Scenario: The new mobility services of the future will be characterized by an interconnected network of vehicles and infrastructure, both digital and physical, which will enable the continuous exchange of data between them, with traffic lights and parking lots, for example, to optimize traffic and mobility management, reduce emissions, and improve road safety. The socio-environmental impact, in addition to optimizing routes and reducing unnecessary waiting times, will also be conveyed by the integration with physical networks of the vehicles themselves, for example for the exchange and distribution of energy, waste, or other scarce resources. Municipalities will develop innovative services to manage this transformation, promoting sustainable and inclusive mobility. The role of citizens will change accordingly, establishing a new dialogue with the city and the community in which they live, providing useful information for decision-making processes and benefiting from more efficient, safer, and environmentally friendly modes of transport, transforming the relationship between individuals and the urban environment into a dynamic and conscious collaboration.

Challenge: Develop mobility solutions and related services in the cities of the future, considering the growing need for digital and physical interconnection between vehicles, individuals, and institutions. Participants must demonstrate strong organizational and project management skills and a focus on the successful completion of the project on time and within budget.

In addition, the ability to use and leverage available public data, integrating it with other sources to propose innovative and sustainable solutions, will be essential. Candidates must therefore demonstrate good data analysis skills, showing how data processing and interpretation can generate value for the optimization of mobility services, the reduction of environmental impact, and the improvement of urban quality of life.