| 1. Summarize basic concepts of engineering graphics |
| 1. Investigate the concept of engineering graphics |
| 2. Investigate the concept of engineering design |
| 3. Investigate the concept of descriptive geometry |
| 4. Investigate the concept of computer graphics |
| 5. Investigate the concept of geometric modeling |
| 6. Investigate the concept of CAD |
| 7. Investigate the concept of CAE |
| 2. Use freehand and instrument drawing |
| 1. Describe basic freehand guidelines |
| 2. Define oblique, isometric and perspective drawings |
| 3. Demonstrate the use of standard drawing equipment |
| 4. Use standard construction techniques |
| 3. Analyze computer drawing |
| 1. Define CAD terms |
| 2. Identify computer peripherals used in producing computer graphics |
| 3. Compare and contrast computer and instrument drawing |
| 4. Use techniques in producing 2D and 3D drawings by computer |
| 5. Demonstrate knowledge of CAD through the use of AutoCAD |
| 4. Design multiview drawings |
| 1. Define standard 3D coordinate system |
| 2. Define standard orthographic Views |
| 3. Demonstrate the representation of oblique surfaces |
| 4. Demonstrate the representation of hidden features |
| 5. Define conventional practice |
| 6. Classify computer modeling techniques |
| 5. Design pictorials |
| 1. Define the concept of pictorials |
| 2. Compare and contrast axonometric, oblique and perspective drawings |
| 3. Develop exploded pictorials |
| 4. Define wireframe, wiremesh, hidden line and hidden surface representations |
| 5. Analyze the mathematics of 3D projection and transformations |
| 6. Analyze solid modeling |
| 1. Explain wireframe and wiremesh models - advantages and disadvantages |
| 2. Explain surface models - advantages and disadvantages |
| 3. Explain solid models - advantages and disadvantages |
| 4. Define and use constructive solid geometry |
| 7. Design sectional views |
| 1. Define and use full sections |
| 2. Define and use half sections |
| 3. Define and use offset sections |
| 4. Define and use aligned sections |
| 5. Define and use removed sections |
| 6. Define and use revolved sections |
| 7. Define and use broken-out sections |
| 8. Define and use auxiliary sections |
| 9. Define and use phantom sections |
| 10. Explain conventional practice |
| 8. Analyze dimensioning |
| 1. Explain proper dimensioning techniques |
| 2. Calculate tolerances |
| 3. Calculate standard files |
| 4. Define geometric functioning |
| 9. Use fasteners and their graphical representation |
| 10. Describe the design process and design information |
| 1. Define the design process |
| 2. Demonstrate the use of supporting sketches and drawings |
| 11. Use methods of analysis |
| 1. Define basic concepts of vector algebra |
| 2. Calculate representation of lines and planes |
| 3. Calculate views for true length and true shape |
| 4. Describe techniques for determining angles of inclinations |
| 5. Compare mathematical techniques and methods available through computer graphics |
