Descriptive Geometry (AutoCAD)
Descriptive Geometry (AutoCAD) from Christopher Hester
Descriptive Geometry (AutoCAD)

In this course I learned descriptive geometry techniques such as creating auxiliary views, hatching, development extractions, tesselation techniques, and scaling a photo in AutoCAD in model space. The final project consisted of tiling a house with real-world tiles and creating a room finish schedule.

Tesselations - A tesselation is a shape that has a continuous pattern, this was a very fun project!
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Auxiliary View of an Object - this was my first auxiliary view that I created (orthographic views were downloaded from student software)
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Development Production From a Multiview Drawing - I created an development from the multiview drawing on the left
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Isometric Derivation - In this drawing I took an orthgraphic view from a drawing and created an isometric drawing using many layers of colored lines.
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Close up view of the Isometric Derivation drawing
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Tiling Project - Cover Sheet
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Tiling Project - First Floor Bath
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Tiling Project - Garage
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In this assignment, we were to create our name in a symmetrical fashion, so you can turn the drawing upside-down and would see the same thing!
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Tiling Project - Kitchen
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Tiling Project - Laundry
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Tiling Project - Living and Dining Room
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Tiling Project - Loft and Hallway
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Tiling Project - Main Entry
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Tiling Project - Mudway Entry
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Tiling Project - Room Finish Schedule
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Tiling Project - Second Floor Bath
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Descriptive Geometry (AutoCAD)

In this course I learned descriptive geometry techniques such as creating auxiliary views, hatching, development extractions, tesselation techniques, and scaling a photo in AutoCAD in model space. The final project consisted of tiling a house with real-world tiles and creating a room finish schedule.

Christopher Hester
CAD Operator/Drafter Fresno, CA