VINCENT PAWLOWSKI

                                   
EXPERIENCE:

Electronic and Systems Engineering - Designs include motor controllers,
high-speed communications and microprocessor interfaces, low noise
analog circuitry, scientific and industrial instrumentation, high-
efficiency lighting systems and advanced digital signal processing and
control systems.

Software Engineering - Configured industrial control systems, image
processing and real-time data acquisition systems using structured
design techniques.  Programmed in C, FORTH, 68xxx, 80x86, and Zx80
assembly languages, BASIC, FORTRAN, Pascal, and several proprietary
DSP, image processing and robotics languages.  Researched industrial
control technology, then conceived, designed and developed networked
I/O controller.  Specified and developed real-time signal and image
processing, data-acquisition and control systems; coordinated
activities of technical staff, users, students and vendors; prepared
project budgets and engineering reports. 


PRODUCT INNOVATIONS:

NeuroMux(TM) industrial digital I/O controller - a unique combination 
of unique embedded C language software and industry-standard OptoMux 
direct I/O blocks with the Neuron chip that offers higher performance 
and greater functionality at lower cost than previous generation products.

TipCup(TM) - prototype electronic coin catcher that uses advanced
electronics to express appreciation for gratuities received.

software-controlled variable gain high-voltage operational amplifier
for scanning probe microscope

new arithmetic convolution algorithm for automated neuroanatomical
image processing system

SPECIAL SKILLS:
            Broad range of technical, business, and interpersonal
            skills developed through consulting, contract and 
            personal experiences ranging from farming to housemoving.


RELEVANT EMPLOYMENT HISTORY:

       University of Arizona, Neural Systems, Memory, and Aging group,
       1995-present.  Designed amplifier circuitry and power systems
       for NASA data acquisition system.  Provided hardware and
       software support for large neuroscience laboratory.

       Contract engineer, 1991-1995, marketed my technical
       skills through industry contacts, referrals, and innovative 
       consulting arrangements to organizations including:

            International PowerSystems, Tucson, Arizona
            UA Office of Arid Land Studies, Tucson
            Technology Access Center of Tucson (TACT)         
            Zetetic Institute, Tucson, Arizona
            Space Biospheres Ventures, Inc. Oracle, Arizona
            UA Lab for Advanced Subsurface Imaging, Tucson
            DMS Systems, Inc., Santa Ana, California

       Computer Output Processors and Eng., Tucson 1990-91
       Research Engineer.  Researched and organized development
       plan for distributed industrial machine control system.

       WYKO Corporation, Tucson, Arizona 1989-90
       Software/Electronics Engineer.  Designed and programmed
       scientific imaging and microscopy instrumentation.

       Boeckeler Instruments, Inc., Tucson, Arizona 1989
       Programmed and documented servomotor controlled xy stage.

       University of Arizona, Tucson, Arizona  1987-88
       Lunar and Planetary Laboratory, Research Assistant
       Prototyped interface circuits; maintained electronics lab.

       University of Mass. Medical Center, Worcester, MA, 1985-86
       Designed and programmed neuroanatomical imaging system.

       Walker Scientific, Inc., Worcester, Massachusetts, 1983-85
       Electronics Engineer, magnetic field measurement instruments

       Boston University Medical Center, Boston, Massachusetts
       Bioengineering Technician, ophthalmic imaging, 1980-1983


EDUCATION:
            University of Arizona, part-time, 1995-present         
            Worcester Polytechnic Institute, Electrical Engineering,
                 Worcester, Massachusetts, 1975-1978, 1983-1985
            Over 280 hours of additional continuing education