius walls are discussed on the following page. 457 Wall and Ceiling Framing 5. Identify components of a wall and ceiling layout. 6. Identify common materials and methods used for installing sheathing on walls. 7. Construct exterior walls for a frame building, including laying out, assembling, erecting, and bracing to specifications. 8. Demonstrate wall framing techniques used in masonry construction , Bearing Walls 430 Regional Concerns 432 Section Assessment 437 #1, #2, #3 Step-by-Step Application 433 M 433; TA 432, 433; UV , 430, Estimating and Planning 436 Mathematics: Estimating 461 Section Assessment 437 #4 Wall Sheathing 435 CT 435, 437; TA Door Framing 449 Level Method 452 Squaring a Wall 450 Straightening a Wall 452 Window Framing 449 CT 450, 451; TA 432, Using a Corner Pole 701 UV 701 Carpentry I and Carpentry II 7 Carpentry & Building Construction

8 9. Demonstrate the installation of ceiling joists on a wood frame building according to specifications. 10. Calculate an estimate of materials required to frame walls and ceilings Allowable Spans for Ceiling Joists Using Non- Stress-Graded Lumber 487 Section Assessment 491 #1, #2, #3, #4 Step-by-Step Application 489 CT 486, 487, 488, 489; UV 488, 489 Builder s Tip 445 Estimating and Planning 436 Mathematics: Estimating 461 Precut Studs 431 Regional Concerns 431 Section Assessment 437 #5 TA 437 Roofing Frame 11. Demonstrate methods used to calculate the length of a rafter. 12. Identify various types of trusses used in roof framing , 475, 476, 477 Actual Rafter Length 475 Finding the Unit Length 477 Hands-On Math Project Mathematics: Geometry 467 Sample Problem 477 Theoretical Rafter Length 475 TA 477; UV 478, Parts of a Roof Truss 492 Types of Trusses 494 CT 492, 493; DS 492; TA 493; UV 493, 494, 495 Carpentry I and Carpentry II 8 Carpentry & Building Construction

9 13. Construct framing for a gable roof with vent openings according to specifications. 14. Construct framing for a roof opening according to specifications. 15. Use trusses to erect a gable roof according to specifications. 16. Estimate materials used in framing and sheathing a roof. 467, Figure Figure Job Safety 473 Section Assessment 542 #1, #2, #3 Terms Used in Roof Framing 469 CT 539; TA 467; UV 471, , , , , , Builder s Tip 484 Step-by-Step Application 525 CT 522, 536; TA 525, , Framing Plan for a Gable and Valley Roof 472 Ground Bracing 497 Job Safety 473 Section Assessment 499 #2, #3, #4 Terms Used in Roof Framing 469 CT 497; TA 467 Estimating and Planning 540, 566 Framing Plan 522 Hands-On Math Project Minimum Fastening Schedule for APA Panel Roof Sheathing 564 TA1 540; TA2 540 Carpentry I and Carpentry II 9 Carpentry & Building Construction

10 Windows and Exterior Doors 17. Install a pre-hung window Builder s Tip 588 Regional Concerns 578 Section Assessment 591 #2, #5 Step-by-Step Application 589 CT 586, 589; DS 585; M 579; R 578; TA Install a pre-hung exterior door with a lockset Job Safety 601 Step-by-Step Application CT 604, 607; M 601; R 604; TA 601; TA1 608; UV 607 Basic Stair Layout 19. Demonstrate the installation of stringers, risers, and treads for a stair system according to specifications. Constructing a handrail for a stair system , , Estimating and Planning 742 Parts of a Stairway 728 Review and Assessment 747 #11 Section Assessment 745 #4 Step-by-Step Application 734 CT 728, 731; DS 732 Carpentry I and Carpentry II 10 Carpentry & Building Construction