When manufacturers begin exploring framing automation, one question inevitably comes up:
“How much of our framing process can actually be automated?”
It’s a reasonable question—but it’s also the wrong one.
After working with manufacturers across North America, Strucsoft’s implementation team has learned that automation isn’t determined by the software alone. Two companies can implement the exact same solution and achieve dramatically different results.
One may automate nearly every repetitive framing task.
Another may only automate half of its workflow.
The difference isn’t the technology.
It’s the process behind it.
Meet the Experts
This article is based on interviews with Product Manager Thaïs Blinovas, and Solutions Technical Specialist Burhan Bustillos-Francis. Together, they have supported numerous framing automation implementations for manufacturers using Revit-based workflows across North America.
Thaïs Blinovas
Product Manager (7 years)
Burhan Bustillos-Francis
Solutions Technician
Rather than discussing automation in theory, they share what they’ve observed across years of customer implementations—from companies just beginning their BIM journey to manufacturers producing thousands of prefabricated wall panels every year.
In Brief
According to Strucsoft’s product and implementation team, most manufacturers can realistically automate between 50% and 95% of their Revit framing workflow. Where they fall within that range depends on several factors, including process standardization, model quality, engineering complexity, and the consistency of their framing rules.
Understanding these factors is far more valuable than chasing a single automation percentage. It allows manufacturers to identify where productivity gains are possible and what changes are required to unlock them.
Why There's No Universal Automation Percentage
One of the biggest misconceptions about framing automation is the idea that software comes with a built-in automation percentage.
During software demonstrations, manufacturers often ask questions like:
- Can your software automate 90% of our framing?
- Will engineers still need to modify every wall?
- How much manual work remains?
Although these questions seem straightforward, they assume automation is a product feature rather than the result of an entire workflow.
In reality, automation depends on something much more fundamental: How repeatable your engineering process is.
As Thaïs Blinovas explains, organizations with highly standardized framing configurations can often automate close to 90% of their repetitive work. Others, whose projects involve greater engineering variation, naturally require more manual intervention because every project introduces new conditions that cannot simply be repeated.
That’s why automation isn’t an on/off switch. It’s a continuum.
The more predictable your workflow becomes, the more opportunities software has to apply consistent framing logic automatically.
What High-Automation Manufacturers Have in Common
After supporting implementations across different market segments, Strucsoft has observed an important pattern.
Organizations achieving the highest levels of automation rarely have fundamentally different software than everyone else.
Instead, they share several operational characteristics.
Manufacturers Achieving Higher Automation | Manufacturers Requiring More Manual Work |
|---|---|
| Standardized wall assemblies | Frequent project-specific framing |
| Consistent engineering rules | Constant engineering exceptions |
| High-quality Revit models | Inconsistent modeling practices |
| Repeatable manufacturing processes | Highly customized production |
| Well-defined BIM standards | Different standards from project to project |
Notice that none of these characteristics relate directly to software features.
They’re all process-driven.
This observation also explains why automation continues to improve after implementation.
Many manufacturers don’t begin their journey at 90% automation.
Instead, they gradually refine their internal standards, create reusable framing rules, improve model quality, and build libraries of repeatable configurations.
As those processes mature, automation naturally increases alongside them.
Automation Doesn't Replace Engineering—It Elevates It
Another misconception is that higher automation means engineers become less important.
The opposite is usually true.
Every framing project contains repetitive work:
- placing common framing members;
- applying recurring framing rules;
- generating similar wall layouts;
- repeating standard design decisions across multiple projects.
These activities consume time, but they don’t necessarily require engineering judgment every time they occur.
Automation handles those predictable tasks so engineers can focus on situations where experience truly matters—reviewing unusual conditions, validating constructability, solving project-specific challenges, and optimizing designs for manufacturing.
As Burhan Bustillos-Francis summarizes:
If you can repeat it in the industry, you can repeat it in the software.”
That simple statement captures the philosophy behind framing automation.
The objective isn’t to eliminate engineering.
It’s to eliminate unnecessary repetition.
Four Factors That Determine Your Automation Rate
If software isn’t the deciding factor, what is?
Across customer implementations, four elements consistently have the greatest influence on automation success:
- Process standardization — Are framing rules consistent across projects?
- Model quality — Can the software rely on accurate BIM information?
- Engineering complexity — How many project-specific decisions require human expertise?
- Team adoption — Has the organization adapted its workflow to take advantage of automation?
Together, these factors explain why two manufacturers using the same technology can achieve completely different results.
In the next section, we’ll examine each one in detail and explore why materials like light gauge steel and wood framing don’t always achieve the same level of automation.
Why Light Gauge Steel and Wood Framing Don't Reach the Same Automation Levels
While both can benefit significantly from automation, light gauge steel (LGS) and wood framing don’t always reach the same level of efficiency—and that’s not because one material is inherently better than the other.
It comes down to standardization.
Light gauge steel manufacturers often work with highly repeatable wall assemblies, predefined member sizes, and consistent production rules. That predictability makes it easier to automate repetitive framing decisions across large projects.
Wood framing, on the other hand, frequently introduces more variation. Local building practices, customer requirements, engineered lumber, custom headers, and project-specific framing details often require additional engineering review.
The result?
Both workflows benefit from automation, but the amount of work that can be standardized is often different.
Rather than comparing materials, manufacturers should ask a more valuable question:
How much of our current workflow is repeatable?
The more repeatable the process becomes, the greater the opportunity for automation—regardless of the framing material.
AI Won't Replace Framing Automation—It Will Enhance It
Artificial intelligence is quickly becoming part of the conversation in every industry, and prefabrication is no exception.
Naturally, manufacturers want to know whether AI will eventually automate framing entirely.
According to Strucsoft’s team, AI should be viewed as the next layer of automation rather than a replacement for engineering expertise.
During the interview, the team discussed internal proof-of-concept work exploring how AI could help generate framing templates from sketches or simplify workflow configuration. Instead of manually building every rule from scratch, AI could accelerate the setup process and make automation more accessible to users.
However, engineering judgment remains essential.
AI can recognize patterns.
Automation can execute predefined rules.
But experienced engineers are still responsible for validating designs, resolving unique project conditions, and ensuring manufacturability.
The future isn’t about replacing engineers.
It’s about allowing them to spend less time repeating yesterday’s work and more time solving tomorrow’s challenges.
The Real Goal Isn't 95% Automation
Many software evaluations focus on one metric:
How much can we automate
After speaking with Strucsoft’s implementation team, a different conclusion emerges.
The most successful manufacturers aren’t chasing the highest automation percentage.
They’re building better processes.
They invest in standardized engineering practices.
They improve BIM quality.
They document repeatable framing rules.
They train their teams.
Automation is simply the result.
In other words, organizations don’t become more efficient because they purchased automation software.
They become more efficient because they created an environment where automation could succeed.
That’s an important distinction—and one that often separates successful digital transformation projects from disappointing software implementations.
Key Takeaways
Before evaluating any framing automation solution, ask yourself these questions:
- Are our framing standards consistent from one project to the next?
- How reliable are our Revit models?
- Which engineering tasks are repetitive, and which truly require expert judgment?
- Are we trying to automate software—or improve our process?
The answers to those questions will tell you far more about your automation potential than any percentage quoted during a product demonstration.
Frequently Asked Questions
How much of a Revit framing workflow can realistically be automated?
Based on Strucsoft’s implementation experience, most manufacturers automate between 50% and 95% of their framing workflow. The actual percentage depends on process standardization, engineering complexity, BIM quality, and workflow maturity rather than the software itself.
Why do some manufacturers achieve much higher automation than others?
Manufacturers with standardized framing rules, repeatable wall assemblies, and consistent BIM practices create an environment where automation can apply the same engineering logic repeatedly. Organizations producing highly customized projects naturally require more manual engineering decisions.
Does framing automation eliminate the need for engineers?
No. Automation removes repetitive modeling tasks while allowing engineers to focus on design validation, constructability, optimization, and project-specific challenges. The objective is to increase engineering value—not replace engineering expertise.
Is light gauge steel easier to automate than wood framing?
In many situations, yes. Light gauge steel manufacturing often relies on highly standardized production rules, making it particularly well suited to automation. Wood framing can also be highly automated, but greater variation between projects may require more engineering involvement.
What role will AI play in framing automation?
AI is expected to complement existing automation by helping users create workflows, generate framing templates, and accelerate repetitive setup tasks. Engineering expertise, however, will remain essential for reviewing designs and resolving complex project conditions.
Final Thoughts
The question isn’t whether your company can automate 95% of its framing workflow.
The better question is:
How much of your current workflow is actually repeatable?
After working with manufacturers across North America, Graitec has found that organizations achieving the highest levels of automation all have one thing in common—they’ve invested in their processes before expecting software to solve every challenge.
They’ve standardized framing rules.
They’ve improved model quality.
They’ve documented engineering best practices.
They’ve trained their teams.
Automation is simply the outcome.
Whether your organization automates 50% or 95% of its workflow, the objective remains the same: reduce repetitive work, improve consistency, and allow engineers to focus on the decisions that create real value.
In the end, successful framing automation isn’t measured by the percentage displayed during a software demonstration.
It’s measured by the efficiency your team gains once repetitive work disappears.
See How Manufacturers Put These Principles Into Practice
Every manufacturer’s automation journey looks different.
Some begin by standardizing wall types.
Others focus on improving BIM quality before introducing automation. Many refine their workflows over time as their engineering teams gain experience with new tools.
If you’re wondering what that journey looks like in practice, start with the companies that have already done it.
Explore how manufacturers such as DBC, PCI, and Blueprint Robotics implemented automated framing workflows, the challenges they encountered, and the lessons they learned along the way.
You’ll also find additional resources on:
- Light Gauge Steel framing workflows
- Wood framing in Revit
- Offsite construction and prefabrication
- BIM best practices
- Smart manufacturing
Because the best way to understand framing automation isn’t by looking at a percentage.
It’s by seeing how real manufacturers transformed their engineering process.
