The new U.S. Embassy Podgorica will support important diplomatic and commercial relations between the United States and Montenegro and embody OBO’s mission of providing the most effective facilities for U.S. diplomacy abroad.  

Project Overview

Beyer Blinder Belle

Design Architect

Integrus

Architect of Record

B.L. Harbert International

Design/Build Contractor

4.9 acres
Site Size

$264.4 million

Project Budget

$71 million
Estimated Local Investment

Timeline

March 2020

Groundbreaking

September 2022

Topping Out

November 2024

Phase I Construction Completion

2027

Phase II Estimated Construction Completion

Design & Construction

The new embassy project redevelops the existing diplomatic facilities and consists of six new structures and 11,426 gross square meters of new construction on the embassy property.

The project is phased in two parts to coordinate construction activities with ongoing embassy operations.  Phase I work is 100 percent complete and work for Phase II began in January 2025.

The new project design aims to create a civic presence at the base of the neighboring Park Petrovića near the Moraca River. Through the use of locally sourced stone in the building facades and in the site hardscapes, the design reflects local architectural vernacular, but in a monumental manner that uplifts the surrounding public spaces. The buildings and landscape elements evoke the area’s historic landscapes and visually tie the site to the park.

Building diplomatic facilities impacts the communities and neighborhoods in which they are located by generating jobs, increasing local production and acquisition of goods and services, stimulating business patronage and improving adjacent infrastructure.

Construction has employed approximately 380 U.S., local, and third-country national professionals over the course of construction. The training, experience, and certification provided to workers enhances career growth and expands the pool of skilled workers for future mission needs.   

Building Performance

A model of building performance optimization, the resilient design reduces risk and operating costs associated with utilities and maintenance while enhancing natural hazards adaptation.

A balance of on-site energy creation and energy conservation, such as LED lighting and a building envelope that reduces solar heat gain, results in a 36 percent reduction in energy needs.

Modern plumbing fixtures reduce potable water needs by more than 30 percent, which, combined with using captured stormwater for irrigation needs, reduces the reliance on external water sources while lowering ongoing expenses.