The research aims to analyze Smart Loading Zones pilots worldwide aiming to address the factors that hinder or promote the scaling up process to long term policy implementations.

Microhubs and cargo bikes: The future of last-mile delivery?

This research explores the global adoption of Microhubs with cargo bikes—uncovering the key factors that enable or hinder their long-term success in cities worldwide.

We have mapped 20+ cities that have implemented Microhubs as a solution for more efficient and sustainable last-mile deliveries.

The project aims to improve Scope 3 emissions reporting and reduction by creating a collaborative network of companies and suppliers to focus on methodological and advancing tracking methods using machine learning.

More information can be found on the dedicated website.

The research aims to assess the impact of warehouses location decisions on the local population to provide a ser of recommendations for public policies regarding the warehouses locations decisions.

The project aims to conduct an analysis using a mathematical model for network design to provide insights into the location of Electric Vehicles Charging Stations (EVCS).

More information can be found on the dedicated website.

The research aims to propose a framework for strategies classification and prioritization to improve food supply chains after disruptive events.