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1. Understand the importance of engineering drawing as a means of technical communication.
2. Improve visualization skills.
3. Using drawing tools to draw parallel lines, perpendicular lines, and tangents to circles.
4. Using structural engineering methods to bisect lines and angles, and to construct externally and internally tangent arcs to two given arcs.
5. Familiarity with the alphabet of fonts.
6. Understand abbreviations, drawing specifications, and terminology as defined in relevant standards.
Enable students to represent 3D objects using orthogonal projection methods.
8. Creating isometric views from orthographic views.
9. Drawing sections and auxiliary views.
10. Learn basic AutoCAD skills.
1. Understand the basics of geometric construction and schematic drawing techniques.
2. Explanation of the basics of orthogonal projection and perspective projection theories.
3. Using drawing tools to draw lines and basic geometric shapes.
4. Creating Orthographic Projections from Pictorial Projections.
5. Drawing sections and auxiliary views of 3D objects.
6. Applying modern computer techniques (AutoCAD software) to execute engineering drawings, i.e., multi-view projections and axonometric projections.
7. Reading and interpreting engineering drawings (known as reading blueprints in engineering company terminology).
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