Jumeirah Al Naseem Resort, Dubai, United Arab Emirates

Jumeirah Al Naseem will ensure that Dubai’s Madinat Jumeirah Resort remains one of the world’s leading tourist destinations for many years to come 

The fourth luxury hotel within the Madinat Jumeirah Resort development, the Jumeirah Al Naseem links with the three existing Jumeirah resorts, occupies a prime spot on the stunning local coastline.

The Resort, Dubai’s largest, was opened on 1 December 2016 and named in the Top 3 hotels of the Middle East and Africa by Travel + Leisure magazine.

Aurecon started work on the Jumeirah Al Naseem in December 2012 when the company was invited to collaborate on a range of engineering disciplines by leading development and management company, Mirage Leisure and Development. Aurecon and Mirage have collaborated on several previous developments within the Madinat Jumeirah Resort. Other companies appointed to the project included South African architects, Northpoint, who delivered the concept, and the Dubai office of Woods Bagot, who served as executive architect.

Having been awarded several engineering disciplines within the project, Aurecon began its design work in 2013. Civil and structural work was led by the local Dubai office with support from Aurecon’s office in Cape Town, while acoustics design, vertical transportation, marine design, waste management and geotechnical design was handled by experts in other global offices in Australia and South Africa.

The company’s previous experience in the region, particularly in hotels and resorts, proved invaluable in making this project a success. Creating a seamless connection with the rest of the resort was essential, as was making the most of its geographic location, lying across the water from the spectacular Burj Al Arab Jumeirah and delivering incredible sea views to all guest rooms.

Challenging designs

One of the biggest challenges to the structural design was to accommodate the complex building geometry and orientation of the hotel rooms, which were not compatible with the structural grid of the supporting basement car park. The lower level car park was designed with a rectangular grid of supporting concrete columns and walls for effective traffic flow and generous parking bay sizes.

However, the structural column grid for the superstructure was restricted by the orientation of the hotel rooms and corridors, as well as the siting of the public entrances, retail and services spaces on the ground floor.

Adjusting the orientation of the hotel was not an option because every room was required to have a sea view; while the grand entrance hall was situated to give guests a sweeping vista of the iconic Burj Al Arab Jumeirah. With numerous balconies and floor plates that stepped back with increasing height, the combined design challenges made for an intricate and highly detailed engineering process.

The optimal solution to this engineering challenge was the introduction of a concrete transfer slab to overcome the differences between the column grid above and below the ground level. The transfer slab system, which in certain areas is in excess of a metre thick, proved to be one of the challenging technical aspects of the project.

The design had to ensure low deflection of the transfer slab and provide structural redundancy against earthquake loads. It was made more demanding because the transfer slab does not have a uniform thickness or a uniform top level, as it also has to support landscape, planting and pool areas, which lie at different levels around the ground floor of the hotel.

Geotechnical and marine

Early involvement with the geotechnical and enabling works contractor was also crucial to the success of the project. Aurecon recommended the site be vibro-compacted to improve soil conditions and reduce the risk of liquefaction, which can occur during a seismic event. This compaction lowered the ground level by 400 mm and was an effective ground improvement solution.

In addition, Aurecon carried out a marine study for the project, which assessed the vulnerability of the coastal development to severe storm surges. The study included a risk assessment of possible flooding and associated inundation and run-up levels and care was taken to ensure that ground floor levels of the hotel were above possible flood levels. Aurecon also designed marine protection elements, which included sheet piling to the front of the property to prevent undermining of the structure.

The location and guest experience of Jumeirah Al Naseem is crucial to ensuring Dubai’s Madinat Jumeirah Resort remains one of the world’s leading tourist destinations for many years to come.

Award Winning

The project has won the following awards:

  • Construction Week Awards 2017 – Winner: Hospitality Project of the Year
  • Middle East Consultant Awards 2017 – Top 3: Project of the Year


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