Engineering-Workflow

SolidWorks Simulation studies fail in predictable ways. Not at solve time — failure is obvious then. They fail quietly during setup, producing results that look plausible but reflect a model that doesn’t match what you assembled. Bolt connectors that don’t attach. Contact sets that miss a mating pair. A material assigned as 1060 Alloy because the template default was never changed. These issues are systematic. The same five checks catch them before the solver runs and before you hand results to a reviewer who will find them the hard way. ...

Most engineering teams hit the same wall at 3-5 people: the shared drive workflow stops working. Parts go missing, assemblies open with suppressed components, two people overwrite the same file on the same day, and nobody can tell what changed between Tuesday and Thursday. The standard advice — “use cloud sync” or “put it on Git” — misses the specific ways SolidWorks assemblies break under each of these systems. This post covers the actual failure modes of OneDrive, Google Drive, and Git-LFS for SolidWorks teams, and the specific differences in SolidWorks PDM Standard vs. Professional that matter for distributed workflows. ...

The same question comes up on every growing engineering team: “We’re using a shared network folder and emailing DWG files. What should we move to?” The answer depends on how many engineers you have, whether you use SolidWorks, and whether your existing team already runs Git for software or firmware. This guide gives you a decision framework by team size, then walks through the actual tradeoffs of each approach. For the technical setup details — Git LFS configuration, PDM Standard installation, file naming schema design — the CAD version control technical reference covers those in depth. This guide focuses on the selection decision. ...

A recent r/engineering thread on EBOM-to-MBOM translation collected 134 upvotes and 81 comments. The answers split into two camps: “PLM would fix this if companies actually deployed it properly,” and “our team of eight doesn’t have budget for PDM let alone PLM.” Both responses miss the same root cause. The problem starts in how SolidWorks generates an EBOM and what that structure cannot express that manufacturing requires. What SolidWorks Actually Gives You When you insert a BOM table into a SolidWorks drawing or export one from an assembly, you get a direct reflection of the assembly tree. Each component becomes a row. Sub-assemblies appear as parent items with children. Quantities are instance counts. ...

SolidWorks PDM is doing what it was designed to do: managing file versions, controlling access, and keeping your CAD data from becoming a chaotic mess of part_v3_FINAL_real_final.sldprt files. Most teams that implement it see immediate benefits in file control. But then the engineer emails the shop floor a DXF with a hand-typed filename. Procurement is working from a BOM that was exported two weeks ago. The fabrication team has a different quantity listed than what’s in the current assembly. PDM didn’t prevent any of this. ...

There’s a recurring post format in the SolidWorks community that breaks CAD automation into levels: macros, parametric design, API integration, configurators. The comments are always the same — experienced engineers arguing about which level their team is actually at, and why Level 3 is the sweet spot that most teams never reach. They’re right. And understanding why most teams plateau matters if you’re trying to decide where to invest automation effort. ...

Engineering version control for CAD is harder than it looks. A 50 MB SolidWorks assembly changes at the binary level every time you open and save it — even if you moved nothing. Most version control advice comes from software engineers working with text files, and it doesn’t translate cleanly. This guide covers the actual decision: whether to use Git + LFS, a dedicated PDM system, or folder-based naming — what each costs in setup and maintenance, and where each breaks down. Updated June 2026. ...

Poor CAD file management costs engineering teams thousands of hours annually. When designers spend 30% of their time searching for files instead of creating, productivity plummets. Missing references break assemblies. Outdated versions cause manufacturing errors. Lost files force teams to recreate work from scratch. Effective CAD file management solves these problems by creating organized systems that scale with your team. You’ll find files faster, avoid version conflicts, and maintain design integrity across projects. ...