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Poster on July 11, 2019

Popular Trends and Technological Advancements Railway

As the world continues experiencing a period of big technological innovations, the railway sector has not been left behind. However, railway tech is affected by several factors. From changing societal and climatic demands to shifting industry requirements, the way railway networks across the world works is changing daily. Here are the top three trends shaping the railway sector today:

1. Mobility Simulation: Understand How People Move
Projects in the transportation sector could benefit immensely from mobility simulation. As important as cost-effective and well-organized designs are, mobility simulation (SIM) can help partners and governments to understand person-hours traveled, commuter flows, environmental and economic advantages of urban mobility improvements, and assist in calculating multi-modal service levels. For instance, it was easy for Autodesk to incorporate and look at their engineering plans using the InfraWorks mobility simulation model installed in the San Andreas Airport. The SIM model also enabled them to look into valuable data such as airport arrivals, traffic, and how shared space is used.

2. Virtual Reality: Hands-On Experiences For Users
Plans and vision are key factors for great rail travel projects. These factors are also important when playing online games at the Royal Panda casino. However, practical modeling and design are also essential to understand how the rail systems work in a daily hands-on sense. As such, virtual test runs can greatly improve the production of expensive models. That way, the development and installation process can be optimized, accelerated, or eliminated.
For example, the California High-speed Trains Association partnered with Project Buccaneer for a high-speed rail project to create a VR experience. That would help Californians to understand how it would work and affect their lives. The VR model can also act as a training tool to offer hands-on experiences before incurring too much expense.
Architects and designers will also enjoy the same benefits by being able to alter plans and designs early enough. That’s because they’ll be able to make the necessary adjustments based on the feedback from the community and other stakeholders without expensive modeling. It will also reduce the time it would take to get feedback.

3. BIM & GIS: Taking The Environment Into Account
The next integral piece of the rail infrastructure puzzle is BIM (Building Information Modelling) and GIS – Geographic Information System. Companies such as Italy’s Italferr are using both technologies together. For instance, a new rail in Brescia, using GIS tools and BIM design allows two important outcomes; the power to monitor the whole railway and integrating the model with the infrastructure’s surrounding.
In railway planning, design and maintenance, the use of GIS data like interferometric data, geological surveys have various benefits. The use of historical data on hydro-geological risks can help manage infrastructure damages and plan preventive and corrective maintenance by merging data from intelligent models and GIS information.

The railway sector is in the cusp of change. Through simple demand and supply, high-speed travels are reaching levels never seen before. Population migration is also changing the way railways and trains are built while considering costs, budgets, and risks. As such, the industry is leveraging digital tech to transform not only the railway industry but also transportation as a whole.