This page contains information about SolidWorks in MIE.
NOTE: If you find any errors on this page, or if you have some cool SolidWorks links to suggest, please send email to firstname.lastname@example.org.
Solidworks is a very popular CAD package. If you don't believe me, see this blog post, or just Google “popular mechanical CAD software” - you'll see Solidworks is always listed.
When you create a drawing, you will have to specify a specific template when asked by Solidworks for a format/style. The location of the template depends on whether you have Solidworks installed locally, or you're using a remote connection to campus.
Students MUST use this template for their Solidworks drawings.
As of Winter 2021, students are advised to use OneDrive, if they can, to store their files online such that they can be accessed via the VPN and the computers in KHE-137 and KHE-139.
You can copy the Solidworks template into your OneDrive, and access it directly from the Lab computers and the VPN.
While OneDrive will probably be supported for all of Winter 2021, there is no commitment to long-term support on our Lab computers.
If you are using a remote/VPN connection from home to a computer in KHE-137 or KHE-139, the required Solidworks drawing template is available in:
Network → Keysr → MIE_Public → Solidworks-template.
If you are running Solidworks locally on your computer, you will need to download this SLDDRT file.
You should be able to save it anywhere on your computer, you'll just have to browse to it when you start creating a Solidworks drawing. (Remember a Solidworks drawing is not the same as a Solidworks model.)
There are some great online tutorials available. Once you've started Solidworks, you find them in the Help menu.
The tutorials assume no one has ever used Solidworks on that computer. This is not the case for us. There are certain parameters and options one can set and then not set again. Some previous user may have done this. So if a tutorial tells you to do something, and you can't find it on the screen, beware that it may have already been taken care of by a previous user.
For the time being, Ryerson students can get free access to the online teaching resource Lynda.com, which offers free Solidworks courses.
To register for Lynda, see these instructions.
A good place to start is the SolidWorks Essential Training course.
We've started a list of Solidworks Tips & Tricks that's curated by instructors and teaching assistants. It will grow in time.
You can access the Tips file here.
Save Asfrom inside SolidWorks.
Edit > Undomenu item.
eDrawingsand can be accessed as:
Start > Programs > eDrawings2007(though it may have a different year tacked on the end of its name).
(Developed by Karl Schumacher.)
Follow these steps to author multi-sheet drawings:
Continue to loop through steps 4-6 until “N” drawings have been inserted and annotated to your liking.
Next go to the file menu and select save as. Select PDF as the format and select all the sheets in the ensuing dialogue so that all of the sheets in your DWG file are included in a multi PDF (single pdf file).
Solidworks was designed on the premise that one user gets his/her own installation of Solidworks. It therefore allows one to permanently modify some settings. This generally makes sense in industry, where each worker has their own workstation.
In academic settings, however, this may cause some (minor) problems. For instance:
Be aware of these possible problems. They are not acceptable excuses for errors you may make in your Solidworks drawings or renderings.
Sometimes, hidden/centre lines in your drawings may look fine on the screen, but look different or wrong when you create a printout or a PDF file from your drawing.
There are settings in the PDF printer dialog to turn on
high quality; doing this helps ensure that hidden lines are properly rendered in PDF.
black and white printing is rarely selected and it uses a greyscale, but when it converts a colour to greyscale it inevitably screws it up. So, you can tick the
black and white box and that may help it. Again, this has to be done at the time of making the PDF.
Lastly, there are options for the hidden and centre lines. Make sure those are set to correct values (one of the online tutorials should be able to guide you through that). As a last option, instead of using “print” and selecting the PDF printer, I've noticed that this new version of Solidworks allows you to
save to .pdf format directly; this should improve the quality of rendering and translation.
Wireframe display style generally only works on views of parts and not always in the drawing views because Solidworks is set up to handle parts and views in completely different modules. Thus, a student may not be able to change to wireframe viewing style in a drawing in the same way they can when in the solid modeller.
That being said, the tutorial on
Drawings explicitly shows how to change these options in the drawings module by getting them to play with
display states. Essentially it allows them to set how they want each part/view/type to display in the drawings. With display states they can set that they want the principal views to be in wireframe, and if there's an isometric or trimetric view, then that one can be solid with edges.
Otherwise, they can change the display style of each view they put into the drawing using a simple setting in the
display settings option (see image to the right). Please note that for this setting, it only changes new views added, not views already on the sheet.
The 3 options marked with arrows should be what every student uses for every principal view.
Sometimes, when you are trying to add your name to a drawing – typically in the
<Company Name> slot in the title block – your drawing will disappear. This usually happens when you right-click and select the template field. To make your views reappear, you just right-click and select edit template again. The views are only in the background (temporarily hidden), behind the template.
This should work all the time, but there have been reports where this trick might not work. If you can't get your views back, talk to your TA or the instructor.
Sometimes, you may find you're doing a drawing in, say, millimetres, but Solidworks is using some other unit.
To fix it, refer to this link (Solidworks 2012).
You may see curved lines in Solidworks drawn on the screen as a series of short line segments - as shown in the figure to the left. This is not a problem. Solidworks is just rendering the curve with straight line segments to speed up operation. Internally, the shape is still curved.
When you print the drawing, you should get nice, smooth curves.
If you really want to try to make the screen rendering smoother, try the following:
Tools > Options > Display > Display Resolution and set the
Arc and Circle smoothness to 1000. Then “regenerate” the whole drawing.
A tangent edge is the line that may appear where a flat surface meets a fillet or other curved surface. There is an option to toggle such tangent edges that is covered by the Solidworks tutorials. Students are responsible for knowing about this once they have done the tutorials.
Tangent edges may be useful to you while you are constructing solid models, but are not actually part of a real technical drawing. So make sure you toggle tangent lines off before printing/submitting your work.
(developed and contributed by Sarah Nicholson; modified by F.A. Salustri)
The Solidworks Drawing Template is on a server accessible via remote access.
Path from KHE137 or KHE139 computers:
Network → Keysr → MIE_Public → Solidworks-template
NOTE: Use Template B
The templates are read-only so you must make your own copy before using it.
You are advised to make your own
MEC222 folder on your
U: drive (or your local hard drive at home) and put your copies of the templates in that folder.
Loading those files into Solidworks is done as shown below.
CosmosMotion is for doing kinematic analysis of assemblies. It may not be enabled on your PC. Here's how to turn it on.
Tools > Add-ins
Help > Help on CosmosMotion.