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SYSTRA International Bridge Technologies

Address : 9325 Sky Park Ct, San Diego, California 92123, United States

Industries : Civil Engineering

Company Description

SYSTRA International Bridge Technologies (SYSTRA IBT) is an engineering firm dedicated to bridge engineering. As a wholly owned subsidiary of the SYSTRA Group, a global leader in public transport and mobility engineering, SYSTRA IBT plays a pivotal role within SYSTRA's Global Bridge Network. This network unites 350 bridge engineering specialists globally, including SYSTRA IBT in the United States, Canada, and the Middle East, along with SYSTRA's bridge design hubs in São Paulo, Malmö, Wroclaw, Paris, Dubai, New Delhi, and Seoul.Our portfolio at SYSTRA IBT spans bridge projects in the United States, Canada, Panama, Australia, India, Jamaica, Mexico, Taiwan, and the Middle East. SYSTRA's experience in mass transit and infrastructure engineering extends to 150 countries worldwide.At SYSTRA IBT, our professionals have extensive experience in bridge design, construction, and maintenance, serving transportation authorities, general contractors, and multi-discipline engineering firms. We've been the Engineer-of-Record for traditional design/bid/build and design/build projects.Our specialization includes various bridge types like steel-concrete composite, all-concrete cable-stayed structures, extradosed structures, and segmental concrete bridges. We are renowned for our expertise in metro and high-speed rail elevated guideway design. Within SYSTRA's Global Bridge Network, colleagues bring references in suspension bridges, arches, truss bridges, and 280 miles (450 km) of elevated guideway using SYSTRA's patented U-shaped viaduct. SYSTRA is also a leader in rail systems specialty engineering.At SYSTRA IBT, we emphasize creating custom-designed bridges that are not only aesthetically pleasing but also practical and cost-effective. Our primary objective is to develop innovative, cost-saving concepts by carefully considering construction methods and selecting materials based on cost-effectiveness.