Engineer-to-Order Doesn't Have to Mean Starting from Scratch

The Common Misconception About ETO Automation

Many Engineer-to-Order (ETO) companies believe automation only works for standardized products.

After all, if every project is unique, how can the design process be automated?

It's a reasonable question—and one we hear often. The reality is that most ETO products contain far more repeatability than many organizations realize.

While the final product may be customized for each customer, the underlying design process often follows familiar patterns. Design standards, calculations, component selections, drawing practices, manufacturing requirements, and configuration decisions are frequently reused from project to project.

Finding the Repeatability

The challenge isn't determining whether automation is possible. The challenge is identifying which parts of the process are truly unique and which parts are repeated every day.

In many organizations, engineers spend a significant amount of time performing tasks that have already been completed countless times before. Although the final design may vary, much of the underlying work remains remarkably consistent.

This is where automation delivers value.

Automating the Repetitive Work

By capturing product knowledge and proven engineering practices, companies can automate repetitive tasks while maintaining the flexibility required for custom products.

Models, assemblies, drawings, bills of material, and manufacturing deliverables can be generated automatically, allowing engineers to focus their expertise where it matters most.

Rather than spending valuable time recreating existing work, engineers can devote more effort to solving customer-specific challenges, improving product performance, and supporting innovation.

Increasing Engineering Capacity

Organizations are often surprised by how much engineering effort is consumed by tasks that add little value to the final product. Repetitive modeling, drawing creation, documentation, and data entry can consume significant resources while contributing little to differentiation.

Automation helps eliminate these bottlenecks by streamlining routine activities and ensuring consistency across projects.

The result is faster turnaround times, improved quality, fewer errors, and increased engineering capacity—all without sacrificing the customization that customers expect.

Flexibility Without Compromise

For many ETO organizations, automation is no longer about standardizing products. It's about standardizing processes, capturing expertise, and allowing engineers to spend more time engineering.

That's why the most successful automation projects don't eliminate flexibility. They make flexibility more efficient.