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Airport terminal building in Port Blair

Construction Catalysers Pvt. Ltd. – India

22 sculpted steel 3D trusses each having a different span were adopted to ensure structural stability and achieve the unconventional awe-inspiring aesthetics.
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Residential in Rotterdam

ABT B.V. Ingenieursbureau Delft – Netherlands

The building is a luxury residential development composed of a portion of “sky apartments” in the upper section and a portion of “city apartments” in the lower portion of the tower.
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Complex building in Singapore (State Court)

National University of Singapore – Singapore

Composite floor supported by composite beams can reduce the floor height compared to RC structure.
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Passenger terminal of train station in Madrid

MC2 Ingeniería – Spain

The project described is the first part of a multi-stage extension project of the Madrid Atocha train station passenger terminal, to manage a two fold increase in passenger traffic in about 10 years.
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Complex building in Wuhan

Tongji University – China

The structure is a frame-core tube-outrigger truss hybrid system.
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Office building in New York (One World Trade Center)

John Hopkins University – United States

A hybrid system combining concrete and steel was adopted to enable large, column-free spaces within the One World Trade Center efficiently and innovatively, while maintaining the highest safety standards.
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Office building in Munchen

Werner Sobek – Germany

The new headquarters of the German Automobile Association ADAC is a 23-story high-rise building with a 5-story low-rise podium building.
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Office building in Shenzhen

Tongji University – China

Main structural members like shear walls, columns, and floors adopted composite components to increase their bearing capacity.
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Logistic facility in Singapore (JLH)

National University of Singapore – Singapore

New composite beams and columns were adopted to reduce the beam height and the weight of the columns.
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