|
Andrey
V. Zuban
National Institute of Standards
and Technology
100 Bureau Drive,
Stop 844
Gaithersburg, MD 20899-8441
phone: 301-975-4754
fax: 301-975-2950
Andrey.Zuban@nist.gov
| Objective |
A
research and development position as a software developer/analist requiring
extensive knowledge of software development and strong analytical skills
to develop creative solutions to technical and/or scientific problems. |
| Professional
Skills |
-
Proficient with C and C++ programming
languages, object oriented programming, GUI.
-
Good knowledge of CGI, HTML,
Java-Script, Java, WWW designing techniques.
-
Good knowledge of IBM PC hardware,
TTL design principles, GPIB.
-
Working knowledge of assembly
language, TCP/IP protocols and applications, motion control, dBASE, SQL.
-
Application development experience
with Microsoft Windows 95/98/NT, MS DOS, OS/2 operating systems.
-
Instruments: Borland C++ (OWL),
MS VC++ (MFC), IBM Internet Secure Connection Server; Borland Database
Engine. Familiarity with WWW, FTP, Mail Servers.
-
USA patent on "PORTABLE
FOURIER TRANSFORM MICROWAVE SPECTROMETER WITH CRYOGENIC RECEIVER FOR TRACE
GAS ANALYSIS". US Pat. No. 5831439
|
| Experience |
|
| 1998
û present |
National
Institute of Standards and Technology - (Gaithersburg,
Maryland)
Guest Researcher, Software
Developer
Implementing a number
of new HW and SW technologies to the Fourier
Transform Microwave Spectrometers, including new design, CGI scripts
for live measurement results publishing
on WWW, multipulse data acquisition, WWW-based
molecular Database, improved server performance, etc.
-
Design and implementation
of a complex object oriented system
-
High level object oriented
design
-
Low level design and documentation
-
Programming and debugging
-
C++ in Win32 environment
-
GUI design using OWL and
ZGRAF C++
|
| 1998 |
Institute
of Applied Physics, Russian Academy of
Sciences, (N.
Novgorod, Russia)
Senior Programmer
-
Generated Molecular database
files in dBASE format.
-
Prepared SQL routines.
-
Developed a GUI Database
access tool for an express gas analysis system (platform - Windows 95/NT)
for Argonne National Laboratory, Chicago,
IL. See a screenshot.
-
Implemented a number of
add-ons for a real-time ozone layer monitoring system.
|
| 1997 |
National
Institute of Standards and Technology - (Gaithersburg,
Maryland)
Guest Researcher, Software
Developer
Implemented a number of new
HW and SW technologies to the Fourier
Transform Microwave Spectrometers, including Windows 95/NT GUI, real-time
DSP, Motion Control, GPIB instrumentation control, live
measurement results publishing on WWW
|
| 1996-1997 |
Institute
of Applied Physics, Russian Academy of Sciences, (N.
Novgorod, Russia)
Project Chief
Designed a real-time ozone
layer monitoring system.
|
| 1995 |
National
Institute of Standards and Technology - (Gaithersburg,
Maryland)
Guest Researcher, Software
Developer
Implemented a number
of new algorithms to the Fourier Transform Microwave Spectrometers, tested
a new portable version of the instrument.
|
| 1994 |
Institute
of Applied Physics, Russian Academy of Sciences, (N.
Novgorod, Russia)
Researcher
-
Wrote a program for real-time
control, data capturing, processing, and visualization for the RT-22 radio
telescope.
-
Gave numerous lectures for IBM
PC users.
-
Took part in the nanosecond
radar development project for GEC
Marconi Electronics, UK.
|
| 1993 |
National
Institute of Standards and Technology - (Gaithersburg,
Maryland)
Guest Researcher,
Software Developer
The project included
design, assembling, programming and testing of a PC-based system for full
automated real-time control, data acquisition, DSP, and visualization for
the Fourier Transform Microwave Spectrometers. The work was named among
NIST's most significant in 1993.
|
| 1987-1993 |
Institute
of Applied Physics, Russian Academy of Sciences, (N.
Novgorod, Russia)
Engineer, Researcher
-
Participated in a project
for an artificial neuronetworks research program.
-
Wrote a macro assembler
compiler for Texas Instruments TMS DSP processors. The compiler is currently
still in use.
-
Designed a fast ADC module
and an FFT module for the Automated Experimentation System of RT-22 (a
large radio telescope in the Crimea).
-
Designed an interface
system for remote control and data transfer for RT-22 and then in 1990
participated in the field astronomic data capturing program. The work included
design of the electronic circuits and programming of the embedded processor.
-
Participated in the project
named "The system for measuring plasma turbulence spectrum for TOCAMAC-10".
Designed a data acquisition and storage subsystem for the instrument. This
work won the first prize among engineering projects of the Institute.
|
| 1984-1986 |
Nizhny
Novgorod Technical University, (Nizhny Novgorod, Russia)
Student - researcher
Wrote a FORTRAN program
for analytical correction of orthogonality errors in quadrature analog
to digital converters.
|
| Education |
|
| 1987 û 1991 |
Institute
of Applied Physics, Russian Academy of Sciences, (N.
Novgorod, Russia)
Postgraduate course in Physics
Research Automation
|
| 1980
û 1987 |
Nizhny
Novgorod Technical University, (Nizhny Novgorod, Russia)
MS in Radio Electronics
and Radar Automation
|
| Publications |
Six publications in
the field of physics experiment automation |
| Languages |
Fluent English, Russian,
Polish. Elementary German. |
| Iterests/Activities |
Archaeology (see photo
above - in a desert while one of the expeditions), camping, music, languages. |
| References |
|
| Dr.
Richard D. Suenram |
National
Institute of Standards and Technology - (Gaithersburg,
Maryland)
301- 975-2165 |
| Dr.
Jury K. Postoenko |
Institute
of Applied Physics, Russian Academy of Sciences, (N.
Novgorod, Russia)
+7 (831) 238-4273 |
|
