Transport infrastructures are facing a number of developments that strongly affect existing and future systems. Energy transition, increasing urban mobility and multiple interconnections between cities and countries are all new challenges. The current state of transport infrastructures cannot cope with the continuous increase in the number of transport users.
The global phenomenon of urbanisation, environmental issues and interoperability needs will radically change transport systems. Stricter requirements for safety, reliability, comfort and environmental standards will also have to be met.
Disruptive digital technology will also revolutionize projects and transport infrastructures, which have become complex, due to the increasing number of users.
Faced with an increasing number of users of public transportation, the challenge is to maintain and upgrade the existing infrastructure and increase the capacity, while also ensuring continuity of service. Renovation, upgrading, and maintenance operations must be seen as an opportunity to introduce digital technologies that offer predictive maintenance solutions. These should guarantee that the system runs smoothly and is reliable, with minimal or no downtime.
Infrastructures must become ‘smarter’. They must incorporate modern information and communication technologies to ensure safety, speed efficiency and environmental performance via effective traffic management and high-performance information and alert systems. The use of PLM (Product Lifecycle Management) tools is a system-based approach that has become indispensable to ensure control over construction costs and energy management.
To make themselves attractive to investors, territories must have an efficient transportation network offering local services. The challenge is to offer the safest and highest quality services possible (reliability, comfort) in compliance with environmental standards, while meeting the specific needs of each territory and its users. This means offering diversified, up to date and economical solutions.
Transportation networks have a critical role in our society. They are the lifelines to our regions and places where people gather and interact. To guarantee smooth and fluid operations, it is crucial to have reliable and safe facilities that provide services which meet users’ needs, made possible by implementing digital solutions and systems.
International engineering group Assystem has decades of experience in complex and highly regulated environments. This expertise is inherited from our developments in at least four countries: project management of large transportation infrastructures in France, design and project management of large transportation infrastructures in India, safety analysis in the UK, and design of transportation infrastructures in Saudi Arabia.
Indeed, Assystem provides assistance to public and private players in urban, suburban, regional and international networks, both for rail and air transport:
For both rail and air sectors, our major strengths lie in managing large infrastructure projects and our ability to integrate systems. The systems delivered by Assystem for transportation networks include instrumentation and control systems (signalisation, CBTC, ATS), system equipment (rolling stock, railway, electric traction, overhead lines, garages) electromechanical equipment (HVAC, smoke extraction, people with reduced mobility, elevators, escalators), power distribution (transformer and distribution substations), information and surveillance systems (passenger information systems, vehicle scheduling control system, video surveillance).
Assystem is also involved in numerous infrastructure projects such as roads, bridges, etc. Discover our expertise in these sectors for urban and territorial development.
"Rail infrastructure to deliver the highest possible availability levels in order to guarantee continuous public service. Exploitation and optimization can not be done without the structuring of data volumes and their analysis in deph, in part, by artificial intelligence."