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| Research > Instrument Development |
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All of my life I have been fascinated by what makes things work. My whole career
as a mechanical engineer has just been an extension of the curiosity I had as a
kid. I think I have the best job in the world...I get paid to invent, build, and
make work a wide variety of interesting things.
I started my career as a
fluid dynamics laboratory technician at Flow Research while going to school at
the University of Washington. I learned many things about experimental science
and fluid mechanics. In addition to learning the science I also learned the art
of machining. My hours spent working with and talking to the "elders" of the
machine shop taught me how to be a much better mechanical engineer.
In
1988 I met Dr. Yogi Agrawal. After graduating I started working with Yogi full
time and I have been working with him ever since. We have built many unique
instruments for our oceanographic research. Most, if not all, included some kind
of optics and electronics. Some examples are Laser Doppler Velocimeters, Laser
particle size analyzers, and underwater cameras. All of which were in-situ
instruments that required close coupling of electronics, optics and mechanical
components.
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Yogi and I started Sequoia in early 1995 on the idea that we could build a
better science and technology company. We wanted to work at a place that could
do both high caliber contract science and manufacture state of the art research
equipment. We feel that we have achieved that goal. We have grown from two
people to over ten and are still growing.
In my spare time I enjoy
spending time with my lovely wife Kris.
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 |  | | LISST-WING |  | | Sequoia announces the availability of the airborne cloud droplet sensor based on laser diffraction technology. Key features: a large swept volume (90 l/s at 60 knots airspeed), no need for velocity data, and up to 16Hz recording of the size distribution. For more information, contact us. | |  |  |  | | |  |
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