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COOKEVILLE, Tenn. (April 17, 2005) — Tennessee Tech University
officials announced the launch of a new effort to improve teaching and
learning in science, technology, engineering and math.
Faculty members, researchers and administrators representing most disciplines
across the Tennessee Tech University campus joined forces recently to
collaborate on ideas for improving the life-long success of their students.
Their answer: improve students’ achievements in school and before
they even get to college.
To accomplish that, the TTU group recognized the need for improving children’s
performance in P-16 subjects related to science, technology, engineering
and math. They saw the need to improve the way children learn and teachers
teach those subjects.
The best way would be to develop best learning and teaching methods using
research and study already happening on the TTU campus.
“Thus was born the concept of the Science, Technology, Engineering
and Math, or STEM, Center,” said TTU President Bob Bell as he announced
the kick-off of the STEM Center on the TTU campus.
The center will serve as a point of collaboration between university
faculty members and public school teachers. As university faculty and
students conduct research and develop improved teaching methods, the center
will help them share that knowledge with area teachers, who will be able
to use the center for their own research and teaching plans.
Area schools may use the center for hands-on activities based on real-world
challenges such as space exploration, robotics and environmental protection.
“It becomes a true partnership,” said Bell. “Everyone
will benefit. And the children, who ultimately become college students,
will be better prepared and may develop a greater interest in STEM-related
subjects.”
While work has already begun on the planning and development of programs,
progress on the physical aspect of the center received a boost with the
announcement of the first major private gift to support building the STEM
Center on the TTU campus.
Stephen Rains, president and CEO of Progressive Savings Bank/Rains Agency
and a 1985 TTU alumnus, provided the down payment with a major gift announced
this week. The university has already received $1.3 million in federal
grants to help the building project. The total cost for the STEM project
is expected to be about $6 million.
The concern is one of national importance as well. Studies show a consistent
decline in science education in the U.S., while other countries continue
to improve. According to a Task Force on the Future of American Innovation,
undergraduate science and engineering degrees within the U.S. are being
awarded less frequently than in other countries, and already the U.S.
share of total science and engineering doctoral degrees awarded annually
is smaller than both Europe and Asia.
According to the Task Force report, the ratio of first university degrees
awarded in natural sciences and engineering in the U.S. is only 5.7 degrees
per 100 compared to between 8 and 13 for some European countries and 8
and 11 for some Asian countries. In 2000, the U.S. awarded about 500,000
science and engineering degrees, compared to 850,000 from Europe and 1.2
million from Asian universities.
Studies also show that student performance in technical portions of the
K-12 curricula tends to be much lower than in other subjects.
“Tennessee Tech recently articulated our vision to be one of the
best universities in the nation through a commitment to the life-long
success of its students. With the STEM Center, we can affect the success
of students long before they plan on attending college,” Bell said.
The center will allow TTU faculty from a variety of fields to collaborate
and conduct research in the teaching and learning of STEM subjects. The
results from that research can be shared, transferred and applied with
teachers and students from pre-school through college.
Research results can be piloted in courses, workshops, class modules,
presentations and exhibits in the Center. The ultimate goal is to improve
the teaching of STEM subjects from pre-school through college, improve
the learning of STEM subjects at all levels, improve teacher education
programs in all STEM fields, and increase grant funding and support for
STEM fields at all levels.
“Tennessee Tech University’s emphasis on scientific innovation
and technological excellence provides the ideal home for such a center,”
Bell stressed. “TTU faculty members, already deeply involved in
research, community service and development, will discover rich opportunities
through education research.
“Their work will then help better prepare the students they will
teach. The university’s partnerships with federal, state and local
agencies offer unique opportunities for collaboration. TTU’s relationship
with programs like NASA and Oak Ridge National Laboratories will open
avenues previously unexplored.”
A variety of TTU departments have already begun to form partnerships
with regional P-12 programs for professional development and enrichment
activities, including the Upper Cumberland Teachers Councils in Science
and Math, College of Engineering Math Science Partnership, TTU President’s
Academy on Emerging Technologies, the Upper Cumberland Middle Grades Match
Partnership, and many more.
The STEM Center at TTU will provide facilities and resources specifically
designed to meet the research and learning needs of STEM topics. Included
in the $6 million, 26,000 square-foot building will be a lobby area with
interactive displays featuring wired kiosks, a multipurpose area with
catering facilities, a 250-seat tiered auditorium featuring a demonstration
area, and flexible learning studio laboratories.
The university plans to complete the fund-raising campaign by December
with plans to open the STEM Center in 2008.
-- Monica Greppin
Posted April 18, 2005
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