Bridges

Engineering bridges that connect regions with safety, resilience and innovation

Hundreds of bridges engineered across Europe, Latin America, Africa and Asia

Bridges are essential elements of transportation networks, overcoming natural barriers and enabling safe, efficient connectivity. At Sener, we deliver comprehensive engineering services for bridges of all types — including viaducts, arch bridges, cable-stayed and suspension bridges — integrating civil engineering, structural design, geotechnics and digital tools. Our focus is on creating infrastructures that are technically robust, durable and aligned with environmental and social contexts.

We have contributed to projects in Spain, Portugal, Mexico, Colombia, Chile, Morocco, Qatar and India, covering road and rail viaducts, river crossings, urban flyovers and complex seismic zones.

Why choose us

Our multidisciplinary expertise combines structural engineering, materials science, construction methods and sustainability strategies. We design bridges that meet capacity, safety and lifecycle performance goals, adapting to topography, environment and operational demands.

Bridges designed for resilience and impact

From urban overpasses to long-span cable-stayed and suspension bridges, we deliver infrastructures that improve regional connectivity, urban integration and social development.

How we work

We manage projects across the full lifecycle: from planning and feasibility studies to detailed engineering, construction supervision, commissioning and operations support. Our methodology ensures bridges are optimized for constructability, safety and long-term performance.

From design to construction with digital precision

We apply 3D modeling, BIM and digital twins to anticipate construction challenges, optimize materials and improve resilience, ensuring projects are efficient and safe from concept to operation.

Global expertise in bridges

Sener has engineered hundreds of bridges across Europe, Latin America, Africa and Asia, including road and rail viaducts, urban flyovers, river crossings and seismic-zone structures. By combining engineering precision, innovation and sustainability, we deliver bridges that connect regions, overcome barriers and stand the test of time.

Cebu-Cordova Link Expressway road (Philippines)

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How we support bridge infrastructure

We provide services that span feasibility studies, alignment design, structural analysis, foundation design, geotechnical studies and construction engineering. Our teams also deliver wind tunnel testing, seismic simulations, BIM integration and RAMS methodologies to ensure safe, reliable and long-lasting bridges.

Bridge engineering

Designing resilient bridges that ensure safety, durability, and efficient transport flow.

BIM

Integrating Building Information Modeling to streamline design, construction, and asset management.

Accessibility

Designing inclusive environments that ensure equal access and usability for all individuals.

Vibration engineering

Controlling vibrations to protect structures and enhance user comfort.

Transport consulting

Advising on transport systems to improve mobility, sustainability, and efficiency.

Transport architecture

Creating transport facilities that combine functionality, safety, and design.

Seismic design

Engineering structures to withstand seismic forces and ensure occupant safety.

Planning policy advice

Advising on planning policies to support sustainable development and compliance.

People movement

Designing mobility systems to ensure safe, efficient, and inclusive transport.

Construction management

Managing construction projects to ensure timely delivery, quality, and cost control.

Comissioning

Ensuring systems are tested and validated for optimal performance before operational launch.

Civil engineering

Delivering structural and infrastructure solutions for resilient and efficient environments.

At Sener, we design and deliver bridges that combine resilience, safety and innovation — infrastructures that connect people and regions while shaping smarter mobility networks.