Digital Mobility Lab

Autonomous Ride-Pooling: Transforming Urban Mobility

Cities worldwide are on the brink of a transportation revolution with autonomous transport. With the latest in self-driving technology and shared rides, autonomous ride-pooling has the potential to transform urban mobility. However, if public transport authorities do not prepare for the swift launch of shared autonomous services, private service providers may introduce robotaxi services, potentially jeopardizing the comprehensive benefits that autonomous transport can bring. Modern transport modelling plays a crucial role in understanding the actual impacts of autonomous mobility services on quality of service, pricing, and ultimately on congestion, emissions, and operational costs.

Understanding Electric Vehicle Charging Demand: An Activity-Based Approach

With the continuous growth of electric vehicle (EV) adoption, ensuring that charging stations are accessible and efficiently distributed is essential to support this growth. Our comprehensive study offers detailed insights into charging demand today and in the future through data analysis and simulations.

Achieving Carbon Neutrality through Traffic Emission Dashboard: A Collaborative Endeavor by the City of Vaasa and Ramboll

Road transport accounts for almost a fifth of Europe's greenhouse gas emissions and stands as the primary cause of air pollution in urban areas. However, achieving reductions in traffic emissions is not easy. The City of Vaasa and Ramboll Finland have developed a Traffic Emission Dashboard to monitor road traffic emissions and test the impact of corrective measures.