Skip to content

This event has passed

Matteo Bruno: Quantifying Proximity and Distant Opportunities to Design Accessible Cities

A visual representation of one of Matteo Bruno's research works
image / provided

Lecture

Location

Cornell in Rome

Palazzo Santacroce
Piazza Benedetto Cairoli 6, 00186 Rome, Italy

Contact

Cornell in Rome

+39 06 689 7070

cornellinrome@cornell.edu

Abstract

As we strive for more inclusive and sustainable cities, we must explore models that enhance accessibility for all while reducing pollution. One such approach is the 15-minute city concept, which envisions urban environments where essential services are within a 15-minute walk from home. This model offers significant benefits, including reduced dependence on long commutes, increased social interaction, and an overall improvement in neighborhood and city life.

Measuring this kind of accessibility involves analyzing data on service locations and population distribution. However, proximity alone is not enough—we also need the freedom to reach distant opportunities and fully experience our cities. This raises a crucial question: how can we break our dependence on cars while maintaining mobility and connectivity? We show how to face these issues with data-based approaches.

This lecture is part of the Cornell in Rome Spring 2025 Lecture Series.

Biography

Headshot of Matteo Bruno

Matteo Bruno

A mathematician by training, Matteo Bruno is now a researcher in urban data science and the science of cities at the Sony Computer Science Laboratories in Rome. He obtained a Ph.D. in network science in 2021 from IMT – School for Advanced Studies in Lucca, where he studied bipartite network models and their applications to different disciplines. Since 2021, he has been an associate researcher at Sony CSL – Rome, a nonprofit Sony research laboratory in Rome, where he is one of the main researchers in the Sustainable Cities research team. He is also a lecturer in the statistics course for urbanism graduate studies at Roma Tre University. His work specializes in several areas within the science of cities, developing innovative models to promote sustainable and healthy urban environments. Through data-driven tools, he aims to empower policymakers with smarter, more informed decision-making capabilities.

More Events