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HBCU-UP
NSF Summer Academy Brochure (PDF)
Student Recommendation (PDF)
Student Application (PDF)
HBCU-UP Newsletter (PDF)
The
National Science Foundation (NSF) made an award to
Bennett College for Women to implement a
Computational Science theme throughout the science,
technology, engineering, and mathematics (STEM)
curriculum. The award was made under the NSF
Historically Black Colleges and
Universities-Undergraduate Program (HBCU-UP) and
extends from September 1, 2005 through August 31,
2008. The national program is committed to
increasing the quality of (STEM) education at HBCUs
throughout the country. HBCU-UP recognizes and
supports the important role that HBCUs play in
increasing the numbers of underrepresented ethnic
minorities that are well prepared for participation
and leadership in STEM.
The Bennett College for Women
HBCU-UP Project will strengthen STEM teaching and
learning through the development and implementation
of effective and innovative learning strategies with
a thematic focus on Computational Science.
Computational science is an interdisciplinary field,
which applies principles of mathematics and computer
science to the solution of complex scientific
research problems such as the causes of global
warming and the transmission of viruses during
global epidemics. The STEM departments involved in
the Project at the College are the Departments of
Biology, Chemistry, and Mathematics & Computer
Science. The departments work together to: 1)
Increase recruitment, retention, and graduation
rates in STEM; 2) Enhance the scholarly productivity
and technological expertise of STEM faculty; and 3)
Revise the STEM curriculum to better prepare
students to enter graduate and professional schools,
and to assume productive careers in new
interdisciplinary fields.
HBCU-UP Scholars are a select
group of students who are awarded scholarships to
assist with their financial obligations and who are
especially encouraged to take advantage of the many
opportunities to become familiar with computational
science. Several activities are designed to enable
the departments to introduce the field to Scholars
and to all interested students. Included in the
activities and experiences are training sessions in
computational science for faculty and students,
field trips to computational science programs,
research assistantships, peer tutoring positions, a
colloquium series that brings outstanding visiting
scientists to campus to discuss their research in
computational science, introduction of simulations
and modeling concepts in courses, and implementation
of a NSF Summer Academy. The Academy makes it
possible for entering freshwomen and rising high
school seniors to jump-start their collegiate
experience by earning credit for introductory
college courses. Additionally, students are
introduced to computational science through
laboratory exercises, co-curricular experiences, and
visiting scientists.
The President’s Information
Technology Advisory Committee published a report for
the U.S. government in June 2005 emphasizing the
importance of educating students in computational
science as a method of “ensuring America’s
competitiveness” in scientific research and in
business. All students and faculty are urged to take
a few moments to learn more about this exciting
field. |