Architect 2014-07.pdf
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AIAFEATURE<br />
39<br />
In 2013, RKTB/Perkins Eastman completed the first component of<br />
the plan, a satellite clinic in downtown Abuja dedicated to reducing<br />
infant and maternal mortality. The second phase will be a larger<br />
American Specialist Hospital for Women and Children, to be installed<br />
in an existing building in Abuja, in late 2015.<br />
The plan’s third phase, the American Hospital, itself, will come<br />
last: a 70-bed, 205,200-square-foot hospital designed by RKTB/<br />
Perkins Eastman near Abuja’s airport. Expected to be completed<br />
in 2017, it will provide fee-for-service specialist care and will<br />
concentrate on the four deadliest, non-communicable diseases:<br />
diabetes, hypertension, cardiovascular and cerebrovascular<br />
conditions, and cancer.<br />
The design follows a radial-symmetrical plan centered around<br />
the southwest side of a working reservoir, with clinical and support<br />
spaces on the central arc and patient rooms on spoke-shaped wings<br />
radiating to the rear. The 200-acre site, donated by the government,<br />
is “a weird landscape, to say the least, with a geological formation<br />
which is unlike any you’d see in this part of the world,” says RKTB<br />
principal Carmi Bee, FAIA, who cites Alvar Aalto’s Paimio Sanatorium<br />
in Finland as an inspiration for the kind of healing environment he’s<br />
aiming to create.<br />
Ultimately, the hospital campus will include treatment facilities,<br />
classroom space for the American-Nigerian University of Medical<br />
and Environmental Sciences and Research, and a residential area for<br />
doctors and family members visiting long-term patients. But the Field<br />
of Dreams adage—“If you build it, they will come”—is a little more<br />
complicated in Nigeria. First, it costs money to build a healthcare<br />
system, let alone a hospital; and Abuja’s poorest and ailing citizens<br />
certainly won’t come if they can’t afford the services.<br />
“The hook, if you will, to capturing a wealthier population as the<br />
target demographic for the hospital is to say, ‘Look, our medical staff<br />
is American- or British-trained,’ ” says Joseph Shein, AIA, a healthcare<br />
design specialist and principal at Perkins Eastman who believes the<br />
first step is to lure back Nigerian doctors trained abroad. Then lure<br />
the nation’s wealthiest patients—who commonly fly to Europe or the<br />
Middle East to treat everything from the a cold to cancer.<br />
Reversing the flow of medical tourism should put the hospital in<br />
a strong position for the project’s final phase: a dedicated medical<br />
university that Obiakor predicts will turn out 1,000 doctors and<br />
24,000 allied health personnel each year. But the RKTB/Perkins<br />
Eastman team has a few challenges to address first. Abuja’s energy<br />
grid is unreliable, for one, but Bee’s team is working to find ways for<br />
the hospital to generate up to 70 percent of its own power through<br />
waste-heat recapture. Photovoltaic arrays will also capture something<br />
that seems to be abundant in Nigeria—sunlight.<br />
Another challenge is political instability. “There’ve been three<br />
changes of administration since we started,” says Peter Bafitis, AIA,<br />
another RKTB principal, “and it’s a whole new ballgame [each time]<br />
when new people are in town.” Still, Bafitis notes, the hospital<br />
project has a great deal of momentum behind it, from the likes of<br />
General Electric as well as French and Dutch financiers—although<br />
nobody is wagering heavily on precise timetables.<br />
It seems fair to wonder—as the U.S. medical system is itself<br />
undergoing self-appraisal and restructuring—whether the American<br />
healthcare model is the optimal choice for Nigeria (rather than,<br />
say, Britain’s, with its universal coverage and deeper cultural ties<br />
to the country). Obiakor observes a distinction between healthcare<br />
financing and healthcare itself in American access and cost barriers,<br />
in spite of advanced American medical technologies.<br />
However, healthcare’s physical footprint is just as important as its<br />
operational details. When an architect in the U.S. like Michael Graves<br />
treats efficiency and sustainability as equal partners, a new future for<br />
regional or local clinic-based healthcare starts to emerge. Shore Ortho,<br />
a small rehabilitation clinic located along a strip-mall-and-chainmotel<br />
arterial road, may seem like an unlikely client for Graves’s firm,<br />
Michael Graves & Associates (MGA), or its sister company, Michael<br />
Graves Design Group (MGDG). Somers Point is, after all, where the<br />
1980s shore band B-movie Eddie and the Cruisers was shot. (Eddie: “We<br />
ain’t great. We’re just some guys from Jersey.”) You get the idea.<br />
But because an increasing number of Americans receive treatment<br />
from small local specialty clinics like Shore Ortho, the design of the<br />
patient’s experience is central to the success of a medical business.<br />
“Our goal was to enhance the orthopedic patient experience<br />
and include as many evidence-based design elements as possible.<br />
You may ask how much evidence-based design can be utilized in a<br />
10,000-square-foot building outpatient facility,” says MGA project<br />
architect James Wisniewski, AIA, who notes that Shore Ortho is<br />
certainly not the first healthcare project to implement evidencebased<br />
design. “MGA approaches every project both aesthetically<br />
and empathetically—how the space impacts the individual is just as<br />
important as how it looks. During programming, we considered the<br />
unique populations that would be using the building and how they<br />
would move within the building. All design decisions were made<br />
through that lens.”<br />
MGA managing principal Karen Nichols, FAIA, says that the MGA<br />
team began with what she calls a “patients first” approach. Before<br />
floor plans, fenestration, or furniture, says Nichols, “We considered<br />
solutions to relevant issues faced by patients and their caregivers. We<br />
took our cues from research for a transport chair we designed, where<br />
the relevant problems were infection control, tripping and falling<br />
hazards, the difficult process of getting in and out of a wheelchair,<br />
and back strain for clinicians—whose rate of strain-related injuries is<br />
double that of construction workers.”<br />
“These were critical design drivers for the design of an outpatient<br />
rehabilitation project where most patients would be in wheelchairs,”<br />
adds Wisniewski.<br />
july <strong>2014</strong>