Rising 355.9 metres above Dubai’s Business Bay, Al Habtoor Tower is set to become one of the city’s major residential landmarks. Located along the Dubai Water Canal, the tower combines height, scale and technical ambition in a dense urban setting.
The project includes three basement levels, a ground floor, seven podium floors, 82 tower floors and a roof, with sky villas and penthouses at the upper levels. Behind this vertical city is a hybrid structure that brings together the strength of steel and concrete to support an efficient, resilient and buildable supertall tower.
Why steel matters
For a tower of this size, the structure has to do far more than carry weight. It must help the building stand firm at height, support efficient construction and make the best use of materials. Al Habtoor Tower does this through a hybrid steel–concrete system that uses around 40,000 tonnes of structural steel in key parts of the building.
Steel is used in the tower’s composite columns, floor beams, steel plate shear-wall elements and two major outrigger levels. These outrigger systems act like strong horizontal belts within the building, helping to connect the central core with the perimeter columns and improve stability as the tower rises.
The project also uses higher-strength steel in selected heavily loaded areas. This allows some structural members to be slimmer while still providing the required capacity, helping reduce material use where it matters most.
Building faster and smarter
One of the strengths of steel construction is that much of the work can be planned and prepared before components arrive on site. For Al Habtoor Tower, the project team used a fully digital design-to-fabrication workflow, helping coordinate drawings, materials, fabrication and erection sequencing.
This digital approach made it easier to plan complex connections, integrate construction schedules and identify potential issues before they reached the site. In a fast-moving high-rise project, that level of coordination supports quality, safety and buildability.
Reducing material use and supporting circularity
The tower’s structural design applies the principles of reducing, reusing, recycling and recovering materials. The hybrid steel–concrete system and composite floors help reduce concrete demand, while higher-strength steel is used selectively to limit the amount of material needed in heavily loaded elements.
The project also uses steel produced through electric-arc-furnace routes with high recycled scrap content, alongside fabrication optimisation to reduce plate waste. At the end of the building’s service life, the structural steel can be recovered and recycled again, supporting steel’s role in a more circular construction economy.