Design optimization.
Where it matters.

Structure Pal helps developers and structural engineers reduce cost and emissions early and fast, before decisions are harden into drawings and concrete orders.

See practical options for lower concrete volume - then let the project engineer decide what moves forward.

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One structure. Multiple disciplines

Choose the view closest to your work.

DEVELOPERS & OWNERS

Protect the project

before procurement.

See where the structural scheme may be carrying avoidable concrete and cost. Get quantified options your structural engineer can review, not a generic value-engineering list.

Explore the optimization suite→

STRUCTURAL ENGINEERS

Question the slab

without leaving Revit.

Read moments, deflection, shear, punching, required thickness, and reinforcement from the model already open. Test columns and loads in a sandbox, then commit only approved column changes.

Start with the question.

Comparing approaches, exploring a partnership, or unsure which offer fits? Tell us what you are working on and we will route the conversation to the right person.

A 37-storey result, measured in project terms.

For Locust 8, a Hi-Rise Group and Fengate project, Structure Pal examined an above-ground reinforced-concrete scope of 18,300 yd³ (14,000 m³). The result was less concrete, lower hard cost, and a material reduction in embodied CO₂.

Story high-rise

$1.1M

In hard cost savings

717

Tons of CO2 avoided

30%

Potential emissions reduction

$3–$15 return for every $1 invested

AI-Powered Concrete Optimization:
Less Carbon, Lower Costs, Zero Compromise

The overuse of concrete in construction is both an environmental burden and a financial drain.

With the industry responsible for 11% of global CO₂ emissions, excessive concrete usage worsens climate change, strains natural resources, and leads to unnecessary expenses for developers, clients, and stakeholders.
The Environmental & Financial Toll of Over-Designed Concrete Structures
High CO₂ Emissions – Cement production is one of the leading sources of greenhouse gases, accelerating climate change.
Resource Depletion – Overuse increases demand for raw materials like sand and gravel, contributing to environmental degradation.
Construction Waste – Unoptimized designs result in excess material waste, driving up disposal costs and pollution.
Inflated Material Costs – Excess concrete leads to higher procurement expenses, impacting budgets.
Extended Labor & Build Time – More material means longer construction periods, raising labor costs.
Reduced Long-Term Profitability – Inefficient designs can lead to higher maintenance and operational expenses over time.

Sustainable design is no longer an extra cost -

It’s your project’s competitive edge.

See where the next decision could pay.

Share the project stage, current model, and structural question. We will show whether Slab Insight, an operator-run optimization study, or neither is the right next step.

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A brief overview of our clients

“We have worked with Structure Pal on many projects over several years, and have found that while structural costs and concrete volumes reduced, we also gain a better understanding of what is possible with the structure. The collaboration with Structure Pal allows us to explore many possibilities quickly and results in more efficient structures.”

Craig Slama, Partner, Jablonsky & Ast