POLYTECH High School Class of 2012 Student: Instructors: Carlton Norris, Robert Bogdziewicz Instructor Signature: Date: Student Signagure: Date: Competency Based Education objectives rating: 1= Was introduced to task 2= Can perform task with occasional assistance 3= Requires little or no assistance with task 4= Mastery of task CBE average of a minimum rating of 2 qualifies student for a Diploma CBE average of a minimum grade of 2.5 qualifies student for a Technical Diploma Category Competency Description CBE Rating Technical Design 1. Measurement Measure and calulate decimal and fractional Inches Measure and calulate using metric units Read and scale engineering measurements Read and scale architecural measurements 2. Sketching Create multiview sketches of technical design Create pictorial sketches of technical design 3. Geometric Constructions Understand and utilize geometric terms Sketch and Construct complex geometric shapes Calculate and manipulate geometric areas and volumes 4. The Alphabet of Lines Recognize and describe various linetypes Format and scale various linetypes Accurately use the various lineypes of technical design Page 1 of 4
5. Multiview Orthographic Drawing Identify 2D views required to fully describe 3D shapes Create multiview drawings from complex 3D designs Accurately project and verify view alignment 6. Dimensioning Describe ASME dimensioning standards Read and create dimensioned engineering drawings Place dimensions clearly and unambiquously on engineering designs 7. Pictorials Drawing Create and interpret isometric sketches Create and interpret oblique sketches Create complex 3Dimensional shapes from multiviews 8. Sectional Views Create and interpret section views 9. Auxiliary Views Create and interpret auxiliary views Architectural Design 10. Spatial Planning Recognize and utilized appropriate plan symbols Describe AIA (AEC) dimensioning standards Place dimensions clearly and unambiguaouly on architectural designs Recognize and apply design considerations: Create and interpret floor plans Create and interpret foundation plans Create and interpret site plans Create and interpret roof plans 11. Elevation Drawings Recognize and utilize appropriate elevation symbols Calculate and create various building elevations Identify various roof styles Apply appropriate roof styles to building designs Appropriately document elevations 12. Sections/Details Interpret and create architectural sections Appropriately document sections Interpret and create kitchen details Calculate and create stair details 13. Building Codes Recognize and interpret building codes Research and apply building code requirements AutoCAD Applications 14. Computer Maintenance Demonstrates acceptable computer user practices Maintains an orderly work station Organize, and maintain digital file storage system Page 2 of 4
15. User Interface AutoCAD Screen: Identify, describe, and apply Ribbon functions Applications Menu functions Command Line functions Status Bar functions Display Options dialog box Work Space functions Toolbars and docking Command Entry: Identify, describe, and apply Command alliases Dynamic inputs Tooltips Shortcut menus Cascading menus Draw Ribbon: Identify, describe, and apply Line, Polyline, Circle, and Arc command Rectangle, Elipse, Polygon and Hatch Spline, Donut, Xline, and Ray Modify Ribbon: Indentify, describe, and apply Move, Copy, Rotate, Trim Mirror, Fillet, Scale, and Array Erase, Explode, Offset, Break Selection sets Layer Ribbon:Identify, describe, create, and edit Layers-line weights, types, colors Match and modify layer properties Annotate Ribbon: Identify, describe, create, and edit Multiline and Singleline Text Dimensions Styles and Properties Tolerancing Leader Styles and Properties Tables and Styles 16. Drawing Setup, Sheet Layouts, and Plotting Viewports: Identify, describe, create, and modify Drawings in Model Space Drawings in Paper Space Plotting/Printing: Identify, describe, create, and plot Sheet sizes Scaled drawings 17. Groups and Details Groups: Identify, describe, create, and modify Groups of objects Blocks and Dynamic Blocks Symbols Libraries Page 3 of 4
18. Isometric Drawings Isometric drawings: Create, Dimension, and Modify Inventor Applications 19. Parametric Modeling Describe the benefits of parametric solid modeling to mechanical design and engineering Identify the main components of the Autodesk Inventor user interface 20. Part Files Create and edit part files: Create closed profiles sketches with applied dimensional and geometric constraints Create extruded, revolved, and loft features Create engraved and embossed features Create work planes, axis, features, and points Create and modify placed features Calculate the physical properties of parts 21. Drawing Files Create and edit drawing files: Create and edit sheet layouts Place base and projected views Place pictorial views Create and place section views Create and place auxiliary views Place dimensions according to standards Create and edit title block documentation 22. Assembly Files Create and edit assembly drawings: Place various parts into and assembly file Apply appropriate assembly constraints Apply appropriate motion constraints 23. Documenting Assemblies Creating presentation drawings: Create Presentation Views Create and edit dialog boxes Create and document Exploded Views Page 4 of 4
Revit Applications Building Information Management Systems