CAD Automation & 3D Configurators
I build parametric engineering software that automates CAD workflows, generates models and drawings, and powers web-based 3D configurators.
Unlike typical configurators, my tools embed engineering logic, structural rules, and automated calculations.
What Engagements Look Like
3D product configurator for modular structures
CAD automation for structural drawings
Engineering rule engine for prefabricated systems
Automated BOM and cutting list generation
Parametric bridge or building model generators
Web-based HVAC and pipe sizing calculators
Working Parametric Applications
These are working parametric tools built with geometry engines and engineering rules.
Services
Automate structural calculations, geometry generation, and design workflows. Turn repetitive engineering tasks into one-click processes.
Custom tools for Autodesk, Bentley, and other engineering platforms. Generate drawings, models, and documentation automatically.
Interactive tools for configuring products, buildings, and structures. Real-time 3D visualization with embedded engineering logic.
Automated BOMs, production files, and fabrication workflows. Bridge the gap from design intent to shop floor output.
Engagement Model
We analyze your current manual workflows. I identify high-value automation targets and deliver a technical roadmap with ROI estimates.
Rapid development of a functional Minimum Viable Product. We build the core logic engine and validate outputs against your standards.
Full scale deployment. I assist with server setup, integration into existing pipelines, and provide documentation for your team.
Companies needing automated shop drawings and configurators for high-volume, repetitive units.
Firms automating standard bridge, building, tunnel, or rail components.
Businesses selling customizable physical products that need web-based configuration tools.
Tech firms building software products for the architecture, engineering, and construction industry.
Engineering Automation Developer
I am a civil engineer and software developer specializing in parametric engineering systems and computational design.
I previously led research & development at OpenBrIM, building cloud-based parametric modeling systems used in large-scale infrastructure engineering projects.
My work focuses on building software that connects engineering logic, geometry generation, and automated production outputs.
I don't build "websites." I build engineering tools that run on the web. My focus is purely on high-impact automation that removes bottlenecks in your design-to-fabrication pipeline.