How to Be Better at CAD Management - Duro Labs

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Duro Design is an AI-native, API-first platform built for modern hardware development. Product Data Management (PDM) Duro Drive protects your work from overwrites without leaving your CAD tool. Coming Soon Integrations Flexibility to build the hardware tech stack your team deserves. API Duro’s GraphQL API allows you to query rich data on your libraries. Solutions Close Solutions Open Solutions SOLUTIONS BY INDUSTRY Aerospace & Defense Stay compliant and launch on schedule. Industrial Automation Get affordable PLM and stay agile. Computer Infrastructure Scale your computer hardware manufacturing. Energy Management Gain efficiency by centralizing documentation. Plans Resources Close Resources Open Resources Resources Resource Center Stay up to date with Duro’s latest content, including blogs, videos, eBooks and more. Read the latest articles on PLM, space tech, hardware trends and more. Success Stories See case studies on how Duro customers have achieved real results. Free Change Order Template Download our editable Change Order template PDF, completely free to use. Free BOM Template Download our editable BOM template PDF, created with our best practices. Glossary of Terms Learn common terms in the PLM and Engineering industry. Support Documentation Our full library of help articles and other support documentation. Company Close Company Open Company COMPANY About Us Get to know Duro and our mission to revolutionize hardware. Careers See our latest job listings and what makes our team tick. Press News on Duro, including fundraising, team additions and integration partnerships. Contact Us Sign In Book a Demo How to Be Better at CAD Management A Practical Guide for Growing Hardware Teams Robert Woo October 27, 2026 TABLE OF CONTENTS Key Takeaways • Good CAD management keeps designs, BOMs, revisions, and manufacturing files aligned. Organizing files is one part of making sure everyone knows what is approved and what to build. • Spreadsheets become harder to maintain as products and teams grow. Repeated data entry, conflicting revisions, and approvals buried in email are signs your process needs more structure. • Start with a few consistent rules. Standardize part numbers, define essential metadata, assign ownership, and distinguish work in progress from released designs. • Connect CAD to the broader product lifecycle. Duro’s PLM and CAD integrations help teams manage product information, publish engineering releases, and coordinate changes across departments. • Improve one workflow before expanding. Start with an active product, establish a reliable release process, and use what you learn to guide the rollout. When your hardware startup has two engineers, one prototype, and a broken foosball table, CAD management can feel straightforward. You save files in a shared folder, track parts in a spreadsheet, and ask the person sitting literally right next to you why none of this is correct. Then the company (hopefully) grows. Now you’ve got your senior mechanical engineer changing the enclosure. Your remote electrical engineer moves a connector. You’re ordering parts from last week’s BOM because the shared spreadsheet was still open on someone else’s laptop and not synced yet. And your contract manufacturer is asking which of the seven drawing revisions to use, and answering requires checking three folders and a Slack conversation. The tools that helped you get started now require constant reconciliation. It’s time for a better system that is robust enough for your growing team, but not much more complicated than Excel. Better CAD management gives your team a reliable way to organize designs, control changes, and communicate approved information. For startups that are growing, the goal is to introduce enough structure to prevent avoidable mistakes while keeping engineering moving at the pace you want. Here’s how to get there. 1. Understand What You Need to Manage CAD management includes the processes your team uses to organize, protect, review, and share design data. That covers native CAD files, assemblies, drawings, component information, revisions, and the outputs needed to manufacture a product. Several tools contribute to this process: Tool Primary role CAD: Computer-aided design Creates and modifies the engineering design. PDM: Product data management Controls design files, their relationships, and work in progress. PLM: Product lifecycle management Connects product information with BOMs, releases, approvals, sourcing, and engineering changes. The boundaries vary by platform. Some CAD systems include substantial data and release management functionality. For a growing team, the useful question is: Where does each type of information belong, and how does it reach the people who need it? Your engineers may manage active design work in CAD and PDM, then publish approved revisions and associated information into PLM. Duro’s  CAD integrations support that connection, bringing engineering releases into a system accessible to the broader organization. 2. Recognize When Your Spreadsheet Is Becoming a Bottleneck Spreadsheets are familiar, flexible, easy to start using, and basically free (probably the number one reason to use them, if we’re being honest). They can be useful for early planning and basic tracking. The difficulty comes when a spreadsheet becomes the manual connection between several changing systems. An engineer updates a CAD model, then edits the drawing, exports a file, updates the BOM spreadsheet, and tells purchasing what changed. Every step depends on someone remembering to complete it. Watch for these signs that you’re outgrowing Excel : • People regularly ask which revision is approved. • CAD properties and spreadsheet BOMs disagree. • Different spreadsheets contain different descriptions for the same part. • Part numbers are assigned manually and occasionally duplicated. • Approvals are scattered across email and chat. • Preparing a supplier package involves hunting through folders. • One engineer is the only person who knows where everything lives. You don’t need to reach a particular headcount before addressing these problems. If your team spends substantial time reconciling information, the process already deserves attention. Here’s an exercise to see how this is working, or not working, for your team: start by mapping just one recent release. List every place someone entered, copied, checked, or shared information. This will reveal where your workflow depends on memory and manual effort. Of course, too much manual effort can lead to errors, and it might be time to upgrade your CAD management. 3. Standardize Part Numbers and Essential Information Consistent identifiers make product data easier to connect. A part should have a stable, unique part number. Its revision should be tracked separately, so people can distinguish the part’s identity from its approved design state. For example, a bracket might retain part number 100245 as it moves from Revision A to Revision B. A substantially different bracket may require a new part number under your company’s rules. Define those rules early, including when a change warrants a new revision or a new part number. Then establish the minimum information required for a usable part record. Depending on the component, that might include: • Part number and description. • Responsible owner. • Lifecycle status. • Material, finish, or relevant specifications. • Manufacturer and manufacturer part number. • Associated drawings and design references. Keep descriptions consistent enough to support searching and reuse. “Bracket, sensor mount” is easier to interpret than “John’s bracket.” Also standardize drawing templates, CAD properties, units, and commonly used library components. Assign someone to maintain these conventions and resolve exceptions. Duro’s  SolidWorks integration supports PLM-based part numbering and management of file metadata, helping teams establish consistent information across their design and product records. 4. Separate Work in Progress From Released Designs The newest design is not always the design your manufacturer should build. For example, engineering might be developing Revision C while a supplier is still producing an approved batch of Revision B. Both states need to remain identifiable. Establish a simple lifecycle, such as: In Work → In Review → Released → Obsolete Define what each state means, who can move a design between states, and what information must be complete before release. It also helps to distinguish a working version from a released revision . Engineers may save many versions while developing a design. A released revision represents an approved state that others can reference for a specific purpose. Your CAD or PDM system should provide appropriate controls for active work, including management of file references and concurrent editing. Your release process should preserve the approved record and prevent subsequent edits from silently changing what others believe they are building. And a pro tip: avoid using filenames such as final_v7_USE_THIS as the primary way to communicate approval. Make status and revision explicit in the managed record, not baked into file names. 5. Keep CAD, BOMs, and Manufacturing Files Aligned A CAD model can be correct while the build package is wrong. The drawing may reference an earlier design. The BOM may specify an outdated connector. The STEP file may have been exported before the final change. Treat a release as a coordinated set of information. Before approving it, verify that: • Models and drawings represent the intended design. • BOM quantities and component revisions are correct. • Manufacturing outputs come from the approved source. • Mechanical and electrical interfaces have been checked. • Required documentation is included. For an electromechanical product, this could mean checking that a PCB’s connector position matches the enclosure opening and that both belong to the intended product configuration. Also review what the CAD-generated BOM leaves out. Adhesives, labels, packaging, and other necessary items may require additional records. Duro provides a place to bring product information from different engineering disciplines together. Its  Altium 365 integration , for example, supports structured eBOM generation and publication of associated schematics, PCB information, and manufacturing files. The practical benefit is a more consistent handoff from engineering to the people responsible for sourcing and manufacturing. 6. Create a Lightweight Release and Change Process A startup needs clear decisions and accountable owners. The approval process can remain small, because that’s the best way to keep moving quickly. For an initial release, identify who checks the design, who approves it, and what constitutes a complete package. For changes to released designs, record: • What changed: The affected parts, assemblies, documents, and revisions. • Why it changed: The problem, requirement, or improvement driving the update. • Who approves: The people responsible for reviewing its technical and operational impact. • When it applies: The build, order, date, or other defined point at which the change takes effect. • What happens to existing material: Whether inventory and work in progress can be used, reworked, or need another disposition. • Who needs notification: Purchasing, manufacturing, suppliers, and other affected stakeholders. For example, consider a connector substitution. Engineering needs to check electrical and mechanical compatibility. Purchasing needs the new sourcing information. Manufacturing needs to know which builds use the replacement. Recording those decisions prevents the team from repeatedly reconstructing them later. Duro’s change orders provide a structured process for proposing, reviewing, and approving product changes, with traceability of the decisions. Teams establishing their first process can also use Duro’s  free change order template to define the information they need to capture. 7. Make Approved Information Easy to Find Engineers shouldn’t have to act as a help desk for every drawing request. Purchasing needs component information. Operations needs release status. Manufacturing needs approved drawings and production files. Each group should have a clear path to the information relevant to its work. Establish where approved information is published and how people access it. Give users appropriate permissions, clearly identify superseded revisions, and define how external partners receive release packages. When sending files to suppliers, include an explicit record of the part numbers and revisions being delivered. Confirm receipt and resolve any ambiguity before production begins. 8. Automate Repetitive Handoffs Once your workflow is clear, look for copying that’s repeated. Common examples include transferring part numbers, entering CAD properties into a spreadsheet, rebuilding BOMs, and collecting production files for release. These are useful candidates for integration. First, decide which system owns each type of information. For example, your CAD environment might own design geometry, PLM might own approved product revisions and engineering changes , and ERP might own purchasing transactions. Then define when information moves and who checks the result. A PLM platform like Duro does this all for you because it offers integrations with SolidWorks, Onshape, NX, and Altium 365, alongside connections to ERP and MES systems. Its  CAD-agnostic approach allows teams to build a workflow around a mixed engineering stack. Check each integration against your actual workflow, including configurations, assemblies, metadata, and required file formats. Assign someone to resolve failed transfers or incomplete records. Automation is most useful when ownership and release rules are already clear. 9. Start With One Product and Expand You can improve CAD management without reorganizing every historical project. Choose an active product or assembly that involves a meaningful handoff to purchasing or manufacturing. Then: • Identify its current approved design and BOM. • Resolve duplicate part numbers and missing information. • Establish lifecycle states and approval responsibilities. • Connect the relevant CAD and product records. • Run a release through the workflow. • Process a subsequent change and check whether downstream teams received the right information. It’s best to document the workflow in a short guide and make it part of onboarding. A new engineer should be able to understand how to create a part, submit a design for review, and find an approved release. Track a few practical measures: time spent finding approved information, preparing release packages, reconciling BOMs, and correcting revision mistakes. Those measures will show whether the new process is helping. Build a CAD Management Process Your Team Can Grow With Good CAD management lets scaling hardware companies develop designs faster while giving the rest of its team confidence in the information they use. For a growing hardware team, that starts with consistent identifiers, clear ownership, controlled releases, and reliable handoffs. As manual coordination becomes harder to sustain, PLM helps connect those practices across products and departments. Duro brings CAD releases, BOMs, product records, and engineering changes into a connected workflow.  Explore Duro’s CAD integrations to see how your existing tools can support a more manageable path from design to production. Frequently Asked Questions What is CAD management? CAD management is the process of organizing, protecting, reviewing, and sharing CAD designs and their associated information. It includes file organization, design references, metadata, revisions, access, and engineering releases. What is the difference between PDM and PLM? PDM generally focuses on design files and engineering work in progress. PLM connects product information across a broader lifecycle, including BOMs, sourcing, approvals, releases, and engineering changes. Teams often use them together, and capabilities vary by platform. When should a hardware startup move beyond spreadsheets? Consider a more structured system when your team repeatedly reconciles conflicting BOMs, struggles to identify approved revisions, loses track of approvals, or spends too much time preparing manufacturing packages. The trigger is the difficulty of coordinating the work. Can a team manage multiple CAD systems together? Yes. Engineers can continue working in different CAD applications while using a connected product management process for released information.