A new 18-story glass tower, named The Nest at 1324 N. Broad St, recently broke ground and will provide Temple University students and young professionals with 192 apartment units. The building will offer studio, two-, and three-bedroom apartments located above ground floor commercial space and second floor amenities.
The Nest at 1324 N. Broad St. will combine contemporary architecture and a community-minded exterior to create a housing option that connects its residents to the surrounding neighborhood. The façade will be composed of a metal and glass window wall system while brownstone piers will demarcate the separate retail entrance and reflect the materials of the adjacent New Freedom Theatre.
Rendering courtesy of Bock Development Group and Cecil Baker + Partners.
A landscaped garden will engage the street and a cantilever featuring a marquee will provide cover along the path from Broad Street to the residential lobby entrance. An outdoor garden court will offer outdoor seating and can be used by residents and patrons of the ground floor commercial space. On the south side of the building, a rain garden will collect rainwater runoff.
The completed apartments will come fully furnished and provide access to the building’s amenities, such as an outdoor terrace with a fire pit, a game lounge, an event lounge, a fitness center, a tech center, and four study lounges. Indoor bicycle parking will also be provided on the first floor.
The building, which was designed by Cecil Baker + Partners and developed by Bock Development Group, is slated for completion in August 2019.
Related Stories
| Sep 5, 2014
First Look: Zaha Hadid's Grace on Coronation towers in Australia
Zaha Hadid's latest project in Australia is a complex of three, tapered residential high-rises that have expansive grounds to provide the surrounding community unobstructed views and access to the town's waterfront.
| Aug 19, 2014
Goettsch Partners unveils design for mega mixed-use development in Shenzhen [slideshow]
The overall design concept is of a complex of textured buildings that would differentiate from the surrounding blue-glass buildings of Shenzhen.
| Aug 18, 2014
SPARK’s newly unveiled mixed-use development references China's flowing hillscape
Architecture firm SPARK recently finished a design for a new development in Shenzhen. The 770,700 square-foot mixed-use structure's design mimics the hilly landscape of the site's locale.
| Jul 17, 2014
A new, vibrant waterfront for the capital
Plans to improve Washington D.C.'s Potomac River waterfront by Maine Ave. have been discussed for years. Finally, The Wharf has started its first phase of construction.
| Jul 17, 2014
A high-rise with outdoor, vertical community space? It's possible! [slideshow]
Danish design firm C.F. Møller has developed a novel way to increase community space without compromising privacy or indoor space.
| Jun 30, 2014
OMA's The Interlace honored as one of the world's most 'community-friendly' high-rises
The 1,040-unit apartment complex in Singapore has won the inaugural Urban Habitat award from the Council on Tall Buildings and Urban Habitat, which highlights projects that demonstrate a positive contribution to the surrounding environment.
| Feb 13, 2014
Related Companies, LargaVista partner to develop mixed-use tower in SoHo
The site is located at the gateway to the booming SoHo retail market, where Class A office space is scarce yet highly in demand.
| Feb 5, 2014
Extreme conversion: Atlanta turns high-rise office building into high school
Formerly occupied by IBM, the 11-story Lakeside building is the new home for North Atlanta High School.
| Jan 29, 2014
Notre Dame to expand football stadium in largest project in school history
The $400 million Campus Crossroads Project will add more than 750,000 sf of academic, student life, and athletic space in three new buildings attached to the school's iconic football stadium.
| Jun 4, 2013
SOM research project examines viability of timber-framed skyscraper
In a report released today, Skidmore, Owings & Merrill discussed the results of the Timber Tower Research Project: an examination of whether a viable 400-ft, 42-story building could be created with timber framing. The structural type could reduce the carbon footprint of tall buildings by up to 75%.
