When
I was a young child, my interest
in math was apparent. I would
always finish my assignments
before school was let out
and received A's on all my
tests and homework. The opportunity
of going to college on full
scholarship was presented
to me late in high school
by my Chemistry teacher.
Coming from a country that
provided very little educational
opportunities, I knew that
this was my chance to be
the first in my family to
attend and graduate college.
At Fayetteville
State University, I entered the Mathematics
program. There I excelled academically
and became a tutor as a Chancellor's scholar.
As a Chancellor's scholar I had the pleasure
of meeting various mathematicians like Dr.
Guanghua Zhao, Dr. Bo Zang, Dr. Kenneth Jones,
and my mentor at that time, Dr. Leo Edwards.
Under the direction of these educators, I
was able to have a better understanding of
mathematical concepts. I also attended various
seminars/workshops that dealt with programs
such as Maple, which is a program that engineers,
scientists, mathematicians, teachers, and
students can use that provides many avenues
for presenting and deploying solutions. The
Chancellor's scholarship helped me excel
academically because a minimum GPA of 2.8
had to be maintained as a freshman and sophomore
and a minimum GPA of 3.0 was needed for juniors
and seniors. By excelling academically, I
was able to receive many awards and honors.
The list of awards I have received are as
follows: Chancellor's Scholarship, Chancellor's
List Awards, Dean's List Awards, English
Merit Award, Yearbook Award, Academic Achievement,
Outstanding Achievement Award, Community
Service Award, Outstanding Scholar Award.
Even though many of the math courses in the
curriculum were challenging, I overcame those
challenges and graduated Magna Cum Laude
with a 3.68 GPA.
After
entering the workforce for
a few years, I decided to
return and pursue my Master's
Degree in Applied Mathematics
and attend the University
of Agriculture and Technology
at Greensboro, North Carolina.
I was fortunate to obtain
a job as a Teacher's Assistant
under the direction of Dr.
Barbara Tankersley. As an
assistant, I tutored and
sometimes filled in for several
Calculus classes and provided
office hours. Being a Teacher's
Assistant was very helpful
because it sharpened my mathematical
skills and made me feel confident
about the correctness and
quality of my work. Being
able to help students understand
different math concepts was
very fulfilling.
Now
that I am a Graduate working
in the research and development
sector is of interest to
me. I find that research
is a necessity. Without research,
there would be no advancement.
Without advancement, we would
be at a standstill. I hope
to do research that deal
with the environment because
I believe that many people
are unaware of the catastrophes
that can occur if the environment
is out of balance. I am also
hoping to see and show results
a mathematical data. What
I have read about the PRISM,
Polar Radar for Ice Sheets
Measurements, program has
grasped my attention. This
program is an ongoing research
project that deals with polar
ice and its effect on global
climate changes such as changes
in sea level. It is very
important to obtain and be
able to relay information
about the conditions of the
ice sheets to and from the
rovers and the personnel
at distant locations as well
as airborne units. Synthetic
Aperture Radars, SARs, are
used by the rovers and airborne
units to provide 2-D pictures
of the ice very similar to
those from the Airborne AWACS
and satellite imagery. The
rovers are located ground
level on the polar ice sheets.
These rovers have to endure
very rigorous polar conditions
and be able to tow the radars
safely. By having done research
for the PRISM project, I
would like to make people
aware of the project by writing
publications in Spanish and
English. I plan to contribute
my skills wherever needed.
Furthermore, I plan to continue
to work in the field of research,
pursue more internships and
projects that deal with environmental
issues, and quench my thirst
for knowledge.