A construction method that integrates foundations, retaining structures and the building structure, enabling deep excavations to be carried out safely while optimizing construction schedules.

_{• Integrated design and construction.
• Simultaneous construction of basement levels and the superstructure.
• Early use of the ground-floor slab as a logistics platform.
• Adapted to complex urban projects.}

An excavation system based on retaining structures stabilized by ground anchors, enabling basements and deep excavations to be constructed efficiently and safely.

_{• Integration of retaining walls and ground anchors.
• Integrated design and construction.
• Excellent deformation control.
• Optimized construction schedules.}

Geotechnical solutions designed to transfer structural loads to competent ground strata using piles, barrettes, micropiles and grouted piles.

_{• Kelly-drilled piles.
• CFA piles.
• Barrettes.
• Micropiles.
• Grouted piles.
• Diameters from 0.30 m to 2.50 m.
• Depths of up to 92 m.
• Real-time monitoring of drilling parameters.}

Systems designed to stabilize the ground and control deformation during deep excavations and complex geotechnical projects.

_{• Diaphragm walls.
• Secant pile walls.
• Contiguous pile walls.
• Sheet pile walls.
• Ground anchors.
• Cut-off walls.
• Depths of up to 92 m.}

Tests designed to validate and optimize the performance of deep foundations through direct measurements of bearing capacity and geotechnical behavior.

_{• O-Cell testing.
• Micropile load testing.
• Measured capacities exceeding 4,000 tonnes.
• Record depths in Latin America.}

Solutions designed to increase the bearing capacity of existing structures using geotechnical strengthening techniques.

_{• Micropiles installed beneath existing slabs.
• Work in confined spaces.
• Installation under restricted headroom.
• Solutions for structural rehabilitation.}