December 15, 2015
Oculus shares the past, present, and future of 529 Broadway
The latest issue of Oculus includes a close look at 529 Broadway, by writer Sarah Goodyear. In her piece, Goodyear reveals how the site’s past inspired our team’s approach to the building design, which involved a combination of careful observation, design talent, new technologies, and (humorously) a pair of binoculars.
Read the full article and several other interesting pieces in the Winter 2015 Oculus, and learn more about the project right here on our site.
April 10, 2015
Grafting a vertical expansion onto a Landmark infamous for graft
The unassuming hipped roof of the former Tammany Hall headquarters on Union Square will soon turn to glass and grow taller with an unconventional shell-like dome, as approved recently—unanimously—by the NYC Landmarks Preservation Commission. BKSK conceived this expansion to be deeply respectful, and expect it to be applauded by many as both reverent and intriguing. As a preservation approach, it is designed to yield unexpected insight about the building’s hidden history. We acknowledge that some members of the preservation community have reservations about the changes proposed and we are keeping the dialogue with them open. That the Commission approved an addition as visible as this to an individual Landmark is special and rare. Read More
June 26, 2014
New architecture inspired by a historic building material
New York has a rich architectural terra cotta heritage. This ceramic can be found on a plethora of historic buildings throughout the city, ranging from the iconic like Louis Sullivan’s Bayard-Condict Building and Cass Gilbert’s Woolworth Building to smaller-scale Queen Anne-style rowhouses in Park Slope and vibrantly glazed commercial structures along Coney Island Avenue. Of late, terra cotta has been experiencing a rebirth in contemporary architecture, including that of BKSK, thanks to the material’s inherent properties—specifically its malleability, infinite glazing options, environmental performance, and low toxicity. Read More