In recent years there has been a breakthrough in construction sector as well as the methods and structural systems to be used. Sometimes, projects need different structural solutions to reach that new architectures.
Our job is to know all these structural typologies and incorporate them on the projects in an optimized way without losing safety criterias and always adjusting to the economic costs that each project requires.
| concrete | in situ | unidirectional slabs |
| bidirectional slabs | ||
| post tension: slabs, beams | ||
| precast | hollow-core slabs | |
| unique | shells | |
| acero | industrial building | |
| lightweight roofs | ||
| space grids | ||
| 3D trusses | ||
| mixtas | main structure | beams, pillars |
| composite slabs | ||
| fabrics | tensioned roofs |
| shallow | concrete footings |
| foundation slabs | |
| foundation beams | |
| deep | in situ piles |
| precast piles | |
| micropiles | |
| retaining | walls |
| diaphragm wall | |
| micropiles wall | |
| ground anchors | |
| cantlilever walls | |
| descent levels (Berlin wall) |
| heritage buildings | masonry consolidation |
| sewing: FRP, FRG, steel | |
| structural reinforcement | steel, concrete |
| Carbon F.R.P. | |
| foundation reinforcement | extension |
| micropiles | |
| injection systems: mortar, resin |