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Office building in Fortaleza

Engineer appointed by Gerdau – Brazil

The building was designed to be the new icon of Fortaleza that will expand the concept of urban kindness and with an environmentally friendly concept.
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Football Stadium in Bilbao

IDOM Consulting Engineering Architecture – Spain

The building is the new stadium for the San Mames, Bilbao.
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Office building in New Delhi

Institute for Steel Development & Growth – India

The building consisted of four towers.
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Office building in Shanghai (T2 Tower)

Tongji University – China

C80 SRC columns were adopted to reduce component size and improve bearing capacity.
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Office building in Gdansk

Iuav University of Venice – Italy

The Wave complex, consisting of two independent buildings, is being developed in the Oliwa district of Gdańsk.
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Office building in Mexico City

John Hopkins University – United States

A special foundation, dampers, and composite columns were adopted to design a tall building in a zone of high seismicity, addressing the new requirements following the 1985 earthquake, with height, versatility, and structural integrity.
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Office building in California

John Hopkins University – United States

Concrete core and a frame with 3 levels of buckle-resistance bracing for seismic design were adopted to provide safety against earthquake in a seismically active zone, as well as fire and other structural hazards.
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Shopping center in Taguatinga

Engineer appointed by Gerdau – Brazil

The composite solution was chosen considering the optimized best technical solution.
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Concrete filled tubular column with ultra high strength materials

Taisei Corporation – Japan

In recent super high-rise buildings, there are many cases where large spans are required to gain spacial freedom on typical floors and wide atria to allow continuity with the external spaces on the lower floors.
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