Backed & Featured By
|
Backed & Featured By
Most sustainability budgets are wasted before construction even begins.
Carbon is usually calculated after the design is locked. By then, changing structural elements is expensive.
Sustainability data lives in Excel, while the design lives in Revit. The context is lost in translation.
Engineers design for structure, architects for form. No one sees the financial impact of carbon choices in real-time.
A dedicated physics engine for your sustainability data.
OptiDesign calculates SSD scores, embodied carbon, and material cost continuously as you model.
Debug visually. Toggle between Cost, Carbon, and Energy views.
Native API integrations with professional databases.
Auto-detects project location to load the correct Climate Zone and Grid Intensity factors.
Ask questions in plain language. Zaki understands your model, highlights elements directly in the Revit 3D view, and explains your SSD score in context.
Cloud-based FEM analysis. Automatic structural code checks for every member, visualised as a live heatmap.
Over-designed elements are structurally safe but financially wasteful. OptiDesign links each element's capacity ratio directly to its material cost in the SSD score — making structural waste visible as money.
Every project gets a standardised European performance label based on RSSD lifecycle cost per m², including the structural efficiency penalty.
From geometric input to sustainability intelligence in four steps.
Select your region. OptiDesign loads local climate data and relevant material databases automatically.
Work as usual. The plugin runs in the background, calculating embodied carbon, energy usage, and cost for every element.
Switch to 3D Heatmap view. Spot "red" zones immediately and identify high-cost or high-carbon elements and swap materials.
Ask Zaki to explain your SSD score, highlight the worst performing elements, or suggest material alternatives, all in natural language, directly inside Revit.
The sustainability, structural, and AI engines are live. The next frontier is generative design: automatically exploring thousands of structural configurations to surface the mathematically optimal solution for:
"Architects won't have to choose between sustainability and budget anymore. They'll get both."
A clear path from validation to full automation.
Real-time SSD metrics, 3D heatmaps, and EU material databases. Piloted with initial AEC partners.
AI Copilot (Zaki), cloud-based structural EN code analysis, and server-side architecture. Active with 15+ partners.
Automated multi-objective design exploration, ML cost prediction, and full commercial launch.
What's shipped and what's next.
Built by engineers, architects, and researchers.
Construction Engineer & PhD Researcher. SuperNova Alumnus. Leading strategy and vision.
LinkedIn →
AEC Software Engineer, MSc Digital Engineering. Leading technical strategy and integration.
LinkedIn →Tremendously beneficial. We're willing to subscribe to each version and test all updates immediately.
Technology Development Fund (Sproti)
Initial material cost analysis holds 80% of the value. It validates our industry pain points perfectly.
Join the 15+ European AEC firms already running OptiDesign on live projects.