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Mr. Davis is a founding Associate and Vice President
of Vibro-Acoustic Consultants.
He is a 1998 graduate of the Department of Materials
Science and Engineering at the Massachusetts Institute of
Technology (MIT). During his time at MIT, Mr. Davis
held various positions at Bose Corporation, Lucent Technologies,
and Panasonic Technologies, working primarily with microscale
structures. After graduation, he began working on vibration
and acoustics in large structures. Prior to helping found Vibro-Acoustic
Consultants, Mr. Davis worked with customers to assess metrology tool performance
at Applied Materials.
At Vibro-Acoustic Consultants, Mr. Davis
leads projects involving detailed noise
and vibration measurement, theoretical environmental noise
modeling, in-situ acoustical treatments,
long-term noise and vibration monitoring, impact
modal testing of structures, shaker-excitation dynamic testing
of large structures and more. More recently, he has led infrastructure-related projects
for SFPUC and other local and federal agencies, providing
environmental noise/vibration planning and monitoring
and
characterization of low-frequency and radio frequency electromagnetic (EMI/RF)
environments.
Summer, 1995 -- Bose Corporation; Framingham, MA
Summer, 1996 -- Lucent Technologies, Inc.; Mesquite, TX
1997 - 1998 -- Panasonic Technologies, Inc.; Cambridge, MA
1998 - 2000 -- Colin Gordon & Associates; San Mateo, CA
2000 - 2001 -- Applied Materials, Inc.; Santa Clara, CA
S.B., Materials Science and Engineering, Massachusetts Institute
of Technology, Cambridge, MA
S.B. Thesis: Laser-Based
Direct-Write Patterning for Thick-Film Plasma Display Panels
Physical Sciences Facility(PNNL) - Acoustical, vibration design for 5-building research center
Freescale (Chandler) - Environmental noise modeling, control for boilers
Micron Technology (Mask Shop, NanoFab) - Vibration design experimental verification
Texas Instruments Kilby Center (Dallas) - Multiple tool pedestal testing projects projects
Texas Instruments DMOS5 (Dallas) - Photo area floor retrofit
Novo Nordisk (Hayward) - Vibration characterization of manufacturing tools
UCSF Community Center, (San Francisco) - Structural dynamic
evaluation and design of a gym floor directly above an Auditorium
U of Washington, (Seattle) - Light rail system impact - evaluated
and represented the university in determining the impact of
underground rail system on the university vibration-sensitive
research
*note: some projects listed were completed
with other design firms.
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