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Madison
Meichle R&D
Physicist
US Citizen
309 Harvard Ave.
Butte, MT 59001
madison@gmail.com (406)
565-9876
Summary:
A senior R&D physicist
with experience in instrumentation, image processing, electro-optical systems,
and product development . Expertise in system/software
modeling, experimental test system design, materials characterization, data interpretation,
image processing, and design and testing of prototype products. Experience in project management, competitive
analysis, and as a technical liaison. A strong
record of innovation for creating IP and patents, and creating new product (or
grant) concepts.
Experience
Synopsis:
Instrumentation: Design of
complex test systems involving electro-optic components, magnetic sensors, biomedical
instruments. Experience with data storage
industry, x-ray, ultrasonic, magnetics, . microfluidics, signal processing,
noise analysis, and data interpretation. Good skills in the design of signal
conditioning circuitry.
Optics and Imaging: Electro-optical
instrument, imaging, illumination system design, optical thin-film modeling ,
microscopy expertise, Fourier optics, and x-ray crystallography.
Algorithms, Modeling, & Software: Creation
of advanced software algorithms for image and signal processing, and data
interpretation. Expert at reducing
complex algorithms for products. Good theoretical
modeling skills. Languages: C++, C,
Matlab, FORTRAN, embedded controllers, DSP, some Windows GUI, .NET, LabView, Java.
Material Science: Ph.d thesis in
experimental condensed matter physics using thermal, electrical, magnetic and
optical properties, ultrasound and x-ray diffraction technology.
Innovation: ~20 patents (16
granted, 4 pending), created several successful research proposals, creation of product evolution roadmaps, good
publication and conference proceeding record, and developed technical business
plan for startups.
Project/Group/Grant Management: Experience
transferring technology from research to engineering. R&D project and group leader management,
principal investigator on SBIR & research contracts with NIH, NIST, NASA,
and DOD. Product cycle experience from
concept to shipping. Mentoring and
recruiting experience.
Educational: Taught
physics, astronomy, and mathematics for nearly 10 years part-time at college
level up. Extensive experience running
educational outreach programs. Official
Ph.d university recruiter for Eastman
Kodak.
Employment History
(2009-2010) Senior Scientist Resodyn Corp., Butte, MT
(2007-2008) Sr. Research Scientist, Micro Encoder Inc., Kirkland, WA
(2004-2006) Sr. Research Engineer, Lickenbrock
Technologies, LLC (formerly .AutoQuant
Imaging), Troy, NY
(2002-2004) Asst. Professor (Adj.) Monroe
Community College, Chemistry & Geoscience Dept., Rochester, NY
(1984-2001) Research Associate Kodak
Research Labs, Eastman Kodak Co.
Rochester, NY
(1982-1984) Research Associate Center for Microstructure and Analysis, University of Illinois, Urbana,
IL
(1981-1982) Post-doc Res. Assoc. Center
for Materials Science, MIT, Cambridge,
MA
Educational History:
Ph. D Physics (Experimental Condensed Matter
Physics) University Of Illinois at Urbana-Champaign
M. S. Physics University
Of Illinois at Urbana-Champaign
B.
S. Physics Montana
State University, Bozeman, MT
B.
S. Math Montana
State University, Bozeman, MT
Chronological R&D
Experience and Accomplishments
R&D
Experience at Resodyn Corp (2009-2010)
Handheld Eddy Current Sensor Instrument
Proposed and designed system architecture for
a high resolution instrument for characterizing the complex impedance output
from a novel eddy current sensor. Created
battery-powered handheld prototype, developed DSP algorithms, and wrote the embedded-controller
software.
Handheld Surface Plasmon Resonance (SPR) Biosensor Instrument
Characterized the output of a SPR sensor and
designed algorithms to interpret the output signal. Designed and tested a successful handheld instrument
that used three dSPIC microcontrollers. This
instrument also required .005C Peltier cooler-based temperature control system
(.005C stability) using only an AA battery power source.
R&D
Experience At Micro Encoder (R&D subsidiary of Mitutoyo) (2007-2008)
Metrology Instrumentation
Designed test system for a new optical
scale instrument. Wrote high-value
patent for a magnetic metrology instrument and constructed prototype. MatLab simulation of new metrology
instrumentation.
R&D
Experience At AutoQuant Imaging/Lickenbrock Technologies (2004-2006
SBIR
proposals for Advanced Image Processing Algorithms
Development of image processing algorithms for opthalmic retinal imaging
systems. Managed R&D efforts and
developed technical business strategy for new startup. Initiated and wrote successful DOD SBIR proposals.
Advanced
Image Processing Algorithms for Biomedical Imaging
Developed image processing algorithms for cell biology microscopy
imaging, including 2D & 3D deconvolution and spectral un-mixing. Theoretical models of novel microscopy imaging
techniques. Wrote C++ software for
product. Principal investigator on
several successful SBIR Phase I and Phase II proposals, cultivated external R&D
collaborators, mentored software engineers, contributed to product planning,
marketing, and software development.
R&D Experience At Eastman Kodak
Research Laboratory (EKRL) 1984-2001
Optical
Data Storage on Tape
Designed
the system architecture and engineering test platform for an experimental optical
data tape storage system defect scanner/formatter using a line scan CCD using a DSP-controlled defect recognition algorithm. Wrote the bulk of DOD technical contract
proposal which funded this work.
Ink
Jet Printer Physics Group
Designed a ultrasonic/megasonic ink jet print-head cleaning system. This was an experimental micro-machined
(MEMS) device. Also, developed a microfluidic
test system to image the pico-liter ink drop formation to study drop emission
physics and phenomena associated with orifice clogging. Co-authored a dozen patents.
NIST
Ultra High Capacity (1 TeraByte) Disk Project
Conceived
of and wrote technical proposal of a NIST-funded effort to store 1 Terabyte of
data on a single multi-layer optical disk. Developed a new DSP-based read channel concept,
specified and tested optical heads and media.
Designed and supervised the successful technology demonstration system.
High-End
Optical Data Recorder Product Development
Developed a comprehensive
phenomenological model of the performance of an entire optical data recording
system, including models of the thermal recording physics, models of optical
playback, simulation of read channel signal processing (including noise, data detection
channel, and error recovery). This model led a series of new products with
2X data rate and 4X capacity. Also, developed
the engineering test systems for these products.
Writable CD Optical Head/Media Recording
Physics
Group leader and principal investigator
for a study (theoretical, experimental, and product design) of writable CD
media and recording systems. Modeled the
reliability of the record and playback process for the first high-speed CD
writer ever made. The analysis
elucidated the origin and importance of the CDROM industry’s performance specs
and helped design the path to high-speed burnable media. Developed the recording technology and
tolerance budgets for Kodak’s CD writer.
Also, designed and supervised most media and systems engineering test
platforms. This work led directly to
Kodak’s 6X Photo CD writer, and Kodak’s writable media products.
NASA Spaceflight Optical Data Recorder
Originated the concept behind a novel
ultra-high performance (150 Mbit/second) spaceflight magneto-optical data
recording system. This work formed the
basis for a $40M contract proposal to NASA.
Wrote most of the technical proposal and supervised the successful technology
demonstration.
R&D Experience at
Post-Doctoral Research Positions
(1981-1984)
Development of New Imaging Methods for Electron
Microscopy (post-doc, UIUC)
Explored alternative uses of auxiliary
electron beam focusing coils in a state of the art analytical electron
microscope. Developed several novel
imaging techniques including the discovery of a new method for performing
surface diffraction and new techniques for convergent beam diffraction. This work led to new accessory products sold
by the microscope manufacturer (Phillips) and multiple prestigious publications
(e.g. Phys. Rev. Letters)
Critical Phenomena
in Liquid Crystals and Binary Liquids (post-doc, MIT)
Ultra-high resolution specific heat
measurement of liquids, high pressure (to 4 Kbar), and ultrasonic attenuation
measurements. Development of novel
DSP-based instrumentation. Multiple
publications from this work.
Ph.D Thesis (1975-1981)
Structural Phase Transitions
in TiNi(Fe)
Publications: (Lists Available on Request)
Patents: ~ 20 Patents: 16 Co-Authored
Patents granted, 4 Patents pending.
Topics include image processing, optical data storage technology, optical biosensor, magnetic metrology
instrument, and ultrasonic and/or ink jet printing technology.
Industrial: Numerous
invited, refereed, or un-refereed conference presentations and
publications. This participation has
been continuous throughout my career.
Academic: 14
papers in major refereed publications, such as Physical Review Letters, Physical
Review A, B, and D. Topics involve
research problems in structural phase transitions in metals, liquid crystals,
crystallography, and electron microscopy technology. Steady participation and presentations at conferences.
References: References
available on request
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