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K-12 Projects - A Closer Look at Efforts
in Miami-Dade, Palm Beach and Orange Counties
By Scott Judy
Miami-Dade's Ronald
W. Reagan/Doral Senior High School
Miami-Dade County Public Schools is calling one of its newest
senior high school projects a "huge success story"
for the public-private partnership involved and the commitment
to timely completion that it represented.
The school district's new $32 million Ronald W. Reagan/Doral
Senior High School is scheduled for staff occupancy this month
and is set to open for a new group of students arriving in
August.
Betancourt Castellon Associates of Miami was the design-build
contractor; Silva Architects of Miami was BCA's design partner.
Spillis Candela DMJM of Miami provided the initial design
for proposals.
Victor Alonso, construction officer for Miami-Dade County
Public Schools, said the project drew considerable benefits
from the public-private partnership. Century Homebuilders
sold the 25-acre site to the school district at a reduced
price, with one condition: the school not exceed - at any
time - a total of 2,000 student stations.
Alonso said most high schools in Miami have capacities of
about 2,800 student stations. Century thought a reduced-size
school would be the most attractive option for the residential
community it was developing.
The site posed a problem from the beginning. Muck was a major
issue, and clearing and sitework took much longer than initially
expected. Clearing work - handled by the developer - began
in November 2003, but the site wasn't fully cleared and excavated
until the following August.
As a result, in November 2004 - just three months after the
sitework concluded - the district executed a change order
to the general contractor to provide for the delay.
"We paid an extra amount to the contractor to accelerate
the project," Alonso said.
"We saw that we were probably three or four months behind,
and there was a possibility we may not get it done."
That would not be acceptable, he added. When the project
had first come before the school board in 2003, the district
had made a commitment to have the new Doral school open in
time for the 2006-07 school year.
"And we've met that commitment," Alonso said. "That
is extremely important. It goes toward the credibility of
the school board, and our reputation that when we commit to
doing something, we accomplish it.
"There is a tremendous demand by communities to bring
on these projects and reduce the overcrowding of schools and
to build them quickly. People are not that patient.
They're demanding it. So we have to move quickly."
Palm Beach
Co.'s Bak Middle School
Centex Construction of Plantation, Fla., has built dozens
if not hundreds of schools throughout Florida over the years.
Company senior vice president Clinton Glass said the mostly
complete Bak Middle School for the Arts in West Palm Beach
stands out as one of the most unique.
The new $34 million school, which is a magnet school for
the arts, features state-of-the-art amenities, including a
650-seat auditorium and black-box theater with reception and
prefunction space, dance studios with sprung-wood flooring,
soundproof music rooms and classrooms that function as acting
labs.
"It's not your typical middle school," Glass said.
"There are a lot of specialty systems to serve those
students. It required a lot of attention to a lot of detail,
with respect to their talent in the arts, and giving them
the best infrastructure to practice and improve their talent.
"It was unique. There's not many of these magnet schools
around, so if you do over 100 schools, like we have, probably
one or two of them are of this caliber."
The project started out with a $29 million price tag, but
grew to $34 million after Palm Beach voters approved a half-cent
tax for schools. Just after that referendum passed, school
officials added the auditorium to Centex's contract. The contractor
got started on the auditorium in February 2005 - three months
after the referendum passed and 10 months after the original
start date of May 2004.
"There are a lot of specialty trades that go into making
these spaces," Glass said. "All of the overhead
theatrics for the staging, and lighting, the sound system
- those are all specialty elements that are in that facility."
He added that the nature of the project impacted all of the
subs - even, for example, the tilt-wall contractor that had
to deal with some rather unusual shapes and inlays for the
new school's artistic architecture.
"There's just so many unique elements," Glass said.
"Everybody had to raise their game. They had to step
up and challenge themselves to do something they hadn't done
before. I'd say that would be true of every single trade that
was involved with this project."
Centex completed the project in time for the students to
move into the new facility at the beginning of 2006.
The project was built on the same site as the existing Bak
school, which was a converted high school.
Overall, the new facility has five buildings: a gym/cafeteria;
two-story classroom building; one containing the media center
and music labs; administration/auditorium; and a free-standing
chilled-water plant.
Orange County's
Prototype Schools
Architectural firm Schenkel Shultz of Orlando is in a unique
position when it comes to Orange County Public School's building
program. The design firm is charged with providing all prototype
designs for the county's elementary, middle and high schools.
With the county's accelerating school construction program,
that's a lot of work.
Currently, six schools based on Schenkel Shultz's "urban
elementary" design are under construction, with four
nearing completion for the next academic year.
Schenkel Shultz has been fulfilling this role for Orange
County for several years now.
However, the "prototype" designs that the firm
first rolled out several years ago are evolving into more
efficient and "green" structures.
The prototype design "has the ability to evolve over
time," said Dan Tarczynski, partner and vice president
of corporate design. "It's not designed to be one size
fits all.
It's designed to have the framework of a structure and a
building system that is flexible enough to adapt depending
on the location and what's happening educationally within
that region."
For example, whereas most school sites are about 14 to 15
acres, Schenkel Shultz recently had to adapt the design for
the Catalina Elementary School that sits on a nine-acre location.
Flexibility is key.
"It utilizes approximately a 30-ft. planning module,"
Tarczynski said. "The interior load-bearing columns allow
you to put walls where they're needed. It's a skeletal system
that allows you to reorganize the inside depending on each
location or depending on what happens educationally."
A school that has intense reading classes, for example, may
require some additional smaller-scale rooms
The urban elementary prototype features a two-story classroom
design, which makes the building more efficient and adds a
psychological bonus, Tarczynski said.
"It's really nice that you can organize the school where
the upper-level students - the fourth-graders, the fifth-graders
- are upstairs, and they have that sense of going to the next
level themselves," he added. "And it's nice that
there is some separation between those two."
Overall, as a result of the trend toward green building over
the last several years, the latest designs are more energy
efficient and economical.
"When the prototype design was first done 10 years ago,
the idea of creating a green building wasn't even considered,"
Tarczynski said. "It wasn't part of the atmosphere of
architecture. There was just a little bit of green architecture,
in terms of low-VOC products. Our next step was getting efficiencies
in mechanical systems - that's really a big issue these days.
Then we went to the lighting systems."
The two-story classrooms allow for maximum use of daylighting.
Also, the design has had to adjust over time for more-demanding
construction schedules as well as substantially increased
materials costs.
The first design was set up with a brick-and-block system,
and now Schenkel Shultz is using concrete tilt-wall for speed
and economy.
Tarczynski said most of the prototype schools, which average
about 100,000 sq. ft. in size, are built within a 10.5- to
11-month timetable.
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