Michael Maltzan Architecture's Inner-City Arts.
Los Angeles, California
Michael Maltzan Architecture
Inner-City Arts was founded in 1994 to supplement arts and cultural education for downtown Los Angeles students at schools where such programming had been cut. The final phase of its new campus opened on October 2 with a parade of pinwheel-waving kids led by Mayor Antonio Villaraigosa.
Located on a one-acre site in the heart of Skid Row, one of the city’s most economically depressed neighborhoods, Inner-City Arts represents a 15-year collaboration between Michael Maltzan Architecture, landscape designers at Nancy Goslee Power and Associates, and environmental designers at Ph.D, who each donated their time over 15 years to the continuously-evolving project.
The first phase, completed in conjunction with Marmol Radziner + Associates in 1994, included an adaptive reuse of a 10,000-square-foot abandoned auto body shop. The most recent additions—which include the Rosenthal Theater, a state-of-the-art black-box performance space, a ceramics studio, and a DreamWorks-sponsored animation studio—are raw spaces that employ inexpensive materials like stucco, wood, and concrete, and are painted defiantly and completely white with abstract orange lettering by Ph.D. The angular, low-lying buildings are arranged into a unique indoor-outdoor layout that “cracks open,” according to Michael Maltzan, along the perimeter. Students catch glimpses into the outlying neighborhood, and locals can see in, said Maltzan, so “it doesn’t feel like an isolated incident in the middle of Skid Row.”
The indigenous gardens within the courtyard include elements like a tiled fountain, a dry creek bed planted like a local arroyo, a teaching garden, and a labyrinth, all inspired by drawings the students made when asked to sketch their visions of the new school. The completed design of Inner-City Arts creates a place for serious art making, said Maltzan, but is also an example of how an optimistic environment can impact a depressed area. “We’ve tried to make an entire campus which can be seen as a microcosm for a transformative experience,” he said.
AF Payne Photographic
Under the design leadership of local firm Orcutt/Winslow Partnership, with input from science specialists and the local community, the Phoenix Union High School District recently opened their new comprehensive Bioscience High School in the heart of downtown Phoenix. Orcutt/Winslow’s design is strategically located within the Biomedical Research Campus, including the Translational Genomic Institute, where students participate in internships. The school’s pedagogical and physical organization models itself after these research laboratories, encouraging collaboration, team teaching, independent learning, and a “rigorous and relevant” science and math focused curriculum. It also integrates a historic one-room school house that now serves as the school’s administration center.
AF Payne Photographic
Seven laboratories (six indoors and one on the roof deck) are the focal point of the campus, and around these are clustered the student “studios” (not unlike architecture studios), teacher work areas, and, at the extremities on two levels, naturally illuminated, flexible-dimension classrooms. A multi-level space called Town Hall is the heart of the school—serving as the locus for presentations, the cafeteria, and a link to the desert courtyard.
In support of scientific understanding, the open-web structure and mechanical systems are laid bare to the eye. Desert-specific environmental strategies include solar heated water, east and west facing tilt-up concrete “fossil” walls, and provisions for a photovoltaic array.
Gary Wilson Photo/Graphic
Rosa Parks Elementary School
Dull Olson Weekes Architects
Since it opened in 2006, Rosa Parks Elementary in Portland has been a community magnet. Part of the broader New Columbia neighborhood, a large and formerly run-down affordable housing enclave that has become the largest redevelopment project in Oregon history, the 66,863-square-foot, LEED Gold–rated K–6 school is also host to a Boys & Girls Club that opens when classes end and is available to other organizations in the evenings.
The school, designed by Portland’s Dull Olson Weekes Architects (DOWA), is oriented around a series of existing legacy trees. As a result, said DOWA’s lead designer Karina Ruiz, “It doesn’t take the shape of a traditional double loaded corridor building.”
The classroom wing is divided into what are called “neighborhoods,” two per floor, with five classrooms, a resource room, and a shared common area. The glass-enclosed west side of the building also opens out onto the trees with a small park-like green space and a bioswale. The configuration allows classrooms to receive natural light on both sides.
The school’s sustainable features include a stormwater management system that keeps all water on site, an array of photovoltaic solar panels, displacement ventilation, and extensive daylighting. Designed to be 25 percent more energy efficient than code and in actuality performing 30 to 35 percent better, Rosa Parks is the most efficient building in the Portland Public Schools system. “It’s not just to save energy, but to connect students to their world,” Ruiz said.
Menlo Park, California
Mark Cavagnero Associates
Mark Cavagnero Associates designed a 1,200-square-foot expansion for one of the K–5 school’s existing 1960s Bay style buildings, as well as a new 4,800-square-foot Enrichment Center containing classrooms for music, science, and the arts.
The project, pointed out Cavagnero, creates a much-needed connection between the school and its lush new yard and play areas, which are separated by a steep slope. A dramatic, canopied stair between the existing and new buildings has become the center of campus life. Large landings on either side of the stair as well as weaving terraces serve as perfect places to rest or eat lunch, and also function as places to sit for assemblies.
The glazed, rectilinear addition to the existing building—which provides a much-needed extra classroom—edges into the hill and abuts the left side of the stair. Meanwhile the new building, clad in stained cedar with copious glazing, welcomes plenty of light and cross breezes thanks to its narrow floorplate and its orientation perpendicular to prevailing ocean breezes. Building this structure against the hill, said Cavagnero, was meant to make it feel as if it were “floating out from the hill and reaching out to trees.” None of the new construction uses air conditioning, and heating is by means of an underfloor system.
The Nueva School Hillside Learning Complex
Leddy Maytum Stacy Architects
With this 27,000-square-foot addition to an independent pre-K–8 school, Leddy Maytum Stacy has created a multifaceted environment that encourages learning and curiosity. Guided by the school’s mission to instill “a passion for lifelong learning” and a commitment to the environment, the design takes every opportunity to engage students with the world around them.
“Our goal was to create a great educational environment,” said William Leddy, design principal. “Sustainability was a crucial element, but to succeed, we needed a more layered design response that considered the role that day-to-day experience plays in education.”
The new complex expresses a strong connection to the 33-acre campus landscape and community. The three program elements—classrooms, library, and student center—occupy separate buildings, arranged around a plaza to form a hub of student life that stitches the 40-year-old campus together. The open, single-loaded buildings benefit from natural light, and living roofs totaling 10,000 square feet provide new habitats for native species, including an endangered butterfly. “X-ray” windows expose the building systems within, and a man-made “arroyo” activates the plaza during rainstorms. Finally, the LEED Gold complex teaches by example, using 65 percent less energy and 50 percent less water than a typical new school in the U.S., and generating 21 percent of its electricity needs through a 30kw photovoltaic array. Resource-efficient materials, 36 percent sourced locally, include non-native cypress trees removed from the site and milled for the building’s benches, screens, and decks.