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This
course builds on a predecessor course - Basic CAD 1.
It is part three, in a series of four
course modules which provides an in-depth look
at CAD tools in AutoCAD/IntelliCAD and aim to ensure
that participants attain CAD competency, producing CAD
drawings to the Australian
Standard for technical drafting (AS1100).
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Click
here try
out an instructional movie from the course. The file is 2Mb in size, so
in order to
play the movie effectively, you will need
broadband Internet access and a sound card in your
computer. Here is the iPod version of the movie. |
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Click
here to play a movie which
illustrates the use of the move command. We move a group of
trucks in a drawing precisely 1000mm in the X direction.
Here is the iPod version of the movie. |
An
understanding of the CAD process using either
AutoCAD or IntelliCAD. We prefer that you
have completed our
QuickStart CAD and
Basic CAD 1 courses prior to commencing
this course.
Before enrolling you need:
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To have
played one of the movies above. this will
reassure us that our learning system will work
on your computer. (Even if you enrol for
group or one-on-one training, you still get access to
online materials).
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You need a copy of
CAD software - IntelliCAD, AutoCAD or AutoCAD LT loaded onto your computer.
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Check out
our white paper on
CAD training.
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Editing 1 |
A detailed look at the various
edit commands found in the AutoCAD/IntelliCAD environment. Where
to find the various editing tools on the standard toolbar, the
modify toolbar and the drop down modify menu. In this module,
CUT, COPY PASTE, UNDO. The importance
of changing the general properties of and element versus
changing the geometry of an element. The
ERASE, MOVE, Selection Sets, UNDO, grips, overlapping
entities, REDO, OOPS, EXPLODE, COPY, OFFSET, and
PARALLEL commands are covered. |
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Editing 2 |
More
edit commands: The
SCALE, ROTATE, MIRROR,
ARRAY - polar & rectangular, BREAK, JOIN, TRIM,
ALIGN, and EXTEND and EDIT LENGTH commands. |
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Editing 3 |
More
edit commands: The
STRETCH,
MEASURE, DIVIDE, CHAMFER,
FILLET, EDIT POLYLINE, CHANGE, and
PROPERTIES commands. |
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Text
Input |
Placing single line text in
drawings with the TEXT and DTEXT commands. Using
DTEXT to annotate several parts of the drawing 'in one go'. Creating a text style with
the STYLE command. We deal with style names, font type
SHX and True Type fonts, height obliquing angle etc. Problems
with text 'bleeding' across other entities. Installing font
files. Creating an AS1100 compliant text style. Dealing with
fixed and variable text height styles. Editing text with the
DDEDIT command. Creating a keyboard shortcut (TE) for the DDEDIT
command. Placing multi line text with the MTEXT
command. Using external word processors to place blocks of text.
Using the shareware word processor NotesPad to manage
boiler plate text. Importing text into drawings via blocks. |
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Object Snapping |
Revising and extending the
use of object snap (entity snap) tools. Using transient entity
snaps - one time snaps. Monitoring the status of esnaps in a
drawing session. Modifying flyover markers. Using various entity
snap options from toolbars and keyboard - INT, NODE, MID, QUA,
CEN, QUICK, NEA, NODE, INT, PER. Combining osnaps. Using the OSNAP command
to set running OSNAPS. |
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Using
Blocks
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What's a block? Where are
blocks stored? The reasons for using blocks in CAD drawings.
Blocks in the database. The BLOCK command. Making a ball
valve block suitable for P&ID drawings. Horizontal and vertical
versions of block. Listing blocks in a drawing. Blocks for
landscape use. Using PDSIZE. The IntelliCAD (block)
Drawing Explorer. The WBLOCK command from blocks already
present, Using WBLOCK if no block definition available. Block
and the importance of layer zero. Colour and linetypes in
blocks. The block path. Counting blocks with an AutoLISP
program. Using object snaps with blocks. Blocks for electrical,
civil, mechanical, architecture, landscape. Building intelligent
blocks.
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External references
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Using drawings by others as a
backdrop for your work. Types of backdrop information
- blocks, DXF files, external references, raster images. Using
raster images. Examining and auditing reference drawings before
you start to use them - scale, layers, ucs, limits, spaces etc.
Using blocks as back drops to drawings. Using the
XREF command. Checking sizes of drawings with XREF's.
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Dimensioning 1 |
Simple dimensioning. The DIM
command, dimension styles. The dimension toolbar. Placing
horizontal and vertical dimensions. Updating dimensions.
Creating and modifying dimension styles. Dimension styles in
default drawings. |
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Dimensioning
2 |
Using dimensioning in the
'real world'. acceptable and non acceptable layout. Marrying
dimensioning to the job. |
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Printing&Plotting
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An overview of plotters and plotting.
Pen and pencil plotters, large format inkjet printers. System and non-system
plotters. Plotting a test drawing without assigning line
weights. Plotting with line weights. Colour and line thickness.
Paper space complications. the value of the DEFPOINTS layer.
Scaling drawings. Scaling in paper space viewports. Using PCP
files. Configuring a plotter. Testing a system plotter.
Colours, line weights, paper space, model space plotting.
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Printing with
IntelliCAD |
Overcoming some common
problems encountered when printing using IntelliCAD - pen tables, setting line weights,
title sheet border etc. |
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Attributes |
Using attributes with blocks.
Creating an A1 drawing sheet with 3 attributes for project
title, drafter, scale, drawing file name etc. Using DDATTE to
edit attribute information. |
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Dealing with
incoming drawings |
A check list for
dealing with drawings that have been produced by others. What to
do with a foreign drawing before you use it. |
We offer three different pricing models covering
the same material:
1.
group or one-on-one courses (Adelaide or Canberra - in our offices or
yours)
Each course takes one day and
costs $AUD750.00. A
comprehensive workbook on CD-ROM and sample files is provided
to each participant. Participants are given access to the same
materials on our broadband learning web site. Here you can
complete additional exercises, join various forums, take
multiple choice tests and submit work for comment.
2. CD-ROM based distance learning -
Many courses are available via
our
distance learning program at a
substantial discount -$AUD280.00. Again, we provide a CD-ROM containing many instructional on-screen
movies. The whole course can be completed at home or at work, on
your own computer, at your pace. No Internet connection is
required.
3. Online learning via broadband - fast Internet connection required
Many courses are available by online
learning at $AUD250.00 - these courses feature rapid enrolment,
online forums, multi choice reviews questionnaires etc. Click
here to visit our online
learning site. A reasonably fast broadband Internet connection is
required. Dial up access is not suitable.
Experience over many years has taught us that adults learn best by
progressing through a course of study at their own pace and at times
that suit them. Wherever possible, they like to learn by working on
their own materials, rather than work through long practice exercises. Our courses are specifically designed so that this can
occur- we introduce a topic, provide a movie which shows you how to do
it and then give detailed step-by-step instructions for you to follow.
Courses may be taken at Thebarton in Adelaide, South Australia, in
Canberra in hired facilities, or by distance learning or
broadband learning.
If a course is taken 'in-house' at Thebarton, it normally runs for a
whole day
with a break for lunch. Starting time is 9.15 am and finish time around
4.15 - 4.30 pm. We usually work group or one-on-one, but can take up to 3 students
in our training room. **We only run groups if all students come
from the same organization.**
The full day course runs on demand -
please send an email
to
info@designcad.com.au and we will reply with some
possible dates. Training in this software is offered in both Adelaide and
Canberra, but in
Canberra, we need a minimum of three students in a group
to cover costs as we hire a training room. The cost (and
number of students) can be reduced if your company can
provide a venue.
When taken in-house, Basic CAD 2 normally runs over a full day session.
When taken
externally, experience has shown us that students take
significantly longer to complete the course, primarily
because they are able to break up their learning into
small 'chunks' as time permits. AutoCAD and IntelliCAD
are large
programs - please allow plenty of time to work through
our materials. We would estimate that you have 40-50
hours of work in front of you!
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