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Women in Tech
On a regular basis, I come across articles where the
author bemoans the lack of women in the technical
industries. The author, usually a man, posits all sorts
of theories of why women don't want to become
engineers or scientists - we don't like math, we don't
like to solve problems, we don't like the solitary-type
of work, we aren't competitive, we aren't team
players because we didn't play sports as kids, and on
and on.
I hold a BS in Mechanical Engineering. I have worked
as a mechanical engineer and CAD Manager for more
than twenty years. Do I like math? You bet! Do I
like to solve problems? I love it! Did I play
competitive sports as a kid? Well, I played softball
most of my childhood and still play in a women's
league. Don't like solitary work? You have got to be
kidding me....nothing I like better than spending a
day with just me and my computer with nobody
bugging me.
Here's what I don't like....I don't like being in a
meeting with more than one male engineer. When it
is one on one, the male engineer will listen to my
ideas and work with me. As soon as there is more
than one man in the room, the dynamics change.
Suddenly, I am invisible. The two men engage and
immediately compete to see which one of them is the
better nerd. I have lost track of the number of times
I have been interrupted, talked over, and ignored in
an engineering meeting...things men never or rarely
do to each other. I have also lost track of the
number of times I have made a suggestion or put
forth an idea that was ignored...only to have one of
the men repeat the same thing ten minutes later to
great applause. And it wasn't because he said it
better...9 times out of 10 he will repeat what I said
word for word.
I also don't like being relegated to secretarial duties
because, gosh, women are better typists,
communicators, or whatever other patronizing thing
the men want to say. I am sick of being stuck with
the documentation, the specs, the training materials,
the contract review, or whatever...especially when I
am the senior engineer on the team...isn't that
something the junior guy is supposed to be doing?
After work, the male engineers may want to go out
for dinner and drinks....well, guess what? Most
women engineers have to go home and make dinner
and be mommy. We can't go out and socialize like
that...at least not on a regular basis and my husband
doesn't really want me going out drinking with male
co-workers...go figure. Of course, during those
outings, the men are discussing works, assigning
tasks, etc. and it is not a huge surprise to come into
work the next morning to find out that I have been
assigned the project that none of the male engineers
wanted to handle...because it was a) too much work
or b) too boring.
Gee, I can't understand why women would not want
to jump into an industry that treats them in such a
wonderful way. Did you notice that none of
my reasons had anything to do with not liking math
and everything to do with the way some men treat
women? Maybe when men start behaving like better
team players, women will want to be on their team.
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| Exchanging Files in SolidWorks |
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Took me less than a day to hit the same problem in
SolidWorks that Inventor users hit all the time. I
wanted a model of a purchased part from a vendor.
They had the model in SolidWorks format (not in
Inventor, by the way). Awesome, as an Inventor
user, it is annoying to bring in a parasolid and have
to clean it up.
Unfortunately, my company is on 2005 and
apparently the vendor is on 2006. The file would not
open in 2005. OK, no biggie...I'll just tool over to
SolidWorks website and see if they have a nifty
utility for drawing exchange between different
versions of SolidWorks...after all, don't they
champion a similar converter for AutoCAD files?
Imagine my surprise when no such utility is available
from SolidWorks...their advice- why the same thing
that Inventor users have to do...save the file as an
sat and bring it in as a parasolid. So, email the very
nice vendor who is more than willing to do that for
me.
In the real world, this type of exchange happens
every day, multiple times a day...what a waste of
time for users! I understand the need to push for
upgrades, but don't tell me you are making my life
MORE productive when a loss in productivity is
automatically built into each new release.
On a high note, I am now in the SolidWorks 2007
Beta program...so that should help me out in the
future. Getting into their beta was SO EASY! Not at
all the excruciating tribulation I get from Autodesk.
Don't know when SolidWorks 2007 will be released,
but I am thrilled to have the beta. If you decide to
sign up using the link below, be sure to put me as a
reference...emoss@neutronixinc.com...that way I
earn some reward points...if enough of you sign up,
maybe I can win an Xbox 360 to give to my little boy.
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Join the SolidWorks 2007 beta program |
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| Two New Dim Tools in Inventor R11 |
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Inventor R11 introduces two new dimensioning tools
(one tool AutoCAD users will be familiar with)...a tool
to create Chamfer notes and a tool to create tables.
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| Inventor R11 Tracks Memory Usage |
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Inventor R11 requires some heavy-duty hardware.
To help users out, Autodesk has added an indicator
in the lower right of the screen to let you know how
many files you have opened and what your current
memory usage is.
When you start running low on memory, you will get
a balloon notification. If you get too many
notifications, you may want to consider upgrading
your machine. If you can't afford to upgrade your
hardware, take the warnings seriously...close
unnecessary applications, files, and if necessary,
turn off your work station and take a walk around
the block to let the memory drain and re-initialize.
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| Hidden Option in Fillet - RESFIT |
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- Type FILLET on the command line
- You will get the prompt: Select an edge or
[Chain/Radius]:
- Type in a nonsense word.
- You are now prompted: Expects a point or
Edge/Chain/Radius/RESFIT
- Type in RESFIT.
- Type in a value you want to be used for resoluton
fit, like .001.
Resfit is short for "resolution fit." ACIS uses this value
as the fit tolerance when approximating curves and
surfaces.
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