Articles Tagged with ''ENR 2025 East Best Projects''

Inspired by the owner’s iconic brick, the curves of the stud-and-tube design are reflected throughout the entire 157,000-sq-ft office space.

Located on a 25-acre site, the 114,000-sq-ft facility enhances the owner’s ability to research, develop and manufacture advanced veterinary diagnostic products, with capacity for future growth.

Constructed on a 20-acre site already occupied by an existing school that remained fully operational throughout construction, the new 422,000-sq-ft facility required a carefully phased plan to maintain safety and limit disruption to students and staff.

The 37,000-sq-ft facility features a state-of-the-art theater as well as music and AV systems, all expertly designed, coordinated and installed to create an optimal environment for practice and performance.

A total of 11 floors underwent full demolition while several intermediate floors remained fully occupied, requiring strategic coordination across non-contiguous work zones.

Named for its address, 200 Clarendon St., this one-time conventional, second-floor office space is now a 300,000-sq-ft hospitality and wellness-infused club.

Community engagement played a key role in shaping the $9.6-million strategy to replace the picturesque, yet deteriorating concrete tied-arch bridge spanning the reversing falls across Salt Pond that lead to the Atlantic Ocean.

The $82-million project replaced a severely deteriorated 1920s-era through-truss bridge with a 2,087-ft-long, six-span structure designed to serve this key border crossing for at least 100 years.

Following a pandemic-related work stoppage that also forced a 25% reduction in the project scope, the team relaunched the upgrade with a sequenced retrofit by installing detailed and complex steel reinforcements to the hockey arena’s barreled roof and adding a new media loft.

Collaboration is at the heart of this new 323,000-sq-ft facility, which brings together scientists, engineers and physicians from multiple disciplines to solve critical global health problems.