AC-IDD 11
Course 11 Standard
.Utilize orthographic projection to create and dimension multi-view drawings manually
and using CADD.
11.1 Draw an object that is described with two views.
11.2 Draw an object that is described with three views.
11.3 Select proper drawing scale, views, and layout.
11.4 Draw an object that has an inclined surface.
11.5 Draw an object containing circles and arcs.
11.6 Correctly identify views of an object.
11.7 Create orthographic projections utilizing the necessary views
and using CADD.
11.1 Draw an object that is described with two views.
11.2 Draw an object that is described with three views.
11.3 Select proper drawing scale, views, and layout.
11.4 Draw an object that has an inclined surface.
11.5 Draw an object containing circles and arcs.
11.6 Correctly identify views of an object.
11.7 Create orthographic projections utilizing the necessary views
Artifacts
Reflection
In this new Unit we've made a step ahead to real architecture,by learning what an ortographical projection is and how to draw it in AutoCAD. The basic components an ortographic projection is made of are front, top and right views,then the other components necessary to draw it in AutoCAD are Center line,Hidden line and Construction line,used for sketch also. At first it hasn't been reaaly easy to learn it and to draw it in AutoCAD,also because, while in the Unit before we just had drawn 2D figures, this time we had to look at the 3D figure and figure out how to draw the three views. Ortographic projection has real world application becuase everything an architect plans and builds is in 3D,have you ever seen a 2D house? Defenitely not! This kind of draw is the first one a professionals do in his way to the plan to the house, and it has very importance in order to achieve his goal, building a safe and well-structured building(sorry..). So I can say that in this Unit I have learned to look at one figure by different perspectives without limiting myself just to what I actually see and I have also learned how to represent a 3D figure in a 2D space.