Sacyr's Blog

The Uruguayan engineer used mathematics and geometry to explore new possibilities for brick construction. The Berlingieri House, the Church of Atlántida, and a warehouse at the Port of Montevideo illustrate how his work evolved from early reinforced brick vaults to roofs capable of spanning 50 meters without intermediate columns.

We use artificial intelligence to reduce energy consumption in ventilation systems and assess the structural condition of tunnels.

We’re using an innovative solution—bricks made from construction waste—to build the new Velindre Cancer Centre (Wales), one of the most sustainable hospitals in the United Kingdom.

In this article, our colleague Nicolás Araúzo explains that in an industrial plant, fire protection does not begin when a pump, a network of fire hydrants, or a detection system is installed; rather, it is designed from the very beginning of the project.