Its resistance against abrasions, rust, weathering and noise pollution are further reasons the company chose to focus on glass. MZ Architects decided to use high-performance clear glass, which was energy-efficient and able to maximise natural daylight (and views) in all directions lowering the electricity costs. With a striking semi-spherical structure, which comprises two fully glazed, convex-shaped facades, around 25,000 glass triangles make up the HQ’s exterior. The construction materials used over the 23 floors are mostly glass, steel and concrete, but glass was used extensively. The building's efficiency is classed as 82%, making it one of the most efficient designs for the floor area. It was recognised for being one of the country’s first green buildings, having been constructed in line with the US Green Building Council's Leadership in Energy and Environmental Design rating system. Overall, it offers 62,000m2 of o ffice space and has the capacity to hold 120,000 people. The 110-metre-high, spherical Aldar headquarters in Abu Dhabi was designed by MZ Architects.
The façade is made up of 3,720 glass panels which were optimised for bending ratios. Recyclable materials used in its construction.įor the atrium façade, it was important to keep the maximum amount of transparency. This helps to mitigate heat loss in winter and heat gains in summer. The two parts of the tower are constructed with a double-insulated glass façade, which are laminated and insulated low-emissivity. This has created the world’s tallest central atrium at 194m high, which twists 45 degrees, in what has been described as a dynamic pas de deux that realigns the upper floors with the north. The 45-storey building straddles a new subway tunnel in the growing Fengtai business district with halves on either side. It also won many awards, including awards for excellence from the Council of Tall Buildings and Urban Habitat in the categories ‘best tall building’ and ‘interior space’.
While an architectural firm involved in a project may work in Revit, the structural engineer may prefer to use Tekla, and the mechanical, electrical and plumbing (MEP) engineers may use Navisworks, which causes issues to arise when sharing files.ĭesigned by Zaha Hadid Architects, the 172,800m² Leeza Soho in Beijing was awarded LEED ‘gold’ certification, recognising its energy efficient, green and sustainable architectural accomplishments.
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These problems are, in part, caused by the wide range of software available – according to Newforma’s The State of Technology: AEC Firms report, there are seven BIM applications frequently used across thearchitecture, engineering, and construction (AEC) industry, and many more niche tools. According to a recent survey conducted by the Institute of Civil Engineers and ALLPLAN, organisations face a variety of issues when using BIM, including unexpected design changes (55%), exchanging information between parties (45%), and incompatible software (43%).
While BIM has helped to improve communication and collaboration between stakeholders, there is still room for improvement. Today, based on a survey of more than 1,000 industry professionals, some 73% of firms are now using BIM, while just 1% are unsure of what it offers.
2011, the annual NBS BIM Report recorded BIM adoption at just 13%, with 43% unaware of the technology’s potential.
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