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Naroa Coretti Sánchez

Graduate Student
Contact Information:
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  • City Science

Naroa Coretti Sánchez

Naroa Coretti's research is focused on designing future mobility modes and understanding their impacts through modeling and simulations. Her work aims to make future cities more walkable and human-centric by incentivizing increased use of active mobility modes. Her current research studies the effects of introducing autonomy on shared micro-mobility systems from the perspectives of vehicle design, fleet-level performance, and environmental impacts.

Coretti holds a BSc in Mechanical Engineering and an MSc in Industrial Technologies, and she is currently a Ph.D. candidate at the MIT City Science group.

Project Research

CityScope Gipuzkoa: Accessibility Tool

Gipuzkoa as a 30-minute accessible region Gipuzkoa is a unique region characterized by a dispersed population along the coast and…
Project Research

Multifunctional Autonomous Micro-Mobility

In mobility-on-demand services, fleet sizes are usually dictated by rush-hour demand, leaving many vehicles idle during off-peak times. Bu…
Project Research

MobiScope: Advancing Decision-Making in New Urban Mobility

Urban mobility is changing at an increasingly rapid pace.  In this context, stakeholders such as governments and mobility operators ne…
Project Research

Autonomous micro-mobility for food deliveries

Could we substitute cars by shared autonomous lightweight vehicles for food delivery? We have developed an agent-based simulation model tha…
Project Research

Urban Mobility Swarms: towards a decentralized autonomous bicycle-sharing system

Urban mobility can often be categorized as a complex system—e.g., a nonlinear system composed of many components that interact with each …
Project Research

Can autonomy make bike-sharing more sustainable?

Autonomous bicycles have recently been proposed as a new and more efficient approach to bicycle-sharing systems, but how do they compare fr…
Event Events

Two Mobility Futures 0∞ at the Autostadt Museum

Two Mobility Futures 0∞ is a research project that encompasses storytelling, a democratic decision making platform, a city model, and …
Project Research

Hyper-LOCAL Solutions to GLOBAL Challenges

Optimizing environmental, social, and economic performance of citiesCities play a central role in the climate crisis. According to the late…
Event Events

Two Mobility Futures 0∞ @Guggenheim Bilbao

A research project that encompasses storytelling, a democratic decision making platform, a city model, and an immersive exhibit.
Project Research

Two Mobility Futures 0∞

Two Mobility Futures 0∞ is a research project that encompasses storytelling, a democratic decision making platform, a city model, and an im…
Project Research

Autonomous micro-mobility simulation study

What will be the impact of shared autonomous micro-mobility systems? Will autonomy make the micro-mobility systems even more attractive?&nb…
Project Research

The COVID Pandemic through the Lens of Vulnerable Youth in NYC

This project aims to explore how the Covid-19 pandemic might have further increased social inequalities by impacting those who were …
Project Research

Breathing Planet

Breathing Planet is an actuated expandable object that uses an iris structure as the underlying mechanism. It has a light source in the cen…
Post Research

What is the MIT Autonomous Bicycle Project?

The MIT Autonomous Bicycle Project proposes that autonomous bicycles could serve as an alternative to current bike sharing models.
Research
City Science

Looking beyond smart cities
Event Events

826 Boston Workshop: Our City is Alive

The City Science team hosted students from 826 Boston's STEM Inspired Writing Camp Our City is Alive for a one-day workshop. The stude…
Project Research

The MIT Autonomous Bicycle Project

A lightweight research platform to develop autonomous technology Designed to transform bicycle-sharing systems into an on-demand mobil…