Foundations, columns, slabs — the skeleton of every building, built with precision.
The structure is the one element of a building you cannot renovate later. Finishes can be replaced, MEP systems can be upgraded, facades can be reclad — but a structurally compromised building is a permanent liability. In Dubai's climate, where temperatures exceed 50 degrees Celsius and humidity corrodes unprotected steel, structural quality is not a luxury. It is survival.
We have inspected buildings where corners were cut during structural works: insufficient concrete cover leading to corroded rebar, under-designed foundations settling unevenly, construction joints that leak groundwater into basements, and columns that cannot support the loads they were designed for. Every one of these failures traces back to the same root cause — a contractor who prioritised speed over substance.
Our structural team approaches every pour, every rebar cage, and every formwork setup as if the entire building depends on it — because it does. We test every batch of concrete, inspect every rebar layout, and document every element. There are no shortcuts in structural works, and we do not take them.
From below-grade foundations to roof slabs — every structural element engineered, built, and tested to code.
Isolated footings, strip foundations, raft foundations, and piled foundations. Every foundation system is designed to site-specific soil conditions confirmed by investigation reports from approved laboratories.
Reinforced concrete columns and beams formed, reinforced, and poured to structural drawings. Rebar is cut and bent to specification, with lap lengths, cover, and spacing verified before every pour.
Solid slabs, ribbed slabs, hollow-core slabs, and post-tensioned slabs. Formwork systems selected for efficiency and finish quality. Every slab is levelled, checked for deflection, and cured properly.
Reinforced concrete retaining walls for basements, boundary conditions, and grade changes. Waterproofing, drainage, and backfill all coordinated as part of the retaining wall system — not treated as separate afterthoughts.
Sheet piling, secant piling, soldier pile walls, and temporary bracing for excavation support. Shoring design considers adjacent structures, groundwater levels, and soil conditions to protect the site and its neighbours.
Concrete cube testing at 7 and 28 days, slump testing on every delivery, rebar mill certificates, cover meter surveys, and formwork inspection. Every test result documented and traceable to the element it belongs to.
Indicative ranges based on building type and structural complexity. Every project receives a detailed quotation based on approved structural drawings.
Complete structural frame for residential villas including foundation, columns, beams, and slabs.
Full structural frame for buildings up to G+5 including foundation, frame, and associated works.
Complex structural systems for buildings up to G+10 with basements, transfer structures, and advanced engineering.
Structural drawing review, soil report analysis, method statement preparation, and material procurement. We confirm every detail before mobilising to site.
Excavation, shoring (if required), blinding, waterproofing, rebar fixing, and foundation pour. Soil bearing capacity verified against design assumptions before proceeding.
Floor-by-floor construction: formwork erection, rebar fixing, MEP sleeves, concrete pour, curing, and striking. Each floor inspected and approved before proceeding to the next.
Final structural inspection, as-built survey, test result compilation, and structural handover to the follow-on trades. Full documentation package for authority submission.
Share your structural drawings or project brief. We will review the scope and provide a detailed quotation.





