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Habib
Moukalled, M.S.
habib.moukalled@gmail.com
CV / Resume
(click here for PDF)
At
an early age, being one of the fortunate children to
experience the nintendo
entertainment system (NES), my life was forever
changed. At that moment in time,
my
fascination in everything digital was born. As
my
infatuation
of
video
games
grew,
I found myself on a quest for knowledge and understanding
of the computer machines upon which these games would run.
By the mid-90's, when my family adopted internet, I
immediately became immersed in the vast amount of
knowledge everyday people were able to have at their
fingertips, especially knowledge of computers.
Throughout all except one of my years
in grade school, I partook in music classes and being a
member of the school choir, although video gaming remained
my primary passion. I would spend
the free time of my summer breaks learning computer
trouble shooting and elementary programming skills.
By my freshman year of high school my computer skills were
beyond proficient, and I was able to code in BASIC. By
the time I had written a few toy programs in BASIC, I felt
brave enough to veture into the world of GNU Linux and BSD UNIX, and the GCC. And
by my junior year of high school I enrolled in an advanced
placement computer science course on C++ programming.
By the end of my high school career, it
became obvious that I would have to go to university in
order to expand my knowledge of computers and acquire a
theoretical foundation to allow me to further pursue
computing as a career. I began my formal education in
computer science during the fall 2002 semester. During the
final year of my undergraduate studies, I began working as
a research assistant in order to facilitate the transition
to becoming a graduate student. And by fall 2007, I
started graduate school. In the summer of 2009, I defended
my master's thesis on a technique for extracting the left
and right vocal folds (chords) from High-Speed videos by
employing
a pair of elastic membrane structures, that harness
dynamic programming to perform global optimization of an
energy functional to bypass local minima, resulting in
extraction of the vocal folds.