| St.
Louis Community College officials in breaking ground Oct. 14 for
a new campus in West County, located at 17140 Manchester Road. "This
new campus in West County represents St. Louis Community College's
commitment to continually improve this region in which we all live,
work, and learn. It represents our commitment to providing even
more of our neighbors with the opportunity to expand their minds
and, indeed, to change their lives," said Chancellor Henry
Shannon.
Shannon also announced that the University of Missouri-St. Louis
will provide upper level undergraduate and graduate education
programs at the new campus.
"St. Louis Community College and the University of Missouri-St.
Louis educate more area residents than any other institutions
in the region," said Thomas George, UMSL chancellor. "This
partnership further signifies our commitment to fulfill our mission
as public institutions providing citizens with efficient, quality
higher education."
Dolores Gunn, M.D., president of the SLCC Board of Trustees,
said the college also looks forward to establishing partnerships
with local business and community organizations.
"These relationships are invaluable to our institution and
to the students we prepare to enter and strengthen the local work
force," Gunn said. "Ultimately, these relationships
will enable us to establish ourselves in this area as a true 'community'
college."
St. Louis County Executive Charlie Dooley, Lori Payne, a student
at the college's West County Education Center, and Paul Wentzien,
president of the St. Louis Community College Foundation Board
of Directors, also spoke.
The college in 1998 purchased 66 acres in Wildwood at an approximate
cost of $3.9 million for construction of the new campus. The decision
to purchase land was the result of discussions concerning population
migration toward Eureka and Pacific, about six miles southwest
of the current site of the
West County Education Center at Clayton and Kehrs Mill Road.
The West County Education Center originally opened in 1984 in
leased space in the Citicorp Building at Clayton and Clarkson
roads. As enrollments increased, the center in 1989 moved to its
present facility at the Barn at Lucerne. The college has leased
25,500 square feet of space at the barn since then.
Since opening more than 20 years ago, enrollment has quadrupled;
70-75 percent of West County students are residents of the areas
surrounding the facility. Recent statistics revealed that an average
of 63.6 percent of the 25-and-older population in zip codes immediately
surrounding the site have not completed a college degree. The
new campus will serve one of the fastest growing areas in the
college's service area. By 2006, growth in West County is estimated
to be 13,663.
The campus will be constructed in three fully functional stages.
The initial building, 73,000 square feet, will house high-tech
classrooms and labs, offices, student services, lounges, a bookstore,
multipurpose room, and rooms set up to use sophisticated presentation
and Web-based technologies that will allow faculty to help stimulate
different learning styles and clarify difficult concepts. It also
will provide high-speed access by cable as well as provide wireless
connectivity within and around
the campus site.
The West County campus will offer general transfer studies, career
programs, customized training for area businesses and industries,
developmental and retraining education, distance learning and
telecourse delivery. College officials are exploring partnerships
with higher education institutions as
well as K-12 school districts.
The campus will serve up to 6,000 students. Initial construction
cost is estimated at $23 million.
In an effort to reduce the building's impact on the environment
and community, the college is pursuing LEED (Leadership in Energy
and Environmental Design) certification. LEED emphasizes state-of-the-art
strategies for sustainable site development, water savings, energy
efficiency, materials selection and indoor environmental quality.
The most prominent feature will be greenroof technology. Greenroofs
combine plant technology, hydraulic engineering and architecture
to create an aesthetically pleasing and environmentally sustainable
rooftop surface.
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