Located at the corner of Telegraph and Haste Avenues, just three blocks from campus, UC Berkeley’s new Enclave Apartments is nearing completion.
The building, which will feature 55 dorm rooms and have an overall capacity of 254 students, has what the university is calling a “Moorish Castle” design. The original project team was inspired by Italian hill towns, Tibetan forts, and the rock-cut architecture of Petra in Jordan, according to Berkeleyside.com. The top half of the seven-story building has a very Mediterranean-inspired design; it isn’t until you take a peak at the lower three levels where that Petra inspiration really begins to take shape.
The bottom three floors feature a rock facade that looks like it would be more at home in a Disney theme park than near a college campus. The building’s entrance will be made of concrete meant to look like rock with the Moorish castle sprouting from the top about three floors up.
See Also: Kenya’s Pinnacle Tower will be the tallest tower in Africa
The all-gender facility will feature single gender, single and double rooms in shared apartments with two bathrooms. Other features include a shared kitchen with a living/dining area, an outside courtyard, two elevators, WiFi, a trash chute on each floor, and on-site laundry. Additionally, businesses will be housed on the ground floor.
The building is expected to be completed in the fall of 2020.
Related Stories
| Nov 13, 2013
Installed capacity of geothermal heat pumps to grow by 150% by 2020, says study
The worldwide installed capacity of GHP systems will reach 127.4 gigawatts-thermal over the next seven years, growth of nearly 150%, according to a recent report from Navigant Research.
| Oct 30, 2013
15 stellar historic preservation, adaptive reuse, and renovation projects
The winners of the 2013 Reconstruction Awards showcase the best work of distinguished Building Teams, encompassing historic preservation, adaptive reuse, and renovations and additions.
| Oct 30, 2013
11 hot BIM/VDC topics for 2013
If you like to geek out on building information modeling and virtual design and construction, you should enjoy this overview of the top BIM/VDC topics.
| Oct 18, 2013
Researchers discover tension-fusing properties of metal
When a group of MIT researchers recently discovered that stress can cause metal alloy to fuse rather than break apart, they assumed it must be a mistake. It wasn't. The surprising finding could lead to self-healing materials that repair early damage before it has a chance to spread.
| Oct 8, 2013
Toronto Maple Leafs arena converted to university recreation facility
Using steel reinforcement and massive box trusses, a Building Team methodically inserts four new floors in the landmark arena while preserving and restoring its historic exterior.
| Oct 7, 2013
10 award-winning metal building projects
The FDNY Fireboat Firehouse in New York and the Cirrus Logic Building in Austin, Texas, are among nine projects named winners of the 2013 Chairman’s Award by the Metal Construction Association for outstanding design and construction.
| Oct 1, 2013
13 structural steel buildings that dazzle
The Barclays Center arena in Brooklyn and the NASCAR Hall of Fame in Charlotte, N.C., are among projects named 2013 IDEAS2 winners by the American Institute of Steel Construction.
| Sep 24, 2013
8 grand green roofs (and walls)
A dramatic interior green wall at Drexel University and a massive, 4.4-acre vegetated roof at the Kauffman Performing Arts Center in Kansas City are among the projects honored in the 2013 Green Roof and Wall Awards of Excellence.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Sep 19, 2013
6 emerging energy-management glazing technologies
Phase-change materials, electrochromic glass, and building-integrated PVs are among the breakthrough glazing technologies that are taking energy performance to a new level.
