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Chicago Public Schools Project
Big Design Ideas Suit Little Village High School
by Craig Barner
Several groups have had a dramatic impact on the design of the $51 million Little Village High School on Chicago's Southwest Side.
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They included residents of the Little Village neighborhood,
the Chicago Public Schools and the design and construction
team itself.
The "small schools" concept, a trend in K-12 schools
that the CPS wanted, is driving the layout of the facility
at 31st Street and Kostner Avenue, said Rick Dewar, director
of K-12 education for Chicago-based OWP/P, the design architect.
Even though the structure will house 1,800 to 2,000 students,
the 287,000-sq.-ft., two-story building will accommodate four
separate schools. Each 450- to 500-student school will have
its own administration, identity and principal, who will report
to a master principal.
The hope is that the environment will spur the students' educational
and social development and keep them enrolled.
"Once [students] fit in, the dropout rate decreases,"
added Tom Smith, project manager with Chicago-based James
McHugh Construction Co., a member of the McHugh/Riteway Joint
Venture general contracting team.
But some spaces will be shared among the four schools, including
the library and media center, two gymnasia, pool, cafeteria
and 500-seat auditorium, as well as baseball and soccer fields
outside.
A key issue for the design team was to accommodate the small
schools approach but also the common areas.
The arrangement of spaces was key, said George Beach, project
designer for OWP/P. In many schools, a main hallway, or "Main
Street," is in the building center and classroom wings
and common spaces cluster around it.
At Little Village High School, a modified version of this
layout was used.
Four Main Streets were used, one per school. They are arranged
as four east-west hallways, and the classrooms look out on
courtyards.
Perpendicular to the Main Streets are the common spaces. The
auditorium, administration and library are arranged in a north-south
strip on the east side near Kostner, and the athletic facilities
are also in north-south band on the property's west side.
"We took the Main Street concept and folded it over itself,"
Dewar added.
"We have the [two] outside bars that are public oriented
and the classroom wings that bridge the building."
Big Culture
Many Little Village residents derive their ancestry from
Mexico, and an Aztec myth was studied to come up with a identity
for each school in Little Village High School.
The myth relates that there were four worlds previously, and
the existing world that comes from them created harmony. A
theme was developed for each school that reflects the four
ancient worlds - earth, fire, water and wind.
Color schemes were developed for each school in the mostly
masonry building to reflect the element. An emblem cast in
glazed tiles will be displayed inside and outside. A two-story
common space in each academic wing will feature a distinctive
floor pattern.
To find an element that reflects unity, the team went back
to Aztec culture again: A 60-ft.-tall solar calendar is located
inside the central courtyard.
The stunning structure will feature a cone-shaped gallery
to serve as a gathering space.
"It is the only public link from the front of the building
to the support spaces in the back," Dewar said.
The solar calendar with sloping roof is monumental, and more
than 800 steel pieces form the structure, Smith said. The
first 13 ft. will be framed in glass so the interior can be
seen, and zinc panels will frame the remainder.
Inside, ceramic tile will shape the inside walls with a calendar.
A skylight will allow a beam to hit mirrors, and the ray will
point to the date.
"I still have to work out the mathematics of the actual
placement," Smith said.
"The mathematics refer to the placement of the two reflective
mirrors and the tile."
Activism that affected the project will be commemorated in
the calendar's functioning, Dewar said. Between May 13 and
June 1, 2001, protesters held a hunger strike on the site
to pressure city leaders to begin the project.
After the issue was resolved and planning started, residents
who were consulted about the project repeatedly referred to
the strike and wanted it commemorated, Dewar said. A repositioning
of the solar calendar's oculus during the dates the strike
occurred will cause the beam to disappear from the calendar
temporarily and reappear on a different wall.
"The idea of tracking time and using the sun is a very
central idea when it comes to Mexican culture," he added.
Big Coordination
It hasn't been easy to handle such a complex project on a
tight schedule.
The project started in November 2003, and the timetable called
for the building to be complete by summer 2005, a 20-month
schedule.
"At $50 million, that's $2.5 million a month, so you're
pushing a phenomenal pace on the job," Smith added.
Some issues have weighed heavily on the schedule.
Smith said that the dirt on the site previous to construction
start was contaminated because a production facility for vegetable
oil had once occupied the spot. The soil was remediated to
3 ft. to satisfy state requirements.
But then a problem arose because the bid documents required
the soil to be cleared to a 5-ft. depth due to the 4.5-ft.-deep
footings.
Further causing difficulties, time was needed to accommodate
the unconventional structural support - steel in some areas
and masonry in others.
OWP/P's Beach said that the two-material approach was chose
because cost savings can be realized.
Another matter is that high-end finishes, such as the ground-face
masonry walls with glazed bases and terrazzo floors in corridors
and common areas, portended a significant amount of time for
receipt and installation, Smith said.
Ground-face masonry can require 12 to 16 weeks before delivery
is made because the material usually has to be specially manufactured,
while conventional masonry can be obtained in a day. Terrazzo
takes weeks to install due to the pouring, curing and grinding,
whereas conventional vinyl flooring can be laid in a couple
days.
And then there is the intricacy of the solar calendar.
Hitting Time Big
A number of things were done to move things along.
In winter 2003-2004, the dirt awaiting test results was moved
around the site, piled and used for insulation, Smith said.
This, along with heaters and blankets, kept the ground below
warm so it could be excavated for footings and below-grade
plumbing.
(The tests results eventually came back, and 30,000 tons of
dirt were shipped to a landfill.)
Normally, the mechanical systems and mains are set first before
the branch lines, but due to the late arrival of some masonry,
not all mains could be installed.
As a result, the team went backward to ensure progress was
made, and branch lines were set first.
And specialty cranes that could turn tight corridor corners
were used so they could set roof sections.
"We actually considered a tower crane for awhile here
but it's too spread out," Smith added. "You couldn't
get one that's big enough."
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