2. Christopher E. Naujok, P.E., CEP, CSWP Optimizing SolidWorks through Standards

3. Optimization What is optimization? –The best route to the final product

4. How do we do that? Determine: –What do we do now –What do we design –How do we want to do our design Mechanical design Parts and assemblies Better, faster, cheaper

5. Now we have a finish point Look at how you do your design, are you using: –Consistent modeling practices? –“Good” modeling practices? –Working between departments? –Incorporating all the engineering data?

6. Good Modeling Practices Why do we want them? –Design re-use –Engineering changes –Downstream users –PDM These are your modeling standards

7. What should the standards be? Dependent upon your work. Do you design: –Sheet metal? –Machinings? –Castings? –Plastic parts? Since they are designed and function differently, standards will be different.

8. So, you don’t have any suggestions? Of course I do –Think about what you do

9. Example: Simple plate How many ways can I make this plate? –3 types of extrude –Sweep –Loft –Import –Surfaces So which one is the right way?

10. Example: Simple Plate How would you manufacture this plate? –Get stock –Cut it to length Duplicate that in SW –Sketch the section –Extrude to length

11. Example: Square Tube How do we create it? –Extrude thin? –Extrude and shell? Is it one feature or two? –If it’s made as one on the shop floor, it’s one feature in SW.

12. Example: Sketch Complexity What do I put in one sketch? –Break it up by function, two jobs - two sketches –If you use two tools, make it two sketches –Use separate pattern features, not patterns in sketches

13. Example: Feature Order Big cuts first –Why? –That’s how you would do it in the shop –Most small features are dependent on the big ones –It provides an engineering check with each rebuild

14. How many features?

15. Another question Castings and Machinings Configurations Merge part

16. Example: Assembly Structure Reflect the BOM –Automate the drawing –Automate the PDM –Remove retyping from your process

17. Standards :: Conclusion Goal - everyone doing the right things Process - think about it, define what are the best methods Document - put together the what’s and the why’s for every standard Educate - if people don’t understand why, they won’t do it.

18. Automation Making the most of your time

19. Why automate? Remove repetitive tasks Automate complex tasks Make standards compliance easier Improve interaction between different departments Improve the engineering environment

20. What should be automated? “Recipe” tasks Data transfer Standards compliance

21. “Recipe” Tasks A task where every step is clearly defined, and always done the same way Lends itself to easy automation Saves valuable engineering time for actual design tasks

22. Data Transfer Remove manual tasks Don’t retype data –Waste of time –Waste of effort –Source of errors

23. Standards Compliance Make it easier to follow the standards than to violate them. Check for standards compliance. Make data access easier.

24. Example: “Custom” products Family of products where customer mixes and matches options. Family of products where the overall size is customizable, but the rest is driven by relations.

25. Example: Start Models Incorporate manufacturing process Check part numbers - avoid duplication Automatically fill in parameters

26. Example: Component Design Complex design system that can be driven by a limited data set Captures engineering knowledge

27. Example: Assembly change Automation of change notice –System knows what was added/removed –Let the system fill in the forms

28. Automation Tools Macros –Just record and go Keyboard macros –Great for very repetitive tasks Visual basic –Relatively easy to learn, powerful, but limited Visual C++ –More complex, very powerful, unlimited

29. Automation :: Conclusion Automate what makes sense Continue to improve what you have automated Make it easy to use