The Second Largest Office Building In The World To Be Built In India

The Second Largest Office Building In The World To Be Built In India

Could you ever imagine working in a small city? A new massive office building by Morphogenesis is being built to accommodate over 45,000 people for the Surat Diamond Bourse office in Surat, Gujarat, India. At 603.9 thousand square meter, and housing over 4,000 offices, it will be the second largest office building in the world, placing only behind the Pentagon in Washington D.C. Although its physical footprint may be large, the office building was designed in a manner to minimize its ecological footprint. Passive design strategies such as day-lit workspaces, natural ventilation, and indoor/outdoor spaces not only make the Surat Diamond office an efficient climate-responsive design, but also a key player for achieving aesthetic and comfortable working spaces.

Perhaps the largest challenge with a design of this size is how to navigate the large volume of people which would inhabit it. Morphogenesis approached this by designating the ground plane for vehicular movement and podium levels exclusively pedestrian circulation. On this podium level, transportation routes are optimized to create no walking time greater than 4 minutes from an entrance to office module—a design strategy similar to that of airport terminals.

The Surat Diamond Office wanted to foster an environment of social interaction and recreation. Over 40% of the building spaces are naturally ventilated, and a dense vegetation fills both the outside and inside of the building. These decisions not only blur the line between interior and exterior but also creating psychological advantages and improving indoor air quality. Additional climate-responsive design techniques are utilized to combat the hot and humid climate of Surat. All offices have been designed to face a pure north-south orientation, and a robust building envelope with less than 30% window area, lightweight concrete block construction and using the advantages of thermal mass by natural brick cladding helps bring down the external heat gains.

The efficiency of the building also extends into its construction design. The project represents an innovative approach to low-cost architecture designed with maximum spatial efficiency. Design optimization and simplicity through design modularity diminished project costs to as low as US$ 555.6 for square meter while still maintaining high standards of environmental sustainability.