Design optimization, where it really matters

Optimizing Concrete Structure Design: A Win for Sustainability & Cost Efficiency

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.

The Solution: Automation & Optimization

By implementing automated design tools and optimization techniques, engineers can ensure leaner, smarter, and more cost-effective construction. These strategies reduce material waste, cut costs, and lower environmental impact—creating structures that are both financially viable and ecologically responsible.

Sustainable design is no longer just an ethical choice—it’s an economic necessity that benefits both the planet and the bottom line

Structure Pal: Revolutionizing Concrete Design with AI

Structure Pal provides structural engineers, design managers, and construction project managers with a state-of-the-art AI-powered tool that optimizes reinforced concrete usage. This advanced solution seamlessly integrates into existing workflows without the need for extensive training, allowing professionals to effortlessly reduce material volume, cut costs, and minimize CO₂ emissions. The result? Smarter, leaner, and more sustainable construction without compromising efficiency or design integrity.

The result in numbers:
1. 15% concrete volume reduction on average.
2. 15% reduction in concrete related execution costs on average.
3. 50% design time reduction on average.
4. Reducing construction emitted Co2 emission - up to 30%