Reduction in costs
Concrete volumes
Solution Overview
for
Global construction is accelerating, but the talent pool of structural engineers is shrinking.
The Pressure: Trapped in compressed design windows of under four weeks, engineers lack the time to manually simulate and optimize alternative structural models.
The Result: Engineers rely on conservative assumptions to mitigate risk, leading to a routine 30% over-design in concrete structural elements.
The Impact: Developers waste 7% to 10% of total project capital, driving up construction costs while generating gigatons of avoidable CO2 emissions from a material that already accounts for 8% to 11% of global greenhouse gases.
Our Solution:
Structure Pal offers an A.I-Based optimization tool designed for structural engineers, design managers, and project managers. The tool enables them to reduce the amount of reinforced concrete required in their designs, all while seamlessly integrating into their existing workflows without any learning curve.
The outcome? Substantial reductions in costs (up to 15%), concrete volume (up to 15%), and CO2 emissions throughout the entire building project. Ultimately, Real estate developers and clients experience significant savings in both costs and emissions.
How it works:
While alternatives focus downstream on concrete mix formulations or clunky external tools, Structure Pal optimizes physical building geometry upstream before anything is poured.
What makes our solution unique:
1. Upstream Optimization: Reduces concrete volume by up to 15% and structural COтВВ by up to 30%.
2. Zero Friction: Embedded natively in Autodesk Revit, eliminating exports and learning curves.
3. Complex Geometries: Our AI handles intricate, non-grid designs with code-compliant outputs.
4. Unmatched Speed: Automates drafting to compress a 4-week design process down to 1 day.
5. Clear ROI: Predictable $2/m┬▓ pricing delivers a 3x to 12x return for developers.
Classification & Use Cases
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Maturity & Traction
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Impact & SDGs
Contribution to any of the 17 Sustainable Development Goals:
SDG 12: Concrete is the most consumed material on Earth after water. Its production strains global ecosystems, consuming nearly a tenth of worldwide industrial water and driving heavy depletion of natural aggregates like sand and gravel. By eliminating structural over-design at the digital pre-development stage, we prevents material waste at the source, reducing physical concrete demand by up to 15%.
SDG 9: We bring artificial intelligence directly into the traditional AEC workflow. By functioning as a low-touch AI support agent integrated into tools like Autodesk Revit, our platform automates up to 50% of structural design drafting. This transforms weeks of manual engineering trial-and-error into optimized, data-driven decisions within hours.
SDG 11: Rapid global urbanization requires denser mid-rise and high-rise residential infrastructure. Concrete makes up about 80% of a building’s overall structural weight and half of its embodied carbon. Structure Pal enables real estate developers and engineers to build safer, greener urban housing while reducing structural element costs by 5% to 15%
Main impact areas
Team & Organization
Founding team:
With a team of structure engineers who transformed into software developers we are the “A” team for this novel technology.
Put it simple: We are the frustrated seasoned engineer who decided to solve his own problem and by that a bigger problem for mankind.
