Software Engineer
Resume:
ALEXANDER SEROV
Address: kv. **, korp. ***, Zelenograd, Moscow, Russia, 124498
Phones: +7-499-***-**** (home), +7-963-***-**** (mob.)
E-mail: : ******@*****.***
HIGHLIGHTS
Solid background in physics, mathematics, engineering and philosophy
Excellent computer proficiency
Highly committed to continuously updating my professional knowledge
Excellent communication and interpersonal skills
Strong analytical mind, self-organized, quick learner, hard worker
ACADEMIC BACKGROUND
1999-2002 Philosophy Doctor Degree in Numerical Methods and Simulation
Institute for Design Problems in Microelectronics of Russian Academy of Sciences, Moscow,
Zelenograd, Russia
Specialization: Computational Physics
PhD Thesis: “Numerical Method of Non-Steady Stephan Problem Solution at the
Simulation of Semiconductor Monocrystals Growth from the Melt”
1990-1995 Physicist-Researcher’s Diploma
Research Institute “Nauchny Center”, Moscow, Zelenograd, Russia.
Specialization: Physics of semi-conductors and dielectrics
1982-1988 Master Degree in Physics & Mathematics with first class honors
Moscow Institute of Physics and Technology (MPTI), Moscow, Russia
Specialization: Quantum radio-physics.
MD Thesis: “Experimental Investigation of Quantum Size Effects in Thin Films of CdTe”
WORK EXPERIENCE
09.2009 – Present Senior Researcher
Machinery Engineering Research Institute, Russian Academy of Science, Moscow, Russia
URL: http://www.ippm.ru
Research & Development at the field of methods for automated data processing and searching for
hidden patterns (Data-Mining):
Numerical method has been developed for the automated analysis of multidimensional sets of
experimental data
Numerical method has been developed that realize combinatorial Group Method of Data Handling
(GMDH) for the arbitrary number of arguments. Software realization of the numerical method has
been developed. Code is developed in MATLAB environment. Developed method is implemented
for the problem solution of automatic diagnosis of the investigated technical systems: technical
system identification, clustering of experimental data, automated searching for the optimal model,
pattern recognition at diagnosis problem, forecasting of characteristics values.
Software “S-Discriminant” has been developed for the automated processing of vibroacoustic data
acquired during the monitoring process of machinery equipment. Software implements methods of
spectral analysis, statistical analysis, trend analysis and the method of S – discriminants. Code is
developed as a standalone MATLAB application that works together with C# applications (DB
operations and report generation) in MS Windows operating systems. Software has been used for
the condition monitoring of gas turbine engines.
Alexander Serov
2
Development of new numerical method that extends the possibilities of Independent Component
Analysis has been started. Method will be applied for the solution of blind source separation
problems.
08.2010 – 11.2010 Contractor
MikroMasch Ltd, Moscow, Zelenograd, Russia
URL: http://www.spmtips.com
Research & Development at the field of Artificial Intelligence
Data-Base reconfiguration software tool has been developed. Software has been developed as C#
code in Microsoft Visual Studio 2008 environment. It may be used for the following set of
activities with MS SQL Server-2005 Data-Base: creation, deletion, reconfiguration of DB or tables,
online edition of tables.
03.2010 – 06.2010 Contractor
ANKUD Ltd, Moscow, Zelenograd, Russia
URL: http://www.ancud.ru
Research & Development at the field of information protection systems:
Methodology has been developed for the numerical estimation of the effectiveness of
software/hardware realization of information protection systems.
Software has been developed for the numerical investigation of estimation methodology. C++ code
has been developed in Microsoft Visual Studio 2008 environment. Numerical investigation of
proposed methodology has been done.
07.2009 – 10.2009 Contractor
Technical Research Center “Turbocontrol”/Public Corporation “Gazprom”, Moscow, Russia
URL: http://www.turbocontrol.ru
Method development for the automatic efficiency control of the registration tract equipment of the
vibroacoustic monitoring system:
Numerical model of control algorithms has been developed in MATLAB environment. Algorithms
functioning have been investigated at numerical experiments.
Software has been developed for the use at the monitoring of gas turbine engines. C++ code has
been developed in CodeGear environment.
09.2008 – 06.2009 Investigator
Research Center “Infocomproject”/ Technical Research Center “Turbocontrol”, Moscow, Russia
URL: http://www.turbocontrol.ru
Development of the architecture of the automatic diagnostics system
Research & Development at the field of methods and algorithms for the automatic diagnostics of the
industrial equipment
Development of the numerical method and control algorithms (participation as a team member)
2006-08.2008 Head of the Information Technology Department
Scan-Plus Ltd., Moscow, Russia
URL: http://www.scan-plus.ru
Management of projects “Regional segments of United System of Catalogue” (Projects for Central
Bank of Russian Federation)
Development of numerical methods for the investigation of ultrasound waves scattering by phononic
crystals:
Numerical method of ultrasound waves scattering by phononic crystal has been developed. Method
is based on the FETD realization of Galerkin technique.
Software realization of proposed numerical method is developed as C code.
Alexander Serov
3
2005-2006 Principal specialist
Scan-Plus Ltd., Moscow, Russia
URL: http://www.scan-plus.ru
Management of project “The system of reserve copying of information resources” (The project for
company “Gazexport”)
Development of numerical methods for the investigation of electromagnetic fields’ configuration:
Numerical method of Maxwell equations solution based on Finite Differences Analysis has been
developed
Numerical method for the simulation of ions transfer in high-frequency electro-magnetic fields has
been developed
2003-2005 Senior research scientist
Institute for Design Problems in Microelectronics of Russian Academy of Sciences, Moscow,
Zelenograd, Russia.
URL: http://www.ippm.ru
Development and implementation of numerical methods for the investigation of Micro-Electro-
Mechanical Systems (MEMS):
Full 3D numerical model of electrostatic MEMS has been developed and investigated using
simulation method based on Finite Elements Analysis
Methods of automatic generation of MEMS macromodels based on a Mass-Spring Model have
been developed. Methods include approximation of device structural parameters.
2002 – 2003 Postdoctoral Fellow
Laboratory of time-of-flight mass spectrometry (University of Manitoba), Winnipeg, Manitoba, Canada
URL: http://umanitoba.ca
Development and investigation of ion separation methods
Ion separation methods in RF-ion guide have been investigated with axial electric field and gas
counter flow
Mathematical model for ions transfer in quadrupole region of mass spectrometer have been
developed and implemented
Software tools for experimental mass-spectrometry data analysis have been developed as C code in
Microsoft environment.
Structures of peptides have been experimentally analyzed using orthogonal injection time-of-flight
mass spectrometer
2001 – 2002 Senior research scientist
Institute for Design Problems in Microelectronics of Russian Academy of Sciences, Moscow,
Zelenograd, Russia
URL: http://www.ippm.ru
Investigation of the problem of algorithmic compensation of structural defects at systolic matrixes
Numerical models of cellular automata have been developed as C code in Microsoft environment.
Numerical experiments have been performed for the investigation of models application to
numerical integration problems with algorithmic compensation of structural defects
2000 – 2002 Engineer
Research Center “MicroStyle” / Motorola Research Laboratory, Moscow, Zelenograd, Russia
Development and investigation of numerical models for fast simulation of electric circuits in
semiconductor devices (Project “Fast SIMulator of electric circuits”)
Reduction algorithm for passive RC-networks based on a projection (Krylov-subspaces) technique
has been developed and tested. Software realization of algorithm have been developed as C code in
Linux environment
Alexander Serov
4
Subcircuit Transistor Model (STM) with further application of FSIM STM software for BSIM3,
BSIM4, B3SOI, SSIM, SSIMSOI technologies has been developed (participation as a team
member)
Software for investigation of new Motorola MICA/FSIM technology has been developed and
applied. Software tools are realized as C code at Solaris environment.
1995 – 2001 Engineer – researcher
Scientific Research Institute “Micropribor” / Technical Research Center “Elsov”, Moscow, Zelenograd,
Russia
URL: http://www.elsov.ru
System development and system analysis of a Communications-Satellite Network “Bankir”
Channel and network communication protocols have been developed (participation as a team
member)
Numerical method have been developed for the investigation of communication protocols. Method
was realized as Pascal-based software (Microsoft software environment) and used for the analysis
of operation of designed protocols in a group of earth-based stations
Numerical model of carrying-capacity of space network has been developed and realized as Pascalbased
software. Parameters of data transfer for various architectures of the network have been
investigated
Software for the Control Center of Space Network has been developed (participation as a team
member). Pascal-based software is developed at Microsoft environment. Designed programs are
responsible for the allocation and re-allocation of space channel resources
Software-hardware complex for the control of frequency and power resources of a satellite have
been developed (participation as a team member). Code is developed at Borland Delphi
environment. Measurement and data interpretation technique is elaborated (participation as a team
member).
Control algorithms for transmitter of earth-based power stations have been developed (participation
as a team member). Numerical model of algorithms was developed as MATLAB code and used for
the investigation of algorithms and optimization of their parameters
1990 – 1995 Physicist – researcher
Scientific Research Institute “Nauchny Center”, Department of Space Materials, Moscow, Zelenograd,
Russia
Investigation of growth process of semiconductor monocrystals
Numerical method for Stephan problem solution based on Finite Differences Analysis have been
created. Method includes the solution of the system of non-steady partial differential equations.
Navier-Stokes equations, equation of diffusion and thermal equation have been solved at the region
having time-dependent geometry. Method fulfils the set of conservation laws.
Software realizing numerical method of Stephan problem solution have been developed as Fortran
code for the calculation in MS DOS environment (later it’s adopted at MS Fortran Power Station).
Software was used for the numerical investigation of growth of semiconductor monocrystals under
normal and low gravity conditions
Software have been developed for the numerical investigation and optimization of the parameters
of technological equipment for the growth of monocrystals onboard the orbital station “Mir”.
Fortran-based software was used for the calculation of thermal insulation parameters of electric
furnace, power parameters of growth process and geometric parameters of the growing
monocrystals.
1989 – 1990 Engineer – programmer
Scientific Research Institute “Nauchny Center”, Department 52, Moscow, Zelenograd, Russia
Methods and software development for the testing of designed RISC processor
Alexander Serov
5
LANGUAGES
Fluent in English, Russian native speaker
COMPUTER PROFICIENCY
Operating Systems: Microsoft Windows, UNIX / Solaris, Linux, Mac OS, MS DOS.
Programming languages: C, C++,C#, Fortran, Pascal, Delphi.
Computational tools: Matlab, Mathcad.
INTERESTS
Music. Chess. Books. Philosophy. History of religion. And a lot of another things of this wonderful world…
PUBLICATIONS:
1. Serov A.A., Dolaberidze G.V., Ivanova M.A., Sokolova A.G., Vlasishen Yu. “Software package for the
vibromonitoring of machinery equipment” // Journal “Vestnik nauchno-technicheskogo razvitija”,
3(43), 2011. URL: http://www.vntr.ru/ftpgetfile.php?id=505
2. Sokolova A.G., Balitsky F.Ja., Dolaberidze G.V., Ivanova M.A., Serov A.A. “Vibromonitoring of gasturbine
engine DG-90 based on the multidimensional discriminant analysis” // Journal “Vestnik nauchnotechnicheskogo
razvitija”, 2(42), 2011. URL: http://www.vntr.ru/ftpgetfile.php?id=497
3. Serov A. A., Izotov A.V. “Method for control the operation of data registration tract of the vibroacoustic
diagnosis system”, in press at Journal “Vestnik nauchno-technicheskogo razvitija”. URL:
http://www.vntr.ru
4. Serov A.A., Dolaberidze G.V., Ivanova M.A., Sokolova A.G., Vlasishen Yu. “Software Package for the
Vibro-monitoring and Diagnostics of Gas Turbine Engines Realizing the Method of Discriminant
Analysis” // III International Conference “Aeroengines of XXI Century ”, Moscow, CIAM, 30.11 -
03.12.2010, Pp. 1583-1585. URL: http://aeroconf.ciam.ru
5. Serov A.A. “The problems of automatic data processing at the systems of condition monitoring of
industrial equipment” // 10th European Conference on Non-Destructive Testing, Moscow, 2010, June 7-
11, Abstracts, Part 2, Pp. 237-238. URL: http://www.idspektr.ru/10_ECNDT/abstracts/4_01_12.pdf
6. Serov A.A. “The problems of automatic data processing at the systems of condition monitoring of
industrial equipment” // 10th European Conference on Non-Destructive Testing, Moscow, 2010, June 7-
11, Reports, Report 4.1.12, Pp. 1-7. URL: http://www.idspektr.ru/10_ECNDT/reports/4_01_12.pdf
7. Serov A. A. “Simulation Methodology of Micro-Electro-Mechanical Systems. Part one: Full 3D models”
// Canadian Applied Mathematics Quarterly (CAMQ), V.13, N 4, Winter 2005, 345 – 367. URL:
http://www.math.ualberta.ca/ami/CAMQ/table_of_content/vol_13/13_4d.htm
8. Serov A., Rusakov S., Egorov Yu. “Development of methodology, algorithms and software for the
behavioral simulation of dynamical systems including components of various physical nature”, Scientific
program of Russian Academy of Sciences “Fundamental basis of informational technologies and
systems” // Scientific Report, Institute of Development Problems in Microelectronics, Moscow, Russia,
2004
9. Serov A.A., Maslovsky V.M., Rusakov S.G., Kuznetsov I.A. “Influencing of oscillations of an external
thermal field on processes of CdHgTe crystallization” // Journal of Advanced Materials, 2002, 5, 31-37
10. Serov A.A. “Algorithm of passive RC - schemes reduction under the characteristics in frequency
domain” // PeaCE /OLCC Progress Report, January 2001
11. Serov A.A. “Investigation of algorithms for compensation of structural defects of systolic matrixes”,
Scientific Report, Institute of Development Problems in Microelectronics, Moscow, Russia, 2001
12. Serov A.A., Maslovsky V.M. “Influencing of oscillations of an external thermal field on process of
microsegregation at single crystals growth by a method of a directional crystallization” // Proceedings of
European Materials Research Society Spring 2001 Meeting. - Strasbourg, France, 2001 - A-II.9
Alexander Serov
6
13. Serov A.A., Maslovsky V.M. “Development of a non-uniformity of a structure at single crystal’s growth
of semiconductor materials from a melt” // Proceedings of the XXX International Seminar “Noise and
degradation processes in semiconductor devices”, Moscow, Russia, 2000, 235-240
14. Maslovsky V. M., Serov A. A. “Numerical simulation of single crystals growth from a melt by a method
of a vertical directional crystallization” // Fundamental Problems of Developing Advanced Materials and
Processes of the XXI Century, V Russian–Chinese International Symposium. Tomsk, Russia, 1999, pp.
86 - 93
15. Serov A.A., Maslovsky V.M. “Numerical simulation of axial and radial impurity distribution under GaAs
monocrystals growth by vertical directional crystallization method” // Proceedings of European Materials
Research Society Spring 1999 Meeting. Strasbourg, France. Thesis C-I/P28
16. Serov A.A., Maslovsky V.M. “Inhomogeneities in axial and radial impurity distribution under Si
monocrystals growth by vertical directional crystallization method” //Proceedings of European Materials
Research Society Spring 1999 Meeting. Strasbourg, France, 1999. Thesis E/P18
17. Voronov V.V., Malovichko M.M., Serov A.A. “The algorithms for the control of transmitters’ power of
earth-based stations”, Scientific-Technical Report, Research Center “Elsov”, Moscow, Russia,1997
18. Serov A.A. “Algebraic method of a computational grid generation at the Stefan Problem Solution “ //
Journal “Informatsionnie technologii”(Russian), 1997, 9, 7-11
19. Serov A.A., Malovichko M.M. “Determination methodology and numerical simulation of throughput
capacity of space network “Bankir”, Scientific Report, Research Center “Elsov” , Moscow, Russia, 1995
20. Malovichko M.M., Kozlov V.A., Serov A.A. “The channel protocol of space network “Bankir”,
Scientific Report, Research Center “Elsov” , Moscow, Russia, 1994
21. Goncharov V.A., Markov E.V., Serov A.A. “On the Effect of Residual Microaccelerations on
Semiconductor Crystal Growth under Microgravity” // International Aerospace Congress: Theory,
Applications, Technologies, August 15-19, 1994, Moscow, Russia; Abstracts, 253
22. Goncharov V.A., Markov E.V., Serov A.A. “Control of GaAs Single Crystal Growth by Direction
Crystallization under Microgravity” // International Aerospace Congress: Theory, Applications,
Technologies, August 15-19, 1994, Moscow, Russia; Abstracts, 254
23. Goncharov V.A., Markov E.V., Serov A.A. “Numerical Simulation of Growth Process of GaAs Single
Crystals by a Directional Crystallization Method in Conditions of a Microgravitation“ // Transactions of
the First International Aerospace Conference “Perspectives Of Mastering Outer Space”, 28.09-02.10
1992, Moscow, 1995, 57-69
24. Serov A.A. “Numerical Simulation of Thermal Conditions of GaAs Single Crystals Growth from a Melt”
// Journal “Elektronnaia Technika”, series “Microelectronics” (Russian), 1992, 1, issue 1 (146), 33-38
25. Goncharov V.A., Markov E.V., Serov A.A. The theses of the report “Numerical Simulation of Growth
Process of GaAs Single Crystals by a Directional Crystallization Method in Conditions of a
Microgravitation” // First International Aerospace Conference “Perspectives of Mastering Outer Space”,
28.09-02.10 1992, Moscow, Russia, 135
REFERENCES
Available according request
Contact this candidate