HomeResearchPublicationsCoursesOutreach |
|
What we do
Our group supports energy initiatives within the State of Florida through the Florida Energy Systems Consortium (FESC) and works with K-12 students and teachers through programs Florida State University REU programs ,the Florida Center for Advanced Aero Propulsion (FCAAP), the National High Magnetic Field Laboratory, and the Challenger Learning Center located in downtown Tallahassee.
Florida
Energy Systems Consortium (FESC)
FSU
WIMSE
WIMSE or Women in Math, Science & Engineering
Program is a program at FSU that is committed to
the success of women in the fields of science,
technology, engineering, and mathematics. We
have hosted several students from this program in
physics, biology, and engineering, who have been
involved in research ranging from
electromechanical elastomers, photo-polymers, and
various outreach programs for K-12.
Challenger Learning Center
An on-going program has been established in
collaboration with the Challenger Learning Center
in downtown Tallahassee, FL. This is a monthly
Saturday afternoon program (11:45am every third
Saturday of the month) that is geared toward kids
and parents of all ages. This program includes
hands on demonstrations of adaptive materials such
as piezoelectric composites for energy harvesting,
magnetostrictive "Sound bugs", temperature
sensitive cholesteric liquid crystals, and
artificial muscles. We also collaborate with
fellow faculty in different engineering
departments and disciplines, Drs. Anant Paravastu
(biological materials), Jonathan Clark (robotics),
Rajan Kumar (aerospace), and Daniel Hallinan
(battery materials) to bring a broad perspective
of materials science, mathematics, and engineering
to the general public. Below is an example of a
recent program which included a group of REU
students who presented a variety of materials and
activities for kids interested in engineering and
science.
AME REU
Our group participates in an NSF sponsored
Research Experience for Undergraduates (REU) each
summer. The theme of the program is focused
on multi-disciplinary adaptive systems and
structures and contains both individual research
within our group and a group project.
Individual research within our group has ranged
from viscoelastic polymer deformation experimental
characterization, continuum and quantum
scale modeling, and Bayesian statistics. The
group project is centered around research and
development of drone hardware. The group
project includes research within the broader set
of faculty within AME who have interest in
aerospace, legged robots, and functional
materials.