Technical Analysis
When you need to know what's really going on inside the structure.
The Problem
Some structural questions can't be answered with a standard calculation. Maybe you're seeing unexpected movement in a building. Maybe a renovation is pushing an existing structure beyond its original design. Maybe you need to know if a system can handle a new load, a new use, or a condition no one planned for — and you need a clear answer before you commit budget or schedule to a direction.
These aren't situations where a quick sketch or rule of thumb will do. They require detailed engineering analysis — the kind that models real behavior under real conditions. And when that analysis doesn't happen (or happens too late), projects pay for it. Industry data from Buildern shows that 98% of North American construction projects experience delays, with the average project running 37% longer than originally projected. A significant portion of those delays trace back to unresolved technical questions that should have been answered earlier.
These aren't situations where a quick sketch or rule of thumb will do. They require detailed engineering analysis — the kind that models real behavior under real conditions. And when that analysis doesn't happen (or happens too late), projects pay for it. Industry data from Buildern shows that 98% of North American construction projects experience delays, with the average project running 37% longer than originally projected. A significant portion of those delays trace back to unresolved technical questions that should have been answered earlier.
The Problem
Some structural questions can't be answered with a standard calculation. Maybe you'reseeing unexpected movement in a building. Maybe a renovation is pushing an existingstructure beyond its original design. Maybe you need to know if a system can handle a newload, a new use, or a condition no one planned for — and you need a clear answer beforeyou commit budget or schedule to a direction.
These aren't situations where a quick sketch or rule of thumb will do. They require detailedengineering analysis — the kind that models real behavior under real conditions. And whenthat analysis doesn't happen (or happens too late), projects pay for it. Industry data fromBuildern shows that 98% of North American construction projects experience delays, withthe average project running 37% longer than originally projected. A significant portion ofthose delays trace back to unresolved technical questions that should have been answeredearlier.
These aren't situations where a quick sketch or rule of thumb will do. They require detailedengineering analysis — the kind that models real behavior under real conditions. And whenthat analysis doesn't happen (or happens too late), projects pay for it. Industry data fromBuildern shows that 98% of North American construction projects experience delays, withthe average project running 37% longer than originally projected. A significant portion ofthose delays trace back to unresolved technical questions that should have been answeredearlier.
Our Solution
We use finite element analysis (FEA) and advanced engineering modeling to give you a precise picture of how a structure is actually performing — not how it was assumed to perform on paper. Whether you're evaluating an existing building, testing a new design concept, or diagnosing a failure, our analysis gives you data you can act on.
Brian Huston brings hands-on experience in FEA across steel, composite, wood, and mechanical systems — including nonlinear response and complex loading scenarios. You get a clear report with practical recommendations, not a stack of numbers that raises more questions than it answers.
Brian Huston brings hands-on experience in FEA across steel, composite, wood, and mechanical systems — including nonlinear response and complex loading scenarios. You get a clear report with practical recommendations, not a stack of numbers that raises more questions than it answers.
What You Get
- Finite element analysis (FEA) for structural systems, components, and connections
- Evaluation of existing structures for new loads, renovations, or change of use
- Nonlinear and dynamic response modeling for complex loading conditions
- Composite material analysis and mechanical system assessment
- Failure investigation and root cause analysis for structural performance issues
- Clear, visual reporting with actionable recommendations — not just raw data
Typical Results
- Confident go/no-go decisions on renovations, additions, and adaptive reuse projects
- Identification of overstressed or underperforming elements before they become field problems
- Optimized material use — FEA frequently reveals where designs are over-built, reducing unnecessary cost
- Faster project approvals when analysis is thorough, documented, and reviewable
National context: Finite element analysis has become essential to modern structural practice. Research published by SDC Verifier confirms that FEA enables "highly accurate predictions about how structures will respond to different loads," and allows engineers to "optimize designs, improving safety while reducing over design and material costs." For renovation and adaptive reuse projects, FEA can be the difference between a confident path forward and an expensive guess.
Request a Technical Analysis