Highlights of Qualifications:
Extensive experience as a Researcher and a Designer of high sensitive sensors and laser based analytical instruments for aerospace, industrial, medical and metrological applications
Area of specialization: Physics, Optics, conventional and Laser Spectroscopy, Design and Development of precision sensors and devices for non-contact measurements of chemical, physical parameters and laser metrology
Proficient working skill in ZEMAX, SOLIDWORKS, MatLab, LABVIEW, OrCAD, MS Visual Basic, several scientific packages, computer application software, numerical computation and computer simulation methods
Ability to generate ideas and find solutions even when standard approach is exhausted
Active team leader and participant, who works well where independent decision making is required; Led scientific and design groups
Experience teaching graduate and Ph.D. students
Recipient of “Inventor of the USSR” medal, 1986
Author of 37 scientific publications and 6 patents in the field of laser based analytical devices
Two USA patent pending
Employment Experience:
March 2014 – September 2017
R&D Scientist, Global Sensor System Engineering, Ecolab
Duluth, MN, USA
Scientific and technical leadership focused on market driven sensor, analytical tool and controller system internal design and development for Ecolab processes and health care applications.
Designed analytical and metrological methods and devices based on optical and laser techniques, Raman, fluorescence, FTIR, ultrasonic, electrochemical impedance spectroscopy, image analysis, turbidity, electrical permittivity for chemical, medical, pharmaceutical, food industry.
Designed compact, FTIR spectrometers and hand-held multispectral fluorometers for control in process applications for contact and non-contact non-destructive control and analysis.
Designed devices to control biological contaminations in a product line, waste water cleaning, biofilms control, flow meters, chemical reactions and food processes controls.
Developed test equipment to control manufacturing and calibration processes of devices designed in the Sensors Group.
Algorithms and program driver development for sensor devises, test and calibration units and procedures, process controllers, statistical analysis using LabView and Matlab.
Resolved non-background related tasks in microfluidics, chemistry, microbiology, mining, water cleaning and healthcare.
Non-standard approach to standard parameters measurements and control.
Developed unique automated test equipment and procedures for laboratory and industrial quality control of designed sensors and devices
Management of advanced third-party sensor and control technology identification/evaluation efforts with a focus on solution utility, quality, cost competitiveness and imparting performance-confidence for Ecolab
Carried out complex strategic analysis and research to develop technical and decision-making proposals for market sensing solutions
Lead R&D high priority projects
February 2006 – March 2014
Research and Design Scientist, Virtek Vision International
Waterloo, Ontario
Designed precision laser metrology projectors for industrial inspecting and processing from idea though prototype to finished product
Generated ideas and new product concepts and prototypes
Designed high sensitive targetless projectors, laser sensors, scanners for laser projectors, low noise DPSS laser and laser diode modules (free space and fiber optic)
Developed projector beam stabilizing solutions to protect from vibrations and unwanted motions
Developed dynamic beam control system keeping laser spot size minimally focused at any distance
Planned and executed design of optical and electronic systems, schematics, and printed circuit board layouts using ZEMAX, OrCad, SolidWorks, MatLab
Designed and tested mixed signals electronics circuits including laser drivers, analog controllers, high sensitive photo detectors (PIN and avalanche), and optical piezo drivers
Conducted experiments to test and evaluate new and existing company products
Developed test procedures for component and parts control and evaluation
Designed and implemented research studies aimed at new or existing laser projectors to reduce their material and labor cost (up to 25%) and improve their performance (increased projector accuracy from 0.04” to 0.001”, beam quality, spatial stability)
Prepared reports, instructions and other documentations for assembling, testing and manufacturing of new products as well as discussions of innovative ideas and company products development
2004 - 2006
Research Associate /Laboratory Manager
Robarts Research Institute, Imaging Research Laboratories
London, Ontario
Designed and created high resolution X-ray monoenergetic diffraction scanner
Planned and conducted experiments and mathematical simulations to develop high sensitive medical X-Ray Coherent Computer Tomography Scanner
Supervised experiments and research conducted by graduate and post-graduate university students
Prepared and discussed research results at scientific publications, presentations and conferences
Managed a project for monoenergetic X-Ray computer tomography imaging system design
Executed X-ray optical, mechanical and electronic design for medical imaging systems
2003 – 2004
Physicist
Sciencetech Inc.,
London, Ontario
Designed Far Infrared Fourier Transform Spectrometer for astrophysics research for Big Bang relict radiation studying
Analyzed and evaluated precision solution for optics and mechanical units for Fourier Transform Spectrometers including far infrared optics
Analyzed current company products and made recommendations for their cost/quality improvement
Designed new company optical analytical products: compact Fourier Transform spectrometers, laser medical diagnostic spectrometer, compact fast spectrometer
Developed opto-electronic units for designed systems and programmed acquisition algorithms for spectrometers signal processing using MATLAB, LABView, and Visual Basic
2002 – 2004
Senior Research Scientist
Department of Physics, University of Waterloo
Waterloo, Ontario
Contributed to several research projects for modeling of interstellar reactions and analysed of these reaction products using Raman, Visible, Infra Red and Vacuum Ultra Violet spectroscopic techniques
Designed specialized optical, electronic, and mechanical devices for high sensitive experimental spectroscopic laser laboratory
Designed and programmed analytical computer equipment for the laboratory experimental systems and equipment (data acquisition boards, drivers and controllers)
1990 – 2002
Senior Research Scientist
Laboratory for Optical Sounding of the Atmosphere, Institute of Atmospheric Optics
Russian Academy of Sciences, Tomsk, Russian Federation
Led scientific group consisting of three engineers and two scientists
Designed coherent heterodyne and Raman laser radars, and laser-based spectroscopic analytical instruments and methods for ground based, air- and spaceborne systems
Developed high sensitive spectroscopic methods for remote non-contact gas concentration measurements
Conducted theoretical and experimental investigations of physical-chemical processes for the development of new lidars and laser analytical devices
Prepared scientific proposals, plans, reports, and other documentation for current and potential customers and funds, as well as papers for scientific journals, conferences and project reports.
Made theoretical conception and prototype development of non-laser opto-electronic devices for measuring gas concentration, wind velocity, and water pollutants
Education:
Ph.D. – Physics (optics and laser engineering):
Institute of Atmospheric Optics, Russian Academy of Sciences,
Tomsk, Russian Federation
M.Sc. – Optical and Optical-Electronic Devices (Honors)
Radio Physics Faculty, Tomsk State University, Tomsk, Russian Federation
Scientific Awards:
Medal “Inventor of the USSR”
Medals and Diplomas of distinction from the Government of the USSR
Medals and Diplomas of distinction from USSR Academy of Sciences, Exhibition of National Economy Achievements