Providence, RI
OBJECTIVE
Seeking a position of Software Engineer, Research / Scientific Programmer / Engineer, Computational Physicist (Linux/Windows/C•••••/C/••••• Application Developer, Fortran •••••/•••••, numerical simulation and algorithms).
Ideal position would provide exposure to various R&D / scientific software development projects, work under limited supervision.
EXPERTISE
Computational experiments and techniques for modeling time progressing phenomena including advanced calculus, differential equations, linear algebra, functional analysis, and statistics
Commercial/Scientific software design and development, project supervision, applications testing, applied programming on C/C•••••/C#, FORTRAN languages,
Translation of legacy C/Java/VB/Pascal source code to new C# .NET
Development of physical, mathematical and computational models for computer simulation
PC technical service support, software installation, configuration and problem resolution
MS Visual Studio, MS Developer Studio, VC•••••/MFC, Borland C•••••
MS/Visual/Compaq/NAG FORTRAN •••••/•••••/IV/V/•••••
Fresh experience with Apache, PHP, Perl, Linux, MySQL
Linux: Gentoo/Ubuntu servers, IMS (jabber/Psi), Subversion (SVN)
Working knowledge of DOS, Windows Vista/XP/•••••/•••••/NT, MAC OS X, Linux, VirtualBox
Web master / designer / developer (see page 2)
EMPLOYMENT HISTORY
Data Recovery NE, Providence, Pawtucket, Cranston, RI Consultant –current, and •••••â€“•••••
Roles: Software Engineer, WEB master/designer/developer.
Technologies: CSS, HTML, DreamWeaver, Visual Studio, Java Script, XML, Windows/Linux configuration/ optimization, updating, upgrading, antivirus services, cleaning/restoring data, C•••••/C#; evolutionary adaptive solver – adapting / extending / upgrading of codes and functionality. As a life-long learner, I have a fresh experience with Python.
HealthWays International Inc, Westborough, MA Linux Software Developer •••••â€“•••••
Roles: Software Engineer, Professional Support Service
Technologies: Linux Gentoo, Ubuntu server/workstation, software installation, configuration/optimization, updating, customization and the end users support. VirtualBox, Apache, PHP, Perl; Subversion (SVN) server/agents (Win/Linux) installation, configuration, “Quick Start†documentation.
University of Michigan, AOSS, AnnArbor, MI Postdoctoral Training••••••••••â€“•••••
(AOSS: Atmospheric, Oceanic and Space Sciences Dept.)
Roles: Researcher, Scientific Programmer, WEB Developer/Programmer.
Technologies: FORTRAN, numerical methods, OS X, Linux, Apache, Scripting, Perl, CGI, Web design/ programming.
Minor: PHP, MySQL, JavaScripts, SSH, HPC, CVS, netCDF.
Main duties was the next: developing, debugging, updating, upgrading, maintaining and re-factoring large bodies of existing scientific computational code. Porting applications to different operational systems, applications installing and configuring. Developing new and maintaining old web sites.
ITRON - Flow Metrix, Inc., Maynard, MA Consultant ••••••••••â€“•••••
Roles: Software Engineer, WEB master/designer/developer.
Technologies: C#, C, HTML, Visual Studio, Java Script, CSS, Windows XP, IIS.
Minor: CGI, Apache, Free BSD, Perl, ESRI GIS, Java, Pascal, XML, VB, MS VS 6(7).
Developed (partially translated to C# from Pascal/VB) and debugged codes for signal processing unit of digital correlator. Prepared preliminary codes for ESRI GIS shape file editor/viewer. Designed, developed and implemented company web site ••••• Search engine optimization process (SEO) started from scratch using Googles tools for web-masters.
E.O. Paton Institute, National Academy of Science, Kiev, Ukraine •••••â€“•••••
Group of Computational Physics & Numerical Simulation, Dept. of Discharge Physics and Plasma Devices, NASU.
My general experience includes computational modeling & simulation / numerical methods & algorithms / object-oriented software design and development with implementation on C/C•••••/Fortran •••••/•••••, including debugging and results visualization. I am highly experienced with software life-cycle development including specification, design, implementation, testing and maintenance. The first title of positions below corresponds to my duties in IT field due to duality of Computational Physics subjects and methods.
System Analyst /Senior Research Scientist •••••â€“•••••
Technologies: Planning, coordination and development of physical, mathematical and computational models, applied programming; scientific computational projects and computational experiments in a field of thermal plasma treatment and physical electronics; C/C•••••/FORTRAN •••••/•••••; Numerical methods and algorithms, data visualization.
Sr. Software Developer/R&D Engineer••••••••••â€“•••••
Technologies: Development of physical, mathematical and computational models for different special technologies and implementation on C/C•••••/FORTRAN •••••/•••••; Numerical methods and algorithms; Windows, DOS, MFC, IMSL, MS Developer studio, Visual Studio, Borland C•••••.
Lead Engineer Mathematician ••••••••••â€“•••••
Technologies: Development of mathematical / computational models and implementation on C/C•••••/FORTRAN •••••/•••••; Numerical methods and algorithms; ODEs, PDEs, systems of nonlinear transcendent equations; MS DOS, Windows, OS/2, C/2, F/2; XENIX; MFC, IMSL, MS Developer Studio, Visual Studio, MathCAD, Visual Array; Mainframes IBM •••••, ES •••••, drivers for PC (monitor, printer) on Assembler, programs for Pc-to-PC data transfer/communication; scripts for code versions incremental saving/archiving; Borland C•••••, Turbo C, Turbo Basic. Planning LAN and DBIV structure for commercial users; development of XML-type formats for applied programs data input/output; Statgraphic, Graph-in-the-Box, Grapher, Surfer.
The short description/list of selected developed by me computational software projects presented at the Resume end.
WEB Master/Developer••••••••••â€“•••••
Technologies: DHTML, CSS, Perl, CGI, Ubuntu, FreeBSD, Windows Vista/XP/NT/•••••, Java Script, Macromedia Fireworks, Dreamweaver, Flash etc.
Assigned various duties including web pages designing, maintaining and updating.
I am webmaster of the next web sites:
Data Recovering New England••••••••••
Michigan Solar Wind Model••••••••••
Plasma-Kiev •••••••••• •••••H Institute Periodicals ••••••••••
International Association “WELDING†••••• Beam Welding•••••••••• Metrix, Inc.••••••••••
EDUCATION
Postdoctoral Training, University of Michigan, AOSS, Ann Arbor, MI, •••••
PhD in Physical Electronics, •••••, Institute of Physics, National Academy of Sciences of the Ukraine (NASU).
MS. in Plasma Physics, •••••, NASU, Institute of Physics.
Magister in General/Theoretical & Mathematical Physics, Math, Numerical Methods;National •••••chenko University of Kyiv (NTSU), Ukraine.
Certified WEB developer (Selected for Soros Grant) •••••
AWARDS
••••• - •••••: Grant of BMBF, Germany. Joint Research Project with the Humboldt University, Berlin.
••••• - •••••: Grants of Science and Technology Center in Ukraine (STCU / UNTC).
•••••: Selected for Soros Grant for Web masters in Ukraine.
Selected for ••••• - ••••• editions MARQUIS Whos Who (R) in Science and Engineering.
PROFESSIONAL ASSOCIATION: European Materials Research Society
PUBLICATIONS:1 book, ••••• papers in peer-reviewed journals, ••••• reports on International Conferences and Symposiums.
CITIZENSHIP: Legal Permanent Resident (Green Card holder), U.S.A. Open for relocation.
SELECTED COMPUTATIONAL SOFTWARE PROJECTS •••••••••• •••••
It was developed by me the physical, mathematical and computational models, written and debugged codes for more than ••••• commercial/scientific software packages for computational experiments, data treatment and visualization of results. More than 5 PhD theses prepared by using this software for computational research and for CAD/CAE. Selected projects descriptions managed/fulfilled by me presented below.
LETCOR: Project duration - 3 months, Codes: C#. Digital signal processing, FFT, correlation function.
GLADIN: 9 months, C. Program for the experimental data treatment - 2D inter/extrapolation and smoothing with the interactive visual control. GUI.
SHEED: 4 months, C#. ESRI GIS shape file editor/viewer.
MODUL: ••••• months, Fortran & C. Program for computational experiments with result visualization developed for optimization of the wire welding/melting processes with the time dependent electric current, applied voltage and wire supply. (URL: ••••• GUI, MDI, ODEs.
D1SPOT, D2SPOT: ••••• months, C, Fortran. Software packages for simulation of cathode spot of vacuum arc (metal surface exposed to dense multicomponent plasma). GUI, 2D/3D graphical presentation, PDEs (adaptive mesh, high time resolution).
NAREZ, POREZ: 5 months, Fortran ••••• Selfconsistent distributions in (R,Z) coordinates of micro particles concentration and laser beam intensity within the plasma-laser torch. PDEs.
BIGZON: 4 months, Fortran ••••• Modified spherical Bessel function of the complex argument for large arguments / orders using multiprecision arithmetic (increased and multiprecision computations, •••••â€“•••••â€“••••• - bits base math).
SPECUL: 4 months, C. Computational experiments for benefits optimization of financial operation on currency market. GUI, Spreadsheet-like interface.
PLICC: ••••• months, C•••••. Multi-component PLasma Ionic Composition Calculator - effective solver for the systems up to •••••x••••• and more of non-linear transcendent equations.
( •••••
ALPHA: 3 months, C. DOS Shell program for preparing of Input parameters/Control of computations. MDI
UDOS, SITO•••••: 4 months, C. Utilities for decoding/recovering/recoding/reformatting of documents/files.
D3MELT, TONT, CONT, XCONT: ••••• months, C•••••. Computational modeling of 3D/2D non-stationary thermal processes of re-melting, welding and brazing. Mathematical models and software was developed for simulations of non-stationary 2D/3D heat transportation with taking into account the melting/solidification border movement.
LAPLAS, LASARC, SANDY: ••••• months, Fortran ••••• & C•••••. Non-stationary thermal processes of micro particle(s) heating by laser radiation or/and by plasma flow in torches. GUI, 2D/3D graphical presentation of computational results. ODEs, PDEs.
SURFPLUS: ••••• months, BASIC, Fortran. The scientific program for calculation of self-consistent boundary conditions (energy flows, pressure, erosion, and electric current •••••) on the metal surface covered by dense plasma.
EMISSART: ••••• months, BASIC, Fortran. Program for calculation of Thermo-Field Ion-Electron emission in general case (including the Nottingham effect). 2D Quantum mechanic calculation of electron tunneling with the underbarrier scattering on the ion. 2D quasi-stationar solution of Shredingers equation.
