Integrated system design prevents surprises on site.

Everything starts with a smart design.

Electromechanical systems are indispensable in modern infrastructure projects. Examples are jacks, hydraulic power units, PLC (Programmable Logic Controller) controls, or ventilation systems. Each component must not only fit in from the technical point of view, but should also work seamlessly with the rest. We also monitor the integrated operation of the whole system. This creates a single, coherent system that does what it is supposed to.

Less additional work, greater efficiency.

A well-designed subsystem does not necessarily mean the entire system functions properly. Especially in the case of movable bridges or tunnels, coordination between systems is essential for safety and reliability. Our approach starts from the end functionality of the system. We monitor this throughout all project phases. The result? Fewer ad-hoc adjustments during implementation and a smoother delivery.

Complexity demands integration

The systems in infrastructure projects are becoming increasingly complex: automatic controls, smart sensors, and real-time monitoring. This evolution makes an integrated approach not only desirable, but essential. By coordinating all components from the outset, you avoid the hassle of trying to get everything to fit later.

Multidisciplinary expertise sets us apart

Sweco has specialists in every subsystem, from electromechanics to automation. We bring this knowledge together in a single, integrated design. Moreover, we are actively involved in drafting and reviewing tunnel guidelines. This allows us to thoroughly understand the design choices and better translate them into a working system.

Thinking ahead is in our DNA

We do not stand still. We present our most innovative projects at international conferences and apply the latest insights into practice. This way, you can be sure of a design that not only works today, but is also ready for the future.

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