What we do.
Programming tomorrow’s structural engineering
Why we do it.
We empower structural engineers to focus on creative design instead of tedious tasks, allowing firms to expand capacity and improving overall industry efficiency. We want companies to stay on the cutting edge of AI and automation.
How we do it.
We combine structural engineering expertise with software craftsmanship, leveraging open-source technologies and collaborating closely with clients to build research‑driven automation tools. By working with users at every step, we ensure our solutions fit real workflows and evolve as industry needs change.
What we believe in.
Transparency
We build auditable tools that let engineers trace every decision—no hidden processes and fewer errors. We uphold the highest integrity by making our code, data, and decision logic open for review, because doing the right thing—even when no one’s watching—builds trust and drives quality.
Education & Collaboration
We stand to be a trusted source for AI and automation in structural engineering, sharing open source insights, academic and industry trends, and emerging tools via newsletters and events—empowering firms, especially smaller practices, to become self reliant and stay ahead of the curve.
Scalability
We design tools with modular architecture and SOLID principles, allowing our automation solutions to grow with your needs, easily extended into a full suite and plugging seamlessly into both commercial software, existing internal software, and open‑source ecosystems.
Matt Dulansky
After earning dual B.S. degrees in Structural Engineering and Computer Science from UC San Diego, I joined Glotman Simpson Consulting Engineers as an Automation Team Intern, developing ETABS‑based tools to streamline design checks. That role led to a position at HP, where I leveraged machine learning and data science to optimize workflows and drive insights.
I’ve been coding for over a decade—starting with small Python scripts in middle school and evolving into complex surrogate‑modeling projects for miter‑gate research at UCSD’s ACOE lab. I love blending engineering rigor with software craftsmanship to push the industry forward.