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Stewart
Roybal
2051 Pilot Rilcy Rd, Darien, FA 50215
(704)692-1521 ● stewart.roybal52@hotmail.com
Objectives
Seeking a challenging
position in the field of software development, applied mathematics,
computational physics, data mining, pattern recognition as an algorithm and
code developer
Professional Summary of Skills
- Applied
Mathematics: Algorithms, Numerical Methods, Graph theory and Complex
Networks in application to data analysis, Computational Biophysics and
artificial Neural Networks.
- Physics:
Percolation theory, Phenomena in Inhomogeneous media, Deterministic Chaos
theory and Numerical Experiments, Non-destructive testing applications.
- Computer
Programming and Languages: Python including NumPy, SciPy and Networks
(over 7 years), C/C++, including STL, Boost, uBLAS, LAPACK (over 4 years),
Java (over 2 years), Fortran (over 1 year), MatLab including various
Toolboxes: Neural Networks, Statistics, Optimization, PDE (over 10years).
- Operating
Systems: Windows, Linux.
Professional Experience
Clemson
University, Lab of Computational Biophysics - Clemson, SC (January 2011 to
February 2012)
Postdoctoral
Researcher/ Python Developer
- Developed algorithms and computer code for solution of
the Poisson-Boltzmann equation. Electrostatic potential in systems
comprised of biological macromolecules and water phase is described by a
2nd order elliptic partial differential equation, known as the
Poisson-Boltzmann equation (PBE). DelPhi is a PBE solver which adopts
finite difference method to solve this equation numerically and has been
widely recognized in the biological community due to its efficiency and
accuracy. In this project, we developed new numerical algorithms and
computer code, performed an efficient parallel computing technique via the
unique implementation of Gauss-Seidel iteration method in DelPhi to extend
its capacity for solving larger and more complicated super molecular structures.
Project is in the progress.
- Tools: C/C++,
Fortran (77 and 90), GNU, Linux.
- Designed systems for DelPhi (program to solve the
Poisson-Boltzmann equation) testing. System has to run our “Main
Software” than make parsing of output files and extract necessary data.
And do compare with known results and make report. It should be repeated
many times for different criterions (conditions). It is possible to add
different tests to system. Project is in the progress.
- Tools: Python’s
version is 2.7, Windows – PyScripter; Linux – Eric and Eclipse.
Bogolyubov
Institute for Theoretical Physics of the NAS - Kiev, Ukraine (January 2005 to
December 2010)
Research
Associate/Python Scientific Programmer (May 2007 to December 2010)
- Applied physical
and mathematical methods for modeling of Complex Networks. A concept
of implicit links in Complex Networks has been defined. Introducing
a new value – cohesion factor, which allows to evaluate numerically the
presence of such connection between any two nodes of network
- Introduced the
generalization of such characteristics as the interconnectivity which
allows ranking the network nodes in a more detailed manner.
- Proposed a model
of wealth distribution in the human societies based on Complex Networks
properties. Numerical simulation of wealth distribution demonstrates
transition from the Pareto law to a distribution with the gap indicating
absence of the «middle class».
- Project was successfully completed. All calculations
for the next articles were done with Python.
- http://arxiv.org/ftp/arxiv/papers/1008/1008.4073.pdf
- http://arxiv.org/ftp/arxiv/papers/1010/1010.2173.pdf
- Tools: Python’s
version 2.6, NumPy, SciPy and NetworkX.
Junior
Research Fellow (January 2005 to May 2007)
- Developed
analytical and numerical methods for modeling of the inhomogeneous media.
Applied the percolation theory to thermoelectric composites. Project was
successfully completed.
- Tools: C/C++,
Matlab.
ROSEN
Inspection Technologies Lingen (Ems) - Germany (April 2004 to December 2010)
Senior
R&D Engineer/Applied Mathematician & Python Developer – PART TIME
- Developed Artificial Neural Networks based systems for
automatic recognition and classification of ultrasonic and magnetic
non-destructive testing signals.
- System has to
read a big database of signals and do DSP (digital signal processing):
applying of various filters, FFT (Fast Fourier Transform), eigenvalues of
incidence matrix. Project was successfully completed.
- Tools:
P
ython’s version is 2.6, NumPy and SciPy.
- Designed and implemented a new method of solving
Ill-posed problem encountered in real magnetic flux leakage (MFL)
signals. Developed method made it possible to calculate the MFL
field of a given defect for any parameterized shape on a standard PC,
without the use of expensive modeling software. Project was successfully
completed (see A. Snarskii, M. Zhenirovskyy et all - NDT and E
International (June 2010), 43 (4), pg. 343-347).
- Tools: C/C++,
Java, Matlab.
Education
- Ph.D. in
Physics, Institute of Physics of the National Academy of Sciences, Kiev,
Ukraine 2005.
- M.S. in
Electrical Engineering (2000) B.S. in Electrical Engineering (1998),
National Technical University of Ukraine “Kiev Polytechnic Institute”,
Kiev, Ukraine.
Publications
Authored
and co-authored more than 20 journal and conference papers and a monograph (to
be published) List of publications and presentations is available upon request.
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