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Dr. Paul Lawson
is
President and CEO of SPEC Inc.
Dr. Lawson received the B.S. degree in Electrical Engineering from
Michigan State University in 1969 and graduate degrees in Atmospheric
Science from the University of Wyoming in 1972 and 1988. He has been heavily involved in
the development of instrumentation and analysis of meteorological data for
more than two decades. He has participated in over 50 meteorological field
programs as scientist and/or pilot including.
Learjet Pilot/Scientist
during HIPLEX from 1977-1980
Pilot of the NCAR
instrumented sailplane and scientist during the 1981 CCOPE
Pilot of a Piper Cheyenne
II and scientist during the 1980-1982 COSE projects
Flight Scientist during
the WISP90 and WISP91 field programs
Flight Scientist during
CASP II field programs
Scientist during the 1995
Canadian Freezing Drizzle Experiment
Flight Scientist for the
1995 Small Cumulus Microphysics Study
Principal investigator for
the 1996 NASA DC-8 SUCCESS field program
Principal investigator for
the 1998 SHEBA/FIRE.ACE field program
Learjet Pilot and
Principal investigator for the 1998 NASA TRMM TEFLUN-A field
program
Learjet Pilot and
Scientist for the 1998 and 1999 NASA EOS validation studies comparing
remote observations with in-situ measurements in cirrus.
Learjet Pilot and
Scientist for the 1999-2000 Alliance Icing Research Study
(AIRS).
Learjet Pilot and
Scientist for DOE ARM CART Cirrus Cloud Study in 2002.
Learjet Pilot and
Scientist for NSF Wave Cloud Study from 2000 to 2004.
Principal investigator for the 2001-2002 Ice Crystal Study at South Pole Station.
Principal investigator for the 2002 NASA CRYSTAL-FACE field program.
Principal investigator for the 2004 NASA MidCix field program.
Dr. Lawson is a past member
of the AMS committee on cloud physics and a member of the NASA FIRE, TRMM, Crystal-Face and MidCix science teams. He
was an invited speaker at the 1998 Gordon conference on Solar Radiation
and Climate and he received the 1999 editor's award from the Journal of Atmospheric and Oceanic
Technology. Dr. Lawson participated in both the 2001 and 2002 South Pole field experiments
and is well acquainted with policies and procedures on the Antarctic continent. Dr. Lawson's
broad base of experience as a cloud physicist and an instrumentation engineer make him uniquely qualified
to head this atmospheric research and instrumentation company. Contact Paul
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Dr.
Bradley A. Baker
is a research scientist/physicist. Dr. Baker earned a B.A. in
applied mathematics from the University of Washington in 1982. He received the Ph.D. in
Geosciences from the University of Washington in 1988. Dr. Baker held the position of
Assistant Professor at the University of New Mexico Institute of Mining
and Technology (NMIMT) from 1992 to June 1998. In May 1999, he joined SPEC
Incorporated as a research scientist/physicist. Dr. Baker has done research and
published in several areas, including turbulence, microphysics, radar and
the performance of cloud particle probes. He is currently conducting
laboratory experiments under an NSF grant to SPEC to evaluate the
performance of the CPI. He is
a past member of the AMS Committee on Cloud Physics.
He is a Principal investigator for the 2004-2005 NSF RICO field program. Contact Brad
Dr. Qixu Mo
is a
research scientist. Dr. Mo
received a B.S. in Electrical Engineering in 1983 and a M.S. in Space Physics in 1986 from Wuhan University. He received a Ph.D.
with emphasis on Atmospheric Science from New Mexico Institute of Mining and Technology (UMIMT) in 1997. Dr. Mo has 12 year' experience
in research aircraft instrumentation, field projects, and data analysis as well as post-doctoral experience in thunderstorm cloud research.
He has published in several areas, including microphysics, electric field measurements and electrification of thunderstorms. Dr. mo was the recipient
of the Marvin Wilkening Award in 1998 for excellence in experimental physics and a member of the american Geophysical Union. He joined SPEC in 2002.
Contact "Mo"
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Mr. Darren O'Connor
is the senior electrical engineer at SPEC and holds a Bachelor of Science degree from Oregon Institute of Technology (Suma Cum Laude)
and a Master of Science degree from the University of Colorado at Boulder specializing in electromagnetics. While at the University of
Colorado, Mr. O'Connor was the lead design engineer for the command and data handling hardware system for the student designed Student
Nitric Oxide Explorer (SNOE) satellite, managing a team of 4 students on the project, as well as designing the satellite's torque rods
for attitude control. Mr. O'Connor later worked for Droplet Measurement Technologies (DMT), where, as the company's electrical and systems
engineer, he designed the Cloud Imaging Probe, the Cloud Aerosol Spectrometer, and the Flux Aerosol Spectrometer electronics systems.
While at SPEC, Mr. O'Connor has led the electrical engineering group to design the UAV CPI, 2D-S and In-Situ LIDAR instruments.
He specializes in applying a well-rounded knowledge of digital signal processing, analog circuitry and logic design to diverse problems.
Contact Darren
Mr. Pat Zmarzly
is a Senior Optical / Mechanical Engineer at SPEC, Incorporated.
Mr. Zmarzly received the B.S. in Mechanical Engineering magna cum laude from Bradley University in 1991 and the M.S. in Mechanical Engineering
in 1993 from the University of Colorado. While at CU, he developed a Laser Doppler Velocimeter system for use in combusting flow studies.
He joined SPEC in December 1997 after five years at Monitor Labs in Denver, where he designed and built electro-optical instrumentation for
environmental monitoring and control. During his work at Monitor Labs, he was named as co-inventor on a patent for a tunable diode laser
instrument for monitoring NH3 in effluents from power plants. While working at SPEC, Mr. Zmarzly has been responsible for the optical
and mechanical design, analysis, fabrication, system integration, and testing of several instruments from conception through production
such as the airborne Cloud Extinctiometer, the UAV CPI, the TBCPI, the 2D stereo probe (2D-S), and the In Situ Cloud Lidar. He has supervised
and participated in several instrument field tests and aircraft integration projects. Contact Pat 
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