Engineering Automation Insights
Practical guidance on CAD automation, product configurators, and engineering design efficiency — from engineers who build these systems every day.
Latest Articles
CAD Customization & Automation: The Complete Technical Guide
Everything engineers need to know about extending AutoCAD, Inventor, and SolidWorks with custom plugins, automation scripts, and API integrations — from macros to production-grade add-ins.
CAD Customization vs CAD Automation: What's the Difference?
CAD customization and automation are often used interchangeably — but they mean different things, solve different problems, and need different investments. This article draws a clear line between the two and helps you choose the right approach.
Design Automation in Material Handling: How Engineering Teams Are Cutting Lead Times
EOT cranes, screw conveyors, belt conveyors — material handling products are highly parametric and heavily drawing-dependent. Here's how leading manufacturers are automating their order-to-drawing cycles.
How CAD Automation Enhances Engineering Team Productivity: Real Outcomes
What productivity gains do engineering teams actually experience from CAD automation, how are they distributed, and what does the implementation that delivers them look like? A grounded, evidence-based analysis.
Engineer-to-Order Manufacturing: How Automation Transforms the Quote-to-Production Cycle
Every ETO order is custom — but most of the work inside each order follows a pattern. This article shows which parts of the quote-to-production cycle are worth automating and how configurators and drawing automation work together to compress weeks of engineering into hours.
SolidWorks Automation: A Practical Guide to Macros, APIs, and Rule-Based Design
SolidWorks offers three distinct automation paths — macros, the SolidWorks API, and rule-based tools like DriveWorks — each with different trade-offs. This guide helps engineering teams choose the right approach and avoid the common pitfalls.
Integrating CAD Customization into Your Workflow: A Step-by-Step Guide
CAD customization delivers its biggest gains when it's woven into how your team actually works — not bolted on as a side project. A practical guide covering workflow mapping, scope selection, parallel validation, and long-term ownership.
The Role of AI in Parametric Design and Engineering Automation
AI is entering engineering automation at specific, practical points — rule drafting, output validation, and pattern recognition. Here's what it genuinely does well today, and where the hype still outpaces the reality.
Autodesk Construction Cloud (ACC) Automation: 3 Key Wins for the AEC Sector
Clash triage, drawing sheet production, and project reporting — three ACC automation workflows delivering measurable ROI for AEC teams using Autodesk's Design Automation API.
CPQ Implementation Roadmap: How to Prepare Your Engineering Data
Most CPQ projects fail not because of the software, but because the engineering data underneath isn't ready. Here's a phase-by-phase roadmap for getting your product rules, CAD templates, and pricing logic in shape before deployment.
Sustainable Engineering: Reducing Waste with Design Automation
Automated rule-based design eliminates over-specification — the biggest source of avoidable material waste in manufactured products. Sustainability becomes a by-product of accuracy, not a separate analysis step.
How to Upskill Your Engineering Team for an Automated Future
Automation changes engineering roles, it doesn't eliminate them. Here's a practical 12-month roadmap for developing the scripting, data structuring, and parametric thinking skills your team needs.
Top 5 Engineering Automation Trends for 2026
AI-assisted rule generation, headless CAD in production, the closed digital thread, low-code tools for engineers, and sustainability built into automation outputs — here's what's actually moving the needle this year.
Build vs. Buy: When Does a Custom Engineering Tool Make More Sense Than Off-the-Shelf?
Off-the-shelf tools win for commodity processes. Custom tools win when your engineering logic is what differentiates you. Here's a practical framework for making the right call — including a 5-year TCO comparison.
iLogic vs Inventor API: Choosing the Right Automation Approach
Should you write iLogic rules or build a .NET add-in? The answer depends on what you're automating, who maintains it, and how far you need it to scale. Here's the decision framework.
AutoCAD Core Console (AccoreConsole): The Complete Guide to Headless CAD Automation
Somewhere in your AutoCAD installation folder sits a tool most engineers have never heard of. AccoreConsole runs AutoCAD's full engine without the GUI — 5x faster, under 100MB RAM. Here's how to use it.
5 Signs Your Engineering Team Is Ready for CAD Automation
If your team spends more time modifying drawings than designing new products, automation isn't optional — it's overdue. Here's how to know when you've crossed the threshold.
Product Configurators vs CPQ Software: What Engineers Need to Know
Not all configurators are created equal. We break down the difference between sales-oriented CPQ tools and engineering-grade product configurators that generate real CAD outputs.
How to Calculate ROI on Engineering Design Automation
A practical framework for quantifying the business case for automation — from time savings and error reduction to faster quoting and reduced engineering bottlenecks.
Why Excel Spreadsheets Are Costing Your Engineering Team More Than You Think
88% of spreadsheets contain errors. When those spreadsheets drive structural calculations or BOMs, the cost isn't just inefficiency — it's risk.
AutoCAD vs Inventor API: Choosing the Right Automation Platform
Both platforms offer powerful APIs, but the right choice depends on whether you're automating 2D drawings, 3D models, or a hybrid workflow. Here's our decision framework.
The Hidden Cost of Manual Drawing Variants in Manufacturing
When a single drawing variant takes 3 hours and you produce 200 per month, the math is brutal. We walk through the real cost — including the opportunity cost of engineer time.
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