WSP helps clients adapt their transit and rail systems to their changing environment and leverages the latest technologies to deliver safe, reliable and sustainable transportation solutions.

Rail  transit digitalization
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Rail electrification
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Fare collection technologies
Control command and signalling CCS solutions
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Telecoms


What does systems design and engineering mean for rail and transit projects?

Systems design and engineering focuses on defining, designing, and coordinating all rail and transit systems, such as electrification, signalling, telecoms, fare collection, and digital platforms, to ensure they operate safely, reliably, and efficiently as a complete system throughout their lifecycle.

How does systems design and engineering help future-proof rail and transit systems?

Future-proofing means selecting technologies that are maintainable, scalable, and upgradeable. WSP helps clients navigate evolving technologies and regulatory requirements to design systems that can adapt to future demand, digitalization, and decarbonization goals without major rework or disruption.

How does WSP support digitalization in rail and transit systems?

WSP supports rail and transit digitalization by integrating digital tools, data-driven platforms, and smart systems into traditional infrastructure. These solutions improve asset performance, enhance passenger experience, reduce maintenance costs, and enable more informed operational and investment decisions.

What expertise does WSP offer in rail electrification and power systems?

WSP provides full-service engineering for AC and DC traction power systems across streetcars, LRT, metros, commuter rail, intercity rail, and high-speed rail. Our teams deliver safe, sustainable, and cost-effective electrification solutions tailored to each operating environment.

How does systems design and engineering improve operational performance?

By aligning engineering decisions with operational and maintenance needs, systems design and engineering improve reliability, availability, safety, and passenger service. This approach helps ensure assets perform as intended from day one while minimizing long-term operational risk and lifecycle costs.