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1 CURRICULUM GUIDE ____________________________________________________________

1 CURRICULUM GUIDE __________________________________________________________________________________________________________________________ WEEK ONE SAFETY AND CLASSROOM PROCEDURES CAREERS AND EMPLOYABILITY SKILLS LEARNING STYLES AND MULTIPLE INTELLIGENCES SOFTWARE APPLICATIONS IS DESIGN IMPORTANT? CAD HISTORY RESUME AND SKILLS INVENTORY LETTERING PROCEDURES (HANDOUT) __________________________________________________________________________________________________________________________ WEEK TWO COMPUTER-AIDED DESIGN WHY USE AUTOCAD? DRAWING SETUP UNITS LIMITS SETTINGS LINE, ERASE, DELETE ZOOM, PAN ESC, UNDO, REDO TEXTSTYLE, TEXT TITLEBLOCK SCALE USAGE PROBLEM 2-9 GEOMETRIC CONSTRUCTION MOVE RECTANGLE Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 76 FIG. 4-44 P. 78 FIG. 4-46 ORTHOMODE Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. FIGURE 11-6 FIGURE 11-7 FIGURE 11-8 FIGURE 12-14 FIGURE 12-15 __________________________________________________________________________________________________________________________ 2 __________________________________________________________________________________________________________________________ WEEK THREE CIRCLE ARC LINETYPE LTSCALE PROBLEM 3-10 PROBLEM 3-11 CHAMFER FILLET OFFSET Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. FIGURE 16-20 FIGURE 16-22 OBJECT SNAPS TRIM/ EXTEND PROBLEM 11-11 HANDOUT PROBLEM 11-12 HANDOUT PROBLEM 11-13 HANDOUT PROBLEM 11-15 HANDOUT PROBLEM 11-16 HANDOUT FIGURE 4-1-F HANDOUT POLAR COORDINATES @4<60 @2, 3 FIGURE 7-11 FIGURE 7-12 FIGURE 7-13 3-POINT ARC FIGURE 5-19 ROTATE FIGURE 5-20 COPY STRETCH FIGURE 18-13 SCALE FIGURE 20-11 HATCH FIGURE 19-10 MIRROR PROBLEM 54 __________________________________________________________________________________________________________________________ WEEK FOUR SKETCH BUTTERFLY FIGURE 17-3 UNITED STATES FIGURE 19-9 STATE OF MICHIGAN ARRAY FIGURE 17-21 LAYERS PROBLEM 4 EXPLODE PROBLEM 5 DRAW ORDER PROBLEM 6 __________________________________________________________________________________________________________________________ 3 __________________________________________________________________________________________________________________________ WEEK FIVE DIMENSIONING AND TOLERANCES Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 79 FIG. 4-52 P. 80 FIG. 4-54 P. 82 FIG. 4-58 P. 83 FIG. 4-64 P. 118 FIG. 6-33 __________________________________________________________________________________________________________________________ WEEK SIX ORTHOGRAPHIC PROJECTION (MULTI-VIEW DRAWING) PRIMARY VIEWS FIRST AND THIRD ANGLE PROJECTION FREEHAND SKETCHING- GRAPH PAPER P. 138 PROB. 1 P. 138 PROB. 3 P. 138 PROB. 4 P. 138 PROB. 6 P. 138 PROB. 8 P. 138 PROB. 10 P. 138 PROB. 11 P. 138 PROB. 12 VIDEO- ENGINEERING THE IMPOSSIBLE (1:40:00) THIRD-ANGLE PROJECTION DRAWING PROCEDURES DIMENSIONING STANDARDS LINETYPES AND THICKNESS Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 159 FIG. 8-26 PROB. 2 P. 160 FIG. 8-27 PROB. 2 P. 162 FIG. 8-29 PROB. 3 P. 165 FIG. 8-38 P. 166 FIG. 8-40 Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. PROBLEM 93 FIRST-ANGLE PROJECTION VIDEO- HOW A CAR IS BUILT (31:00) __________________________________________________________________________________________________________________________ WEEK SEVEN MANUFACTURING PROCESS METAL PART FORMING MACHINED SURFACES Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 243 FIG. 11-33 P. 245 FIG. 11-38 P. 247 FIG. 11-50 P. 249 FIG. 11-57 __________________________________________________________________________________________________________________________ 4 __________________________________________________________________________________________________________________________ WEEK EIGHT INTERCHANGEABLE MANUFACTURING TOLERANCE DIMENSIONING Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 246 FIG. 11-44 P. 248 FIG. 11-53 P. 249 FIG. 11-58 P. 247 FIG. 11-48 P. 247 FIG. 11-49 Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. PROBLEM 32 UNILATERAL TOLERANCE = + .001 PROBLEM 79 BILATERAL TOLERANCE = +/- .005 PROBLEM 97 BILATERAL TOLERANCE = +/- .001 WEEK NINE METRIC CONVERSION http://www.metrication.com/drafting P. 164 FIG. 8-32 P. 165 FIG. 8-36 VIDEO- BUGATTI VEYRON; HOW IT’S MADE (45:19) __________________________________________________________________________________________________________________________ WEEK TEN SECTIONAL VIEWS 3 COMMON TYPES CUTTING PLANE FULL SECTION P. 265 FIG. 12-26 P. 268 FIG. 12-29 PROB. 1 P. 268 FIG. 12-29 PROB. 2 HALF SECTION P. 266 FIG. 12-27 PROB. 5 P. 266 FIG. 12-27 PROB. 8 P. 266 FIG. 12-27 PROB. 9 OFFSET SECTION P. 269 FIG. 12-30 PROB. 4 P. 271 FIG. 12-32 VIDEO- ENGINEERING AND RACING TECHNOLOGY (50:05) __________________________________________________________________________________________________________________________ WEEK ELEVEN AUXILIARY VIEWS TRUE SIZE AND SHAPE Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 287 FIG. 13-20 PROB. 1 P. 287 FIG. 13-20 PROB. 2 P. 287 FIG. 13-20 PROB. 4 THREADS AND FASTENERS Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. FIG. 31-8 FIG. 31-10 FIG. 34-13 FIG. 34-14 PROBLEM 71 __________________________________________________________________________________________________________________________ 5 __________________________________________________________________________________________________________________________ WEEK TWELVE TECHNICAL ILLUSTRATION (PICTORIAL DRAWINGS) ISOMETRIC Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. PROBLEM 38-9 PROBLEM 38-10 PROBLEM 38-11 PROBLEM 87 Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 138 PROB. 3, 8, 11, 12 P. 139 PROB. 2, 3, 6, 19 P. 403 PROB. 5 P. 403 PROB. 7 P. 404 PROB. 4 P. 404 PROB. 6 P. 407 PROB. 3 WEEK THIRTEEN 3D CUBES OBLIQUE P. 406 PROB. 2 V-BLOCK P. 407 PROB. 5 RATCHET WHEEL P. 406 PROB. 7 INITIALS P. 407 PROB. 8 CLOCK BASE P. 406 PROB. 1 RAIL JOINT P. 406 PROB. 3 BEARING P. 407 PROB. 2 SPECIAL CAM ISOMETRIC SECTIONS VIDEO- HOW TO BUILD A SUPER CAR (59:05) __________________________________________________________________________________________________________________________ WEEK FOURTEEN ENGINEERING GRAPHICS WEEK FIFTEEN Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. PROBLEM 81 F15 FIGHTER JET PROBLEM 111 SURVEYOR TRANSIT PROBLEM 112 CATHEDRAL __________________________________________________________________________________________________________________________ 6 __________________________________________________________________________________________________________________________ WEEK SIXTEEN 3D GRAPHICS FIGURE 1-2 FIGURE 1-14 FIGURE 39-13 FIGURE 39-14 EXERCISE 1-4 __________________________________________________________________________________________________________________________ WEEK SEVENTEEN 3D SOLID MODELING EXERCISE 15-1 3D MODEL EXERCISE 15-3 3D MODEL VIDEO- COMPLICATED MILITARY AIRCRAFTS: ENGINEERING (43:32) Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 138 PROB. 3 P. 138 PROB. 8 P. 138 PROB. 11 P. 138 PROB. 12 P. 139 PROB. 1 P. 139 PROB. 2 P. 139 PROB. 6 P. 139 PROB. 19 P. 165 FIG. 8-37 P. 165 FIG. 8-38 WEEK EIGHTEEN USING MEASURING TOOLS AND 3D SOLID MODELING __________________________________________________________________________________________________________________________ 7 __________________________________________________________________________________________________________________________ WEEK ONE In the world around us, architects design massive high-rise buildings, lakeshore cottages, modern churches, and family homes. Architecture includes the relationships between design, construction materials, and the function of a building. Students learn architectural planning, residential styles, interior design, kitchen and bath design, landscape design, and construction methods. CLASSIFICATIONS AND COMMON STYLES http://www.azdarch.com VIDEO- AZD MTV Cribs (9:36) Darian's Teen Cribs Episode (8:37) LETTERING: HANDOUT (PROCEDURES AND STYLES) AMERICAN INSTITUTE OF ARCHITECTS NORTH ARROW ACTIVITY HANDICAP PARKING SIGN BASKETBALL COURT PLAN __________________________________________________________________________________________________________________________ WEEK TWO INTERIOR DESIGN FURNITURE INDUSTRY OFFICE PLAN AND LANDSCAPING DESIGN __________________________________________________________________________________________________________________________ WEEK THREE DIGITAL IMAGES AND EDITING TITLEBLOCK DESIGN __________________________________________________________________________________________________________________________ 8 __________________________________________________________________________________________________________________________ WEEK FOUR INDIVIDUAL ROOM PLANNING Architecture Residential Drawing and Design, Kicklighter. Goodheart-Wilcox, 2004. MAIN ENTRANCE FOCAL POINT CAD DETAIL WEATHER PROTECTION SCALE: ¾”= 1’ 0” http://www.pella.com FIREPLACE CAD DETAIL SCALE: ¾”=1’ 0” BASIC AREAS OF A HOUSE SLEEPING NUMBER NOISE CONTROL VENTILATION (WINDOWS) LIVING LARGEST ROOM PLEASANT VIEW FAMILY ROOM USAGE SERVICE UTILITY ROOM: WATER HEATER FURNACE KITCHEN AREA: 3 MAJOR AREAS (WORK TRIANGLE) 7 BASIC KITCHEN SHAPES LAUNDRY ROOM: FIXTURES AND APPLIANCES BATHROOMS: NUMBER LOCATION (CENTRALIZED PLUMBING) TYPES- OPEN COMPARTMENT FIXTURES SHOWER/TUB SINK (LAVATORY) TOILET (WATER CLOSET) HALLWAYS: WIDTH LENGTH FUNCTIONAL ROOM DESIGN LAYOUT ACTIVITY SCALE: 1/8”= 1’ 0” WWW.ANDERSENWINDOWS.COM DOOR AND WINDOW SYMBOLS (TYPES AND SIZES) __________________________________________________________________________________________________________________________ WEEK FIVE FLOOR PLANS WEEK SIX STEPS TO COMPLETE FLOOR PLAN WALL THICKNESS AND INTERSECTIONS CLOSET SIZES DOOR AND WINDOW SCHEDULES STAIRWAY DESIGN KITCHEN AND BATH DESIGN DIMENSIONING AND LAYERS __________________________________________________________________________________________________________________________ WEEK SEVEN MCC CAD/Drafting Contest WEEK EIGHT P. 250 FIG. 11-62 P. 250 FIG. 11-63 P. 251 FIG. 11-64 P. 251 FIG. 11-67 __________________________________________________________________________________________________________________________ 9 __________________________________________________________________________________________________________________________ WEEK NINE FURNITURE PLAN VIRTUAL FIELDTRIP WEEK TEN FOUNDATION PLAN WEEK ELEVEN STRUCTURAL DESIGN TYPES OF FRAMING AND CONSTRUCTION WALL SECTION ROOF PLAN VIDEO- DOMED STADIUMS (50:00) __________________________________________________________________________________________________________________________ WEEK TWELVE LANDSCAPE SYMBOLS SITE PLAN SCALE: 1/4"=1' 0" WEEK THIRTEEN STRUCTURAL ENGINEERING EQUILIBRIUM EXPERIMENT VIDEO- INNOVATION: BUILDING TO EXTREMES (56:00) __________________________________________________________________________________________________________________________ WEEK FOURTEEN CITY OF CHICAGO- TOPOGRAPHIC MAP __________________________________________________________________________________________________________________________ WEEK FIFTEEN ELEVATIONS DRAWING PROCEDURES WEEK SIXTEEN ROOF PITCH AND FASCIA BOARD BUILDING MATERIALS WEEK SEVENTEEN CHIMNEY AND FLUES WEEK EIGHTEEN LANDSCAPE SYMBOLS DECK AND RAILING SET OF HOUSE PLANS VIDEO- LIFE AS A HOUSE (2:05:00) _________________________________________________________________________________________________________________________ 10 __________________________________________________________________________________________________________________________ LEVEL 2 ENGINEERING MULTIVIEW DRAWING (ADVANCED) Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 167 FIG. 8-46 P. 168 FIG. 8-47 P. 246 FIG. 11-44 P. 251 FIG. 11-65 P. 271 FIG. 12-32 P. 271 FIG. 12-34 __________________________________________________________________________________________________________________________ P. 350 FLANGED COUPLING P. 363 PLANAR JACK Applying AutoCad, Terry Wohlers. Glencoe McGraw-Hill 2007. P. 712 PROB. 88 METRIC P. 665 PROB. 27 P. 685 PROB. 55 P. 716 PROB. 92 P. 721 PROB. 99 P. 723 PROB. 101 P. 693 FIG. 24-27 (HANDOUT) PROBLEM 10-20 (HANDOUT) GUIDE BLOCK __________________________________________________________________________________________________________________________ Basic Technical Drawing, Spencer, Dygdon. Glencoe, 2004 P. 169 FIG. 8-53 P. 169 FIG. 8-54 P. 246 FIG. 11-42 P. 249 FIG. 11-59 P. 250 FIG. 11-61 P. 269 FIG. 12-30 P. 271 FIG. 12-33 P. 237 FIG. 12-41 USING MEASURING TOOLS __________________________________________________________________________________________________________________________ 3D SOLID-MODELING P. 673 PROB. 40 P. 675 PROB. 42 P. 691 PROB. 63 P. 692 PROB. 64 P. 695 PROB. 68 P. 727 PROB. 105 DOOR HOLDER STUFFING BOX BEARING BLOCK MOTOR SUPPORT GEAR SHIFTER __________________________________________________________________________________________________________________________ 11 __________________________________________________________________________________________________________________________ MICHIGAN INDUSTRIAL AND TECHNOLOGY EDUCATION SOCIETY MD-4 Manual Pictorial Illustration Drawing A pictorial drawing of a single part which may involve shading and rendering techniques. No assembly drawings or parts held together will be allowed. No orthographic views or dimensions will be allowed. LIMITED TO ONE SHEET. Judging shall be on the total scope of the project. MD-8 CAD Detail Mechanical Drawing –SINGLE PART This classification includes a single drawing of a manufactured part. Working assembly drawings consisting of more than one part, or parts held together will not be acceptable. No pictorials are to be on drawing. LIMITED TO ONE SHEET. Black Line Drawings Only. No shading or rendering allowed. All drawings must be plotted to a scale. MD-9 CAD Detail and Assembly Drawing uploads/s3/ curriculum-guide 1 .pdf