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Scott Onstott has been using AutoCAD for 24 years and has witnessed its evolution into the most popular industry-standard computer-aided drafting and design application. This course is your detailed introduction to the 2016 version of AutoCAD. Scott begins with the basics of the user interface and leads you step-by-step to learning how to draw the kind of precise, measured 2D drawings that form the basis of design communication the world over. Along the way, you'll learn how to create and modify geometry, layers, blocks, attributes, dimensions, layouts, and how to share your drawings with others.

Note: The course is an update to our 2015 training, including new movies on working with object snaps, writing multiline objects, making dimension objects, and more.

Topics include

Changing workspaces

Converting drawings to new units

Drawing lines, circles, splines, polygons, and more

Moving, copying, rotating, and scaling objects

Mirroring, lengthening, trimming, and joining objects

Drawing accurately with coordinates and snapping

Creating gradients

Making dimension objects

Managing object and layer properties

Reusing content

Making external references (including xrefs)

Adding annotations

Packaging and publishing CAD data

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This final lesson concludes the first part of our lesson on the development of the basic BIM concepts. Next week we will take a look at advanced concepts in the BIM.
Part 3: Getting Started with the BIM
The concept of BIM is based on a simple idea, that of the model of a diagram. Most of us know that diagramming a car is like drawing a car. To illustrate this idea, let's take a look at a simple BIM diagram.
The model of a diagram is a three dimensional model of the world. It is a diagram of a table where items in a row are connected by lines (or arrows) to some information in a column. Basically, it is a pantomime of a car. The Model of a diagram is a diagram of a table. For example, a C-pillar, a column or a row of items.
To begin with, let's define the BIM.
To be precise, the BIM is a diagram of a table. In other words, it is a diagram of a table.
A Model of a Table
To illustrate the idea of the BIM, we will use the example of a C-pillar.
In a C-pillar, there are four columns and six rows. In this example, four columns are connected by arrows to the information in the fifth column. The fifth column is connected by arrows to the information in the sixth column. The sixth column is connected by arrows to the information in the seventh column. The seventh column is connected by arrows to the information in the eighth column. The eighth column is connected by arrows to the information in the ninth column.
In the diagram above, the table has eight columns, and eight rows.
In the diagram above, the C-pillar is connected by arrows to the information in the six columns and the information in the six rows.
The Model of a Table
As we can see, the model of a table is a three dimensional table. A three dimensional table is a table with columns, rows and the information in the columns.
Now let's look at the BIM idea.
We can define the BIM as the diagram of a table. In other words, the BIM is a diagram of a table.
The Model of a table is a three dimensional table. A three dimensional table is a table with columns, rows and the information in the columns.
Now, as illustrated above, the C-pillar is connected by arrows to the information in the six columns and the information in the six rows.
The C-pillar is connected by arrows to the information in the six columns and the information in the six rows.
The Model of a Table
The diagram above is a simple example of a BIM. It is not very complex. But one can construct a BIM diagram as complex as this one from memory.
In any case, we see that the model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a table is a three dimensional table.
The Model of a