Associate Professor of
Physics / September, 2010 —
September, 2016
In the realm of education, I
imparted knowledge to
undergraduate and graduate
students through a diverse
array of physics courses.
These included foundational
subjects as well as
specialized topics, ensuring a
comprehensive understanding of
fundamental principles and
advanced concepts. My
instructional efforts extended
to computational physics,
where I led courses focusing
on numerical techniques.
Leveraging my expertise in C
and Fortran programming
languages, I equipped students
with practical skills
essential for computational
analysis in physics research.
In addition to my research
leadership, I provided
mentorship to graduate
students, guiding them through
thesis projects and research
endeavors. Through
personalized supervision, I
nurtured the development of
future scholars, empowering
them to make meaningful
contributions to the
scientific community.
Assistant Professor of
Physics / July, 2003 —
September, 2010
Visiting Scholar at
University of Arizona / June, 2011 —
September, 2011
Accomplished Visiting Scholar
specializing in nuclear
physics research, poised to
continue pioneering studies in
the innovative No Core Shell
Model, building upon research
established during a
successful postdoctoral
position. As a Visiting
Scholar, I am committed to
furthering this research
trajectory by collaborating
with esteemed colleagues and
accessing state-of-the-art
facilities. Excited to engage
in interdisciplinary
collaborations and exchange
knowledge with researchers in
related fields. By combining
insights from computational
physics, nuclear science, and
beyond, I aspire to address
complex challenges and push
the boundaries of scientific
discovery. Seeking a dynamic
environment where I can
contribute to cutting-edge
research initiatives while
fostering mentorship and
knowledge exchange. Open to
opportunities that align with
my passion for advancing
nuclear physics research and
shaping the future of
scientific inquiry.
Postdoctoral Researcher at
University of Arizona / February, 2007 —
December, 2007
Experienced Postdoctoral
Researcher specializing in
microscopic nuclear structure
studies, with a focus on the
innovative No Core Shell
Model. Proficient in
leveraging advanced
computational techniques to
unravel the intricacies of
nuclear physics. Skilled in
Fortran programming languages,
adept at developing and
optimizing code for complex
simulations and data analysis
in nuclear physics research.
Successfully executed
computational tasks on the
cutting-edge supercomputing
infrastructure at the
University of Arizona Super
Computer Center. Utilized
high-performance computing
resources to accelerate
research and analyze
large-scale datasets,
contributing to groundbreaking
discoveries in nuclear
physics. Passionate about
pushing the boundaries of
knowledge in nuclear physics
and collaborating with
interdisciplinary teams to
tackle fundamental questions
in science. Seeking
opportunities to continue
research at the intersection
of computational physics and
nuclear science.
Teaching Assistant at
Drexel University / October, 1998 —
December, 2002
My responsibilities included
facilitating all levels of
physics labs, fostering an
interactive learning
environment conducive to
exploration and discovery.
Through personalized guidance
and support, I helped students
grasp complex concepts and
develop critical
problem-solving skills
essential for success in the
field. Additionally, I took
charge of preparing
comprehensive course websites,
ensuring easy access to
resources, assignments, and
supplementary materials. This
initiative streamlined the
learning process and promoted
efficient communication
between students and
instructors. Overall, my
experience as a Teaching
Assistant at Drexel University
has equipped me with
invaluable skills in pedagogy
and collaborative
problem-solving, positioning
me as a dedicated professional
poised to make meaningful
contributions in the field of
physics and education.