The new U.S. Embassy Milan embodies OBO’s mission of providing the most effective facilities for U.S. diplomacy abroad ensuring the United States is safer, stronger, and more prosperous. 

Project Overview

SHoP

Architect

Caddell Construction

General Contractor

$351.2 million
Project Budget

10 acres

Site Size

$79 million
Estimated Local Investment

The new U.S. Consulate General Milan will support important diplomatic and commercial relations between the United States and Italy.  

Design & Construction

Situated on a 10-acre site on the historic grounds of Piazzale Francesco Accursio, the architectural design of the new U.S. Consulate General Milan integrates historic remnants from a former shooting club using a mix of modern and historic methods and materials.  The Chancery façade is an intricate framework of digitally processed and fabricated stone panels, a reference to classical architecture.   

The new facility maximizes opportunities for representational space to include restoration and repurposing of the iconic club headhouse named the Liberty Building, reconstruction of a large

canopy to be used for a variety of events, and restoration of gardens on either side of the Liberty Building to include Liberty Plaza and the Parade Ground. All are seamlessly connected by accessible paths. 

The Consular Entrance will lead to an experiential path to include other remnants of the former club, as well as sculpture and gardens. 

The Chancery will contain functional office space, two ample multipurpose conference rooms, and a cafeteria. 

Building Performance

A model of building performance optimization, the design reduces risk and operating costs associated with security and maintenance while enhancing mitigation to natural hazards.  

A first for OBO but common in Milan, an open-loop geothermal system will provide heating and cooling, greatly reducing the energy needs for the mechanical system. 

Storm water capture systems will provide for the reuse of collected water for irrigation needs and prevent runoff from inundating the city’s sewers.  

Photovoltaic arrays will generate power by harnessing the abundant sunlight, reducing the facility’s dependence on local energy sources and effectively lowering utility costs.